WO2013097683A1 - 一种对测量事件的测量报告进行上报的方法 - Google Patents

一种对测量事件的测量报告进行上报的方法 Download PDF

Info

Publication number
WO2013097683A1
WO2013097683A1 PCT/CN2012/087362 CN2012087362W WO2013097683A1 WO 2013097683 A1 WO2013097683 A1 WO 2013097683A1 CN 2012087362 W CN2012087362 W CN 2012087362W WO 2013097683 A1 WO2013097683 A1 WO 2013097683A1
Authority
WO
WIPO (PCT)
Prior art keywords
time
measurement
measurement event
event
trigger
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
Application number
PCT/CN2012/087362
Other languages
English (en)
French (fr)
Inventor
柴丽
蔺波
时洁
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Huawei Technologies Co Ltd
Original Assignee
Huawei Technologies Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Huawei Technologies Co Ltd filed Critical Huawei Technologies Co Ltd
Priority to EP18172929.4A priority Critical patent/EP3425953A3/en
Priority to EP12862003.6A priority patent/EP2787759B1/en
Publication of WO2013097683A1 publication Critical patent/WO2013097683A1/zh
Priority to US14/318,984 priority patent/US9374745B2/en
Anticipated expiration legal-status Critical
Priority to US15/158,309 priority patent/US9913183B2/en
Priority to US15/875,123 priority patent/US10517026B2/en
Ceased legal-status Critical Current

Links

Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W36/00—Hand-off or reselection arrangements
    • H04W36/0005—Control or signalling for completing the hand-off
    • H04W36/0083—Determination of parameters used for hand-off, e.g. generation or modification of neighbour cell lists
    • H04W36/0085—Hand-off measurements
    • H04W36/0088—Scheduling hand-off measurements
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W24/00—Supervisory, monitoring or testing arrangements
    • H04W24/10—Scheduling measurement reports ; Arrangements for measurement reports
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W74/00—Wireless channel access
    • H04W74/002—Transmission of channel access control information
    • H04W74/006—Transmission of channel access control information in the downlink, i.e. towards the terminal
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W76/00—Connection management
    • H04W76/20—Manipulation of established connections
    • H04W76/27—Transitions between radio resource control [RRC] states
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W76/00—Connection management
    • H04W76/20—Manipulation of established connections
    • H04W76/28—Discontinuous transmission [DTX]; Discontinuous reception [DRX]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
    • H04W88/02—Terminal devices
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
    • H04W88/08—Access point devices

Definitions

  • the base station may include a BS, an eNodeB, a node B, a node, a BTS (Base Transceiver Station), or an AP (Access Point, access point), etc., on the downlink.
  • the user equipment UE may include an access terminal, an access point, a PDA (Personal Digital Assistant), a laptop, etc., transmitting data and/or control information, and receiving the user on the uplink Data and/or control information for the device.
  • the user equipment transmits data and/or control information for the base station on the uplink and receives data and/or control information transmitted by the base station on the downlink.
  • a wireless communication system such as an LTE-A and/or LTE-Advanced (LTE-Advanced) communication system
  • LTE-Advanced LTE-Advanced
  • a heterogeneous network In order to meet or improve the performance requirements of a wireless communication system such as an LTE-A and/or LTE-Advanced (LTE-Advanced) communication system, different types or different types of base stations are deployed in a homogeneous network to enhance Network coverage and performance, such a network structure is called a heterogeneous network.
  • the original base station is a base station with low transmission power (lower power node, LPN) or a transmitting/receiving node, and may include Micro BS, Pico BS, Home BS (home base station), femto BS (millimeter a different type of base station deployed in a heterogeneous network may be a large transmit power base station (such as a macro base station, a relay base station), a relay base station (RR), or a radio remote head (RRH).
  • Macro eNodeB, MeNB the large transmit power base station and the low power base station have different transmit powers.
  • LTE communication systems are capable of providing high-rate uplink and downlink data transmission. Due to the large amount of data transmission in the LTE communication system, the data transmission to the receiving antenna When the data is received, the antenna should monitor the physical downlink control channel (PDCCH, Physical Downlink Control Channel) when receiving data, receive downlink data or uplink grant, and sleep as much as possible when there is no data. . For example, when browsing a webpage, it is possible to open other webpages in a short time, for which it is necessary to sleep in a short time, and then monitor the PDCCH after a certain timing relationship.
  • PDCCH Physical Downlink Control Channel
  • DRX discontinuous reception discontinuous reception
  • the DRX function control entity in the LTE communication system is located in the MAC layer of the protocol stack, and its main function is to control sending an instruction to the physical layer to notify the physical layer to monitor the PDCCH at a specific time, and the receiving antenna is not turned on during the rest of the time, so that the system is in a sleep state.
  • DRX technology is a new power-saving working mechanism introduced in the LTE communication system, so that the UE does not need to enter the idle mode when there is no data transmission, and still maintains the synchronization state with the base station.
  • the DRX algorithm has been applied in TD-SCDMA.
  • the DRX algorithm in the RRC (Radio Resource Control) connection state is a method in which multiple timers cooperate to ensure the reception of downlink data and uplink grants.
  • the DRX cycle is much longer than the UE trigger time. If a measurement event satisfies the generation condition before the UE enters the sleep state, the trigger time is started. When the UE enters the sleep state, the triggering time is still running normally; when the UE returns to the active state, the measurement report is reported to the base station, and if the triggering time has expired, the signal quality status of the serving cell and the neighboring cell at this time A change has occurred, which will cause a handover failure or a radio link failure, which has a great impact on mobile performance. Summary of the invention
  • An aspect of the present invention is to provide a method for reporting a measurement report of a measurement event, which can improve the success rate of mobile handover between cells or improve the quality of a wireless link.
  • An aspect of the present invention provides a method for reporting a measurement report of a measurement event, the method comprising: determining that a user equipment UE in a discontinuous reception DRX mode active state has a measurement event generation; determining a corresponding measurement event Whether the trigger time is valid; when the judgment is yes, the first trigger time is used to time the measurement event; when the judgment is no, the second trigger time is used to measure
  • the quantity event is timed to enable the UE to perform measurement operations on at least one neighboring cell of the serving cell and the serving cell when the UE is in an active state of the next or next DRX mode after the measurement event is generated, and obtain a measurement result; As a result, it is determined whether the previous measurement event corresponding to the first triggering time is still valid; when the previous measurement event is still valid, the measurement report corresponding to the previous measurement event is reported to the network, otherwise the measurement corresponding to the previous measurement event is not reported to the network. Report or update measurement events.
  • An aspect of the present invention is to provide another method for reporting a measurement report of a measurement event, the method comprising: determining that a user equipment UE in a discontinuous reception DRX mode active state has a measurement event generation; using a corresponding measurement event The first trigger time is used to time the measurement event. If the first trigger time is not timed out when the UE enters the DRX sleep state, the measurement parameter configured for the measurement event of the network determines whether the UE continues to measure in the sleep state until the first trigger time. Timeout and whether the measurement result is reported when the first trigger time expires.
  • Another aspect of the present invention provides a method for configuring a measurement parameter for a UE, where the UE has a measurement event generated in an active state of the DRX mode, including: transmitting, to the UE, a measurement parameter including a timing length of the first trigger time, And performing, by the UE in the discontinuous reception DRX mode, the measurement operation of the at least one neighboring cell of the serving cell and the serving cell according to the measured parameter of the scheduled time length including the first trigger time; receiving the UE using the measurement parameter
  • the measurement report, the measurement parameter is configured to adjust the timing time length of the second trigger time or the reporting manner of the measurement report, so that the time point at which the measurement event is generated is less than or equal to the network configuration when the UE left the DRX sleep state for the previous time.
  • the length of the timing of the second triggering time of the measurement event is such that the UE before or at the time of the second triggering time is in the active state of the next or next DRX mode after the measurement event is generated.
  • a further aspect of the present invention provides a user equipment, including: a determining unit, configured to determine that a user equipment UE in a discontinuous reception DRX mode active state has a measurement event generation; and a first determining unit, configured to determine in the determining unit When the measurement event is generated, determining whether the first trigger time of the corresponding measurement event is valid; the configuration unit is configured to: when the first determining unit determines that the first trigger time is valid, use the first trigger time to time the measurement event; When the determining unit determines that the first triggering time is invalid, the second triggering time is used to time the measurement event, so that the UE is in an active state of the next or next DRX mode after the measurement event is generated; the measuring unit is used in the configuration unit.
  • the measurement operation When the measurement event is timed by using the second triggering time, the measurement operation of the measurement parameter configured by the network in the serving cell and the at least one neighboring cell is performed, and the measurement result is obtained; the second determining unit, And determining, according to the measurement result obtained by the measurement unit, whether the previous measurement event corresponding to the first trigger time is still valid; the reporting processing unit is configured to: when the second determining unit determines that the previous measurement event is still valid, to the network >3 ⁇ 4 The measurement of the previous measurement event is reported, otherwise the measurement report of the previous measurement event or the update measurement event is not sent to the network; the measurement event is measured and reported by the measurement parameters configured for the serving cell and at least one neighboring cell according to the network configuration. Reported, the measurement operation produces a measurement report when the conditions are met.
  • a further aspect of the present invention provides a network device, where the network device has a measurement event generated in a DRX mode active state, and includes: a sending unit, configured to send a measurement parameter to the UE, to enable the UE to be activated in a discontinuous reception DRX mode. And performing a measurement operation on the at least one neighboring cell of the serving cell and the serving cell according to the measured parameter that is sent; the receiving unit is configured to receive a measurement report obtained by using the measurement parameter by the UE, and the measurement parameter is configured to configure a suitable trigger time for the measurement event.
  • the time length of the measurement period or the reporting manner of the measurement report so that the time point at which the measurement event is generated is less than or equal to the time length of the network configuration time to trigger the measurement event, so that the trigger time is timed out.
  • the UE before or at the timeout is in the active state of the next or next DRX mode after the measurement event is generated.
  • an aspect of the present invention determines a first corresponding to the measurement event when it is determined that the measurement event is generated and a measurement report needs to be reported.
  • the UE is changed in design so that the UE before or after the second trigger time is in the active state of the next or next DRX mode after the measurement event is generated, so that the UE has the opportunity to enter the active state of the DRX mode again.
  • the measurement is performed to determine whether the previous measurement report is still valid. When the data is invalid, the measurement report of the previous measurement event is not reported to the network, so that the use of the outdated measurement report may cause the handover failure or the wireless link to fail. Small interval for mobile switching success rate or wireless chain the quality of.
  • FIG. 1 is a flow chart of an embodiment of a method for reporting a measurement report of a measurement event according to the present invention
  • FIG. 2 is a schematic diagram of a relationship of a trigger time reported to a measurement report in the DRX mode in
  • FIG. 3 is a flow chart of another embodiment of a method for reporting a measurement report of a measurement event according to the present invention
  • FIG. 4 is a flow chart of still another embodiment of a method for reporting a measurement report of a measurement event according to the present invention.
  • FIG. 5 is a schematic diagram of the relationship between the triggering time and the reporting of the measurement report in the DRX mode in FIG. 4;
  • FIG. 6 is a flow chart of still another embodiment of the method for reporting the measurement report of the measurement event according to the present invention.
  • FIG. 7 is a flow chart of still another embodiment of a method for reporting a measurement report of a measurement event according to the present invention.
  • FIG. 8 is a flow chart of still another embodiment of a method for reporting a measurement report of a measurement event according to the present invention.
  • FIG. 9 is a schematic diagram of the relationship between the triggering time and the reporting of the measurement report in the DRX mode in FIG. 6;
  • FIG. 10 is a flow chart of still another embodiment of the method for reporting the measurement report of the measurement event according to the present invention.
  • FIG. 11 is a flowchart of an embodiment of a method for configuring measurement parameters for a UE according to the present invention.
  • FIG. 12 is a schematic block diagram of an embodiment of a user equipment according to the present invention.
  • Figure 13 is a block diagram showing the principle of an embodiment of the network device of the present invention.
  • the UE performs measurement operations on the measurement parameters of the serving cell and the neighboring cell according to the network configuration in the active state of the DRX mode, and generates a measurement event under certain conditions, and triggers the time (TTT, Time). After the To Trigger ) timeout, the measurement report is reported when certain conditions are met.
  • TTT Time
  • the 3GPP protocol imposes certain restrictions on the measurement report reported by the UE to the network. For example, in order to prevent the UE from returning to the active state from the sleep state due to the reporting of the measurement result, the UE delays the reporting of the measurement result (including the event reporting and the periodic reporting mode), and waits until the next activation time is reported again.
  • TS 36.331 the 3GPP protocol imposes certain restrictions on the measurement report reported by the UE to the network. For example, in order to prevent the UE from returning to the active state from the sleep state due to the reporting of the measurement result, the UE delays the reporting of the measurement result (including the event reporting and the periodic reporting mode), and
  • the inventor of the present application found in the long-term research and development that the prior art if the UE is configured with the DRX mode, and the period of the DRX mode is much longer than the trigger time. Then, if the measurement event satisfies the generation condition before the UE enters sleep, the timer of the trigger time is started, and the UE performs the DRX sleep state, but the trigger time runs normally; when the UE returns to the active state, the trigger is found. Time is over At the time, the measurement report obtained by the previous active state is reported to the base station. However, in fact, the signal quality status of the serving cell and the neighboring cell in this active state may have changed. At this time, the reported measurement report is no longer applicable, but the base station continues to use it without knowing it. This will cause the handover to fail or the radio link to fail. From the perspective of system efficiency, the above technical problems have a great impact on mobile performance.
  • the present invention provides a corresponding method and apparatus embodiment, allowing a measurement report of a measurement event to break through the aforementioned limitation, so that the timing time length accuracy of the trigger time satisfies the measurement report. Report the previous requirements.
  • an embodiment of a method for reporting a measurement report of a measurement event includes:
  • Step 101 Determine that the user equipment in the discontinuous reception DRX mode active state has a measurement event generated.
  • the network configures the DRX mode to the UE according to the service characteristics of the UE, and configures the measurement parameter for the UE.
  • the UE determines that the measurement event is generated.
  • the measurement event is generated by performing measurement operations on the measurement parameters configured by the serving cell and the at least one neighboring cell according to the network configuration, and reporting the measurement report; and when the certain condition is met, the measurement operation generates a measurement report. .
  • Step 102 When it is determined that the measurement event is generated, determine whether the first trigger time corresponding to the measurement event is valid.
  • the measurement event After a certain condition is met, it is determined that the measurement event is generated and the measurement report needs to be reported. At this time, it is determined whether the time point of the measurement event is generated from the time when the UE enters the DRX sleep state less than the network configuration for the measurement event.
  • the length of the timing of the first triggering time (original triggering time), and the time point at which the measurement event is generated is longer than the time when the UE left the DRX sleep state (ie, the time when the UE enters the DRX active state again) is greater than the network configuration.
  • the length of the timing of the first triggering time of the measurement event is as shown in FIG.
  • the time point of the measurement event is generated, the time when the UE enters the DRX sleep state is less than the first trigger time of the network configuration for the measurement event.
  • the length of the time period, and the time point at which the measurement event is generated is longer than the time when the UE left the DRX sleep state for the previous time, and the time length of the network is configured to the first trigger time of the measurement event.
  • Determining that the first triggering time is invalid if the time point at which the measurement event is generated is longer than or equal to the time length of the first trigger time that the network is configured to measure the event, and the measurement is The time at which the event is generated is determined from the time when the UE left the DRX sleep state for the previous time is less than or equal to the time length of the network configured to the first trigger time of the measurement event, and then the first trigger time is determined to be valid.
  • Step 103 When determining that the first triggering time is valid, use the first triggering time to time the measurement event; when determining that the first triggering time is invalid, use the second triggering time to time the measured event, Enabling the UE to be in an active state of a next or next DRX mode after the measurement event is generated;
  • the measurement event is timed by using the first trigger time, that is, after the measurement event is generated, the first trigger time is started, when the first trigger time expires, and the first Before the trigger time expires, the measured cell signal strength/quality has always met the measurement event condition, and the measurement event is reported to the network side.
  • the first trigger time is invalid, it indicates that the outdated measurement report will be used in the next active state, which may result in a handover failure or a radio link failure. Therefore, to avoid this, the UE is changed in design so that the UE before or after the second trigger time is in the active state of the next or next DRX mode after the measurement event is generated, so that the UE enters the DRX mode again.
  • the active state is active, there is an opportunity to perform a measurement to choose whether to use the previous measurement report.
  • the UE in the second or the next DRX mode after the measurement event is generated may be implemented by the UE itself, or may be implemented by the network control UE.
  • the distribution of the active state or the sleep state of the existing DRX mode may be changed by adjusting the time length of the first trigger time or rearranging the second trigger time, or may be the timing time without changing the first trigger time.
  • the length is obtained by causing the UE to report the report to the measurement report before the timeout of the first trigger time or the timeout period.
  • the UE is in an active state at this time, and the like, which is not limited in the embodiment of the present invention.
  • Step 104 Perform a measurement operation performed on the measured parameters of the serving cell and the at least one neighboring cell according to the network configuration when the UE is in the active state of the next or the next several DRX modes after the measurement event is generated, and obtain the measurement result. ;
  • Step 105 Determine, according to the measurement result, whether the previous measurement event corresponding to the first trigger time is still valid.
  • the result of the previous measurement operation corresponding to the first trigger time is that the neighboring area signal is better than the current service area signal, and in the active state, the result of the measuring operation is the neighboring area signal than the current If the service area signal is poor, then the measurement report corresponding to the previous active state measurement event is outdated and judged to be invalid.
  • Step 106 When the previous measurement event is still valid, report the measurement of the previous measurement event to the network, otherwise the measurement report of the previous measurement event is not reported to the network or the measurement event is updated.
  • the measurement report corresponding to the previous active state measurement event is outdated, and is determined to be invalid. At this time, the measurement report of the previous measurement event or the update measurement event is not reported to the network; of course, the judgment result is the previous active state. The measurement report corresponding to the measurement event is not effective, and the measurement report of the previous measurement event is reported to the network.
  • the measurement report causes the handover to fail or the radio link to fail, so the UE is changed so that the UE before or after the second trigger time expires is in the active state of the next or next DRX mode after the measurement event is generated, such that When the UE enters the active state of the DRX mode again, the UE has the opportunity to perform the measurement to determine whether the previous measurement report is still valid. When the data is invalid, the UE does not report the measurement report of the previous measurement event or update the measurement event. Avoid using outdated measurement reports that cause handover failure or radio link failure, improve the success rate of mobile handover between cells or improve the quality of wireless links.
  • another embodiment of the method for reporting a measurement report of a measurement event according to the present invention includes:
  • Step 201 Determining that the user equipment UE in the discontinuous reception DRX mode active state has a measurement event generated
  • the measurement event is generated by performing measurement operations on the measurement parameters configured by the serving cell and the at least one neighboring cell according to the network configuration and reporting the measurement report, where the measurement operation generates a measurement report when the condition is met;
  • Step 202 Determine, when the measurement event is generated, the first corresponding to the measurement event Whether the trigger time is valid;
  • the time point at which the measurement event is generated is less than the time when the UE enters the DRX sleep state at this time is less than the first time that the network configuration is configured for the measurement event.
  • the length of the timing of the triggering time (original triggering time), and the time point at which the measurement event is generated from the time when the UE left the DRX sleep state is greater than the network configuration to measure
  • the time length of the first trigger time of the event is as shown in FIG.
  • the time point of the measurement event is generated, the time when the UE enters the DRX sleep state is less than the time when the network is configured to the first trigger time of the measurement event.
  • the length, and the time point at which the measurement event is generated is longer than the time when the UE left the DRX sleep state for a time longer than the first trigger time of the network configuration to the measurement event, determining that the first trigger time is invalid, if The time point at which the measurement event is generated is greater than or equal to the time when the UE enters the DRX sleep state this time.
  • the timing of the first trigger time of the network configured to measure the event, and the time point at which the measurement event is generated is less than or equal to the timing of the first trigger time of the network configuration to the measurement event.
  • the length of time determines that the first trigger time is valid.
  • Step 203 When it is determined that the first triggering time is valid, use the first triggering time to time the measurement event; when determining that the first triggering time is invalid, enable the UE to actively change the length of the first triggering time.
  • the measurement event is timed by using the first trigger time, that is, after the measurement event is generated, the first trigger time is started, when the first trigger time expires, and the first Before the trigger time expires, the measured cell signal strength/quality has always met the measurement event condition, and the measurement event is reported to the network side.
  • the first trigger time is invalid, it indicates that the outdated measurement report will be used in the next active state, which may result in a handover failure or a radio link failure.
  • the UE automatically changes the timing time of the first triggering time according to the length of the sleep state entering the DRX mode and the measurement accuracy requirement, so that the UE enters the active state of the DRX mode again.
  • the UE automatically changes the timing time of the first triggering time according to the length of the sleep state entering the DRX mode and the measurement accuracy requirement, so that the UE enters the active state of the DRX mode again.
  • Step 204 Perform a measurement operation performed on the measured parameters of the serving cell and the at least one neighboring cell according to the network configuration when the UE is in the active state of the next or the next several DRX modes after the measurement event is generated, and obtain the measurement result. ;
  • the UE has an opportunity to perform measurement when it enters the active state of the DRX mode again to determine whether the previous measurement report is still valid.
  • Step 205 Determine, according to the measurement result, whether the previous measurement event corresponding to the first trigger time is still valid.
  • the result of the previous measurement operation is that the neighboring area signal is better than the current service area signal
  • the result of the measuring operation is that the neighboring area signal is worse than the current serving area signal
  • Step 206 When the previous measurement event is still valid, report the measurement of the previous measurement event to the network, otherwise the measurement report of the previous measurement event is not reported to the network or the measurement event is updated.
  • the measurement report corresponding to the previous active state measurement event is outdated, and is determined to be invalid. At this time, the measurement report of the previous measurement event or the update measurement event is not reported to the network; of course, the judgment result is the previous active state. The measurement report corresponding to the measurement event is not effective, and the measurement report of the previous measurement event is reported to the network.
  • the timing length of the trigger time is actively adjusted by the UE.
  • the timing length of the trigger time may be controlled by the network.
  • still another embodiment of the method for reporting the measurement report of the measurement event of the present invention includes:
  • Step 301 Determine that the user equipment UE in the discontinuous reception DRX mode active state has a measurement event generated.
  • the network configures the DRX mode to the UE according to the service characteristics of the UE, and configures the measurement parameter for the UE.
  • the measurement parameter includes the first trigger time, and the second trigger time that the base station pre-configures to the DRX mode.
  • the second triggering time includes an initial starting time point of the second triggering time and a timing time length of the triggering time; for example, the initial starting time point of the second triggering time may be that the UE enters the DRX active state again or again. 2ms after entering the DRX active state.
  • the measurement event is measured by measuring parameters of the serving cell and the at least one neighboring area according to the network configuration.
  • the quantity operation is performed and the measurement report is reported, and the measurement operation generates a measurement report when the condition is met.
  • Step 302 When it is determined that the measurement event is generated, determine whether the first trigger time corresponding to the measurement event is valid.
  • the time point at which the measurement event is generated is less than the time when the UE enters the DRX sleep state at this time is less than the first time that the network configuration is configured for the measurement event.
  • the length of the timing of the triggering time (original triggering time), and the time point at which the measurement event is generated from the time when the UE left the DRX sleep state is greater than the network configuration to measure
  • the length of the timing of the first triggering time of the event is as shown in FIG.
  • the time point of the measurement event is generated, the time when the UE enters the DRX sleep state is less than the timing of the first trigger time of the network configuration for the measurement event.
  • the length, and the time point at which the measurement event is generated is longer than the time when the UE left the DRX sleep state for a time longer than the first trigger time of the network configuration to the measurement event, determining that the first trigger time is invalid, if The time point at which the measurement event is generated is greater than or equal to the time when the UE enters the DRX sleep state this time.
  • the timing of the first trigger time of the network configured to measure the event, and the time point at which the measurement event is generated is less than or equal to the timing of the first trigger time of the network configuration to the measurement event.
  • the length of time determines that the first trigger time is effective.
  • the UE When it is determined that the measurement event is generated, the UE applies a first trigger time; when the first trigger time has not expired, the UE enters a sleep state of the DRX mode.
  • Step 303 When it is determined that the first triggering time is valid, use the first triggering time to time the measurement event; when determining that the first triggering time is invalid, the first triggering of the network configuration corresponding to the previous measurement event The time has expired, and at the moment when the UE enters the initial startup time point of the second trigger time (new trigger time) of the network configuration, the second trigger time of the network configuration is enabled, so that the second trigger time is timed before or timeout The UE is in an active state of the next or next DRX mode after the measurement event is generated;
  • the measurement event is timed by using the first trigger time, that is, after the measurement event is generated, the first trigger time is started, when the first trigger time expires, and the first Before the trigger time expires, the measured cell signal strength/quality has always met the measurement event condition, and the measurement event is reported to the network side.
  • the judgment is no, it indicates that the outdated measurement report will be used in the next active state, which may result in a handover failure or a radio link failure. therefore, To avoid this, change the design and pre-configure the second trigger time by the network.
  • the UE enters the active state of the DRX mode again, and the condition of step 302 is satisfied, a measurement event is generated again, and the UE applies the second trigger time. This allows the UE to perform measurements when it enters the active state of the DRX mode again to select whether to use the previous measurement report.
  • Step 304 Perform a measurement operation performed on the measured parameters of the serving cell and the at least one neighboring cell according to the network configuration, and obtain the measurement result when the UE is in the active state of the next or the next several DRX modes after the measurement event is generated. ;
  • the UE has an opportunity to perform measurement when it enters the active state of the DRX mode again to determine whether the previous measurement report is still valid.
  • Step 305 Determine, according to the measurement result, whether the previous measurement event corresponding to the first trigger time is still valid.
  • the result of the previous measurement operation is that the neighboring area signal is better than the current service area signal
  • the result of the measuring operation is that the neighboring area signal is worse than the current serving area signal
  • Step 306 When the previous measurement event is still valid, report the measurement event of the previous measurement event to the network, otherwise the measurement report of the previous measurement event is not reported to the network or the measurement event is updated.
  • the measurement report corresponding to the previous active state measurement event is outdated, and is determined to be invalid. At this time, the measurement report of the previous measurement event or the update measurement event is not reported to the network; of course, the judgment result is the previous active state. The measurement report corresponding to the measurement event is not effective, and the measurement report of the previous measurement event is reported to the network.
  • another embodiment of the method for reporting a measurement report of a measurement event according to the present invention includes:
  • Step 401 It is determined that the user equipment UE in the DRX mode active state has a measurement event generation.
  • the network configures the DRX mode to the UE according to the service characteristics of the UE, and configures measurement parameters for the UE.
  • the measurement parameter includes the first The trigger time, and the base station is pre-configured to the second trigger time in the DRX mode.
  • the second triggering time only includes an initial starting time point at which the UE restarts the second triggering time.
  • the measurement event is generated by performing a measurement operation on the measurement parameter configured by the serving cell and the at least one neighboring area according to the network configuration, and reporting the measurement report, where the measurement operation generates a measurement report when the condition is met.
  • Step 402 When it is determined that the measurement event is generated, determine whether the first trigger time corresponding to the measurement event is valid.
  • the time point at which the measurement event is generated is less than the time when the UE enters the DRX sleep state at this time is less than the first time that the network configuration is configured for the measurement event.
  • the length of the timing of the triggering time (original triggering time), and the time point at which the measurement event is generated from the time when the UE left the DRX sleep state is greater than the network configuration to measure
  • the length of the timing of the first triggering time of the event is as shown in FIG.
  • the time point of the measurement event is generated, the time when the UE enters the DRX sleep state is less than the timing of the first trigger time of the network configuration for the measurement event.
  • the length, and the time point at which the measurement event is generated is longer than the time when the UE left the DRX sleep state for a time longer than the first trigger time of the network configuration to the measurement event, determining that the first trigger time is invalid, if The time point at which the measurement event is generated is greater than or equal to the time when the UE enters the DRX sleep state this time.
  • the timing of the first trigger time of the network configured to measure the event, and the time point at which the measurement event is generated is less than or equal to the timing of the first trigger time of the network configuration to the measurement event.
  • the length of time determines that the first trigger time is valid.
  • the UE When it is determined that the measurement event is generated, the UE applies a first trigger time; when the first trigger time has not expired, the UE enters a sleep state of the DRX mode.
  • Step 403 When determining that the first triggering time is valid, use the first triggering time to time the measurement event. When determining that the first triggering time is invalid, the UE uses the second triggering time to time the measurement event. Therefore, the UE before the timeout of the second trigger time or the timeout time is in an active state of the next or next DRX mode after the measurement event is generated;
  • the measurement event is timed by using the first trigger time, that is, after the measurement event is generated, the first trigger time is started, when the first trigger time expires, and the first Before the trigger time expires, the measured cell signal strength/quality has always met the measurement event condition, and the measurement event is reported to the network side.
  • the first trigger time is invalid, it indicates that the outdated measurement report will be used in the next active state, which may result in a handover failure or a radio link failure. Therefore, in order to avoid this, the design is changed, and the second trigger time is pre-configured by the network.
  • the UE uses the second trigger time to time the measurement event. This allows the UE to perform measurements when it enters the active state of the DRX mode again to select whether to use the previous measurement. Report.
  • Step 404 Perform a measurement operation performed on the measured parameters of the serving cell and the at least one neighboring cell according to the network configuration when the UE is in the active state of the next or the next several DRX modes after the measurement event is generated, and obtain the measurement result. ;
  • the UE has an opportunity to perform measurement when it enters the active state of the DRX mode again to determine whether the previous measurement report is still valid.
  • Step 405 Determine, according to the measurement result, whether the previous measurement event corresponding to the first trigger time is still valid.
  • the result of the previous measurement operation is that the neighboring area signal is better than the current service area signal
  • the result of the measuring operation is that the neighboring area signal is worse than the current serving area signal
  • Step 406 When the previous measurement event is still valid, the measurement report of the previous measurement event is sent to the network, otherwise the measurement report of the previous measurement event is not reported to the network or the measurement event is updated.
  • another embodiment of the method for reporting a measurement report of a measurement event according to the present invention includes:
  • Step 501 Determine that the user equipment UE in the DRX mode active state has a measurement event generation.
  • the network configures the DRX mode to the UE according to the service characteristics of the UE, and configures measurement parameters for the UE.
  • the measurement parameter includes the first The trigger time, and the base station is pre-configured to the second trigger time in the DRX mode.
  • the second triggering time includes a timing time length of the second triggering time.
  • the measurement event is generated by performing measurement operations on the measurement parameters configured by the serving cell and the at least one neighboring cell according to the network, and reporting the measurement report, and the measurement operation generates a measurement report when the condition is met.
  • Step 502 Determine, when the measurement event is generated, whether the first trigger time corresponding to the measurement event is valid.
  • the time point at which the measurement event is generated is less than the time when the UE enters the DRX sleep state at this time is less than the first time that the network configuration is configured for the measurement event.
  • the time length of the triggering time (original trigger time), and the time point at which the measurement event is generated is longer than the time when the UE left the DRX sleep state for the previous time, and the time length of the network is configured to the first trigger time of the measurement event, as shown in the figure. 5; if the time point of the measurement event is generated, the time when the UE enters the DRX sleep state is less than the network configuration.
  • the length of the timing of the first triggering time of the quantity event, and the time point of the measurement event generated from the time when the UE left the DRX sleep state is greater than the time length of the first trigger time of the network configuration to the measurement event,
  • the first trigger time is invalid. If the time point of the measurement event is generated, the time that the UE enters the DRX sleep state is greater than or equal to the time length of the first trigger time of the network configuration to the measurement event, and the measurement event is generated.
  • the time point is determined to be valid when the time when the UE left the DRX sleep state for the previous time is less than or equal to the time length of the first trigger time of the network configuration to the measurement event.
  • the UE When it is determined that the measurement event is generated, the UE applies a first trigger time; when the first trigger time has not expired, the UE enters a sleep state of the DRX mode.
  • Step 503 When it is determined that the first trigger time is valid, use the first trigger time to time the measurement event; when determining that the first trigger time is invalid, the first trigger of the network configuration corresponding to the previous measurement event The time has expired, and the second trigger time (new trigger time) of the network configuration is enabled at the moment when the UE enters the activation state of the next or next DRX mode, so that the UE before or after the second trigger time is timed Measuring the activation state of the next or next DRX mode after the event is generated;
  • the measurement event is timed by using the first trigger time, that is, after the measurement event is generated, the first trigger time is started, when the first trigger time expires, and the first Before the trigger time expires, the measured cell signal strength/quality has always met the measurement event condition, and the measurement event is reported to the network side.
  • the first trigger time is invalid, it indicates that the outdated measurement report will be used in the next active state, which may result in a handover failure or a radio link failure. Therefore, to avoid this, change the design and pre-configure the second trigger time by the network.
  • the UE enters the active state of the DRX mode again, the UE starts the second triggering time. This allows the UE to perform measurements when it enters the active state of the DRX mode again to select whether to use the previous measurement report.
  • Step 504 Perform a measurement operation performed on the measurement parameters of the serving cell and the at least one neighboring cell according to the network configuration when the UE is in the active state of the next or the next several DRX modes after the measurement event is generated, and obtain the measurement result. ;
  • the UE has an opportunity to perform measurement when it enters the active state of the DRX mode again to determine whether the previous measurement report is still valid.
  • Step 505 Determine, according to the measurement result, whether the previous measurement event corresponding to the first trigger time is Still valid;
  • the result of the previous measurement operation is that the neighboring area signal is better than the current service area signal
  • the result of the measuring operation is that the neighboring area signal is worse than the current serving area signal
  • Step 506 When the previous measurement event is still valid, report the measurement event of the previous measurement event to the network, otherwise the measurement report of the previous measurement event or the update measurement event is not reported to the network.
  • This embodiment is the timing length of the trigger time controlled by the network, and in the next embodiment, it is still controlled by the network.
  • still another embodiment of the method for reporting a measurement report of a measurement event according to the present invention includes:
  • Step 601 Determine that the user equipment in the discontinuous reception DRX mode active state has a measurement event generated
  • the network configures the DRX mode to the UE according to the service characteristics of the UE, and configures the measurement parameter for the UE.
  • the measurement parameter includes the measured trigger type and the first trigger time.
  • the measurement event is generated by performing a measurement operation on the measurement parameter configured by the serving cell and the at least one neighboring area according to the network configuration, and reporting the measurement report, and the measurement operation generates a measurement report when the condition is met.
  • the UE reports the measurement result according to the existing technology
  • Step 602 When it is determined that the measurement event is generated, the UE applies the first trigger time to time the measurement event. When the first trigger time has not expired, the UE enters the DRX sleep state; Step 603: If the network configures the trigger type of the measurement event as the event trigger type in the process of configuring the measurement parameter for the UE, when the first trigger time expires, Report the measurement report immediately.
  • This embodiment is the timing length of the trigger time controlled by the network, and in the next embodiment, it is still controlled by the network.
  • FIG. 9 another embodiment of the method for reporting a measurement report of a measurement event of the present invention includes:
  • Step 701 Determine that the user equipment UE in the discontinuous reception DRX mode active state has a measurement event generated
  • the network configures the DRX mode to the UE according to the service characteristics of the UE, and configures the measurement for the UE.
  • the measurement parameter includes the measured trigger type, the first trigger time, and an indication of the reported measurement report under the corresponding measurement event of the measurement report configuration.
  • the measurement event is generated by performing a measurement operation on the measurement parameter configured by the serving cell and the at least one neighboring area according to the network configuration, and reporting the measurement report, where the measurement operation generates a measurement report when the condition is met.
  • the UE reports the measurement result according to the existing technology
  • Step 702 When it is determined that the measurement event is generated, the UE applies the first trigger time to time the measurement event. When the first trigger time has not expired, the UE enters the DRX sleep state.
  • the UE After the corresponding measurement event is generated, as long as the specified time of the first trigger time arrives and the indication of reporting the measurement report is triggered, the UE immediately reports the measurement report regardless of whether the UE is in the active state or the sleep state of the DRX. In this case, the UE still performs measurement operations in the DRX sleep state.
  • the network sets an indication of reporting the measurement report in the measurement event corresponding to the measurement report configuration in the configuration parameter for the UE, where the indication of the report of the report is not triggered, or the indication does not appear, the UE waits to re-enter An active state, reporting the measurement results.
  • the step of causing the UE before or after the second trigger time to be timed to be in an active state of the next or next DRX mode after the measurement event is generated may also be: configuring the measurement event At least two second triggering times, the at least two second triggering times respectively corresponding to the neighboring areas with different coverage ranges, so that the time point generated by the measurement event is less than or equal to the time when the UE left the DRX sleep state last time.
  • the network is configured to measure the time length of the second trigger time of the neighboring area corresponding to the neighboring area, so that the UE before the timeout of the second trigger time or the timeout time is activated by the next or next DRX mode after the measurement event is generated. state.
  • Stepl The network configures measurement parameters for the UE; it includes the trigger type and trigger time of the measurement.
  • the measurement parameter includes a first triggering time, and a second triggering time, a third triggering time, and a third triggering time, which are pre-configured by the base station to the UE, and the triggering times respectively correspond to the cell types with different coverage sizes;
  • Step 2 The UE performs measurement on the serving cell and at least one neighboring area according to the measurement parameters configured by the network. the amount.
  • the UE determines a measurement event generation based on the measurement result.
  • Step 3 The UE needs to estimate the coverage level of the corresponding neighboring cell by using the transmit power size in the system message broadcasted by the neighboring cell; or different PCI according to the cell of different coverage size classes known in advance (Physical Community) ID, physical cell ID)
  • the information of the group division is inferred to the coverage size level of the corresponding neighboring area according to the PCI of the neighboring area.
  • Step 4 The UE applies the corresponding TTT according to the learned coverage level of the tested neighboring area
  • Step 5 When the time period specified by the actual trigger time arrives and the condition of the measurement event is still satisfied, the measurement report of the previous active state is reported.
  • Stepl The network configures measurement parameters for the UE; it includes the trigger type and trigger time of the measurement.
  • the measurement parameter includes a first trigger time, and a first scaling factor coefficient, a second scaling factor coefficient, and a pre-configured to the UE by the base station, where the scaling factor coefficients respectively correspond to cell types with different coverage sizes (optional) ;
  • Step 2 The UE measures the serving cell and at least one neighboring area according to the measured parameters of the network configuration. The UE determines a measurement event generation based on the measurement result.
  • Step 3 The UE needs to estimate the coverage level of the corresponding neighboring cell by using the transmit power size in the system message broadcasted by the neighboring cell; or according to different PCI groups corresponding to the cells of different coverage size classes known in advance. The information is inferred to the coverage level of the corresponding neighbor according to the PCI of the neighboring area.
  • Step 4 The UE multiplies the triggering factor by the corresponding scaling factor according to the learned coverage level of the measured neighboring area to generate an actual triggering time.
  • the scaling factor may be configured by the base station in the measurement configuration or may be the value saved by the UE itself.
  • Step5 When the time period of the actual trigger time arrives and the condition of the measurement event is still satisfied, the measurement report is reported.
  • the present invention further provides an embodiment of a method for configuring measurement parameters for a UE, where the method includes:
  • Step 801 Send, to the UE, a measurement parameter including a timing length of the first trigger time, where the measurement parameter is provided to the user equipment UE in the discontinuous reception DRX mode active state, and is made to the serving cell and the at least one neighboring cell. Measurement operations performed in accordance with measured parameters of the network configuration;
  • the process of sending measurement parameters to the UE has at least the following: 1) The measurement parameter including the timing length of the first triggering time and the timing length of the second triggering time is applied to the UE, and the second triggering time is applied to the measurement event after the time when the UE leaves the DRX sleep state.
  • Step 802 Receive a measurement report obtained by using the measurement parameter by the UE, where the measurement parameter is configured to configure a suitable second trigger time or a reporting manner of the measurement report, so that the time point distance generated by the measurement event is generated.
  • the time when the UE left the DRX sleep state for the previous time is less than or equal to the time length of the second trigger time that the network is configured to measure the event, so that the UE before or after the second trigger time is in the next or next after the measurement event is generated.
  • the activation state of several DRX modes is performed.
  • the process of controlling the UE from the network side is such that the UE before the timeout of the second trigger time or the timeout time is in the active state of the next or next DRX mode after the measurement event is generated.
  • the present invention further provides an embodiment of a user equipment, where the user equipment includes: a determining unit, configured to determine that a user equipment UE in a discontinuous reception DRX mode active state has a measurement event generated;
  • a first determining unit configured to determine, when the determining unit determines that the measurement event is generated, whether a first trigger time corresponding to the measurement event is valid;
  • a configuration unit configured to: when the first determining unit determines that the first triggering time is valid, use the first triggering time to time the measurement event; when the first determining unit determines that the first triggering time is invalid, The measurement event is timed using a second trigger time such that the UE is in an active state of a next or next several DRX modes after the measurement event is generated;
  • a measuring unit configured to: when the configuration unit uses the second triggering time to time the measurement event, perform a measurement operation performed on the measured parameter of the serving cell and the at least one neighboring cell according to the network configuration, to obtain a measurement result;
  • a second determining unit configured to determine, according to the measurement result obtained by the measuring unit, a corresponding Whether the previous measurement event of a trigger time is still valid
  • the reporting processing unit is configured to report the measurement report of the previous measurement event to the network when the second determination unit determines that the previous measurement event is still valid, otherwise the measurement report of the previous measurement event is not reported to the network. Or update measurement events;
  • the measurement event is generated by performing a measurement operation on the measurement parameter configured by the serving cell and the at least one neighboring cell according to the network configuration, and reporting the measurement report, and the measurement operation generates a measurement report when the condition is met.
  • the configuration unit is specifically configured to:
  • the first trigger time of the network configuration corresponding to the previous measurement event has timed out, and when the UE leaves the DRX sleep state, the second trigger time of the network configuration is enabled, so that the second trigger time expires before or after the timeout period
  • the UE is in the active state of the next or next DRX mode after the measurement event is generated; or,
  • the measurement report is immediately reported.
  • the trigger type of the measurement event is configured as an event trigger type, and an indication of the measurement report is reported in the corresponding measurement event setting of the measurement report configuration.
  • the present invention further provides an embodiment of a network device, where the network device includes: a sending unit, configured to send a measurement parameter to a UE, where the measurement parameter is provided in a discontinuous reception DRX mode active state.
  • a sending unit configured to send a measurement parameter to a UE, where the measurement parameter is provided in a discontinuous reception DRX mode active state.
  • User equipment UE according to the network of the serving cell and at least one neighboring area The measurement operation performed by the measurement parameters of the network configuration;
  • a receiving unit configured to receive a measurement report obtained by the UE by using the measurement parameter, where the measurement parameter is configured to configure a suitable trigger time or a reporting manner of the measurement report, so that the time point distance generated by the measurement event is generated.
  • the time when the UE left the DRX sleep state for the previous time is less than or equal to the time length of the network configuration to the trigger time of the measurement event, so that the UE before the timeout of the trigger time or the timeout time is in the next or next after the measurement event is generated. Active state of DRX mode.
  • the sending unit is specifically configured to:
  • the time of the sleep state is less than or equal to the length of the timing of the triggering time of the neighboring zone corresponding to the measurement event, so that the UE before the timeout of the triggering time or the timeout time is in the next or next after the measurement event is generated.
  • the active state of each DRX mode is less than or equal to the length of the timing of the triggering time of the neighboring zone corresponding to the measurement event, so that the UE before the timeout of the triggering time or the timeout time is in the next or next after the measurement event is generated.
  • the steps of any one of the foregoing method embodiments include the following steps: determining that the user equipment UE in the discontinuous reception DRX mode active state has a measurement event generation; when determining that the measurement event is generated, determining the corresponding Whether the first triggering time of the measurement event is valid; when the first triggering time is determined to be valid, the measuring event is timed by using the first triggering time; when determining that the first triggering time is invalid, using the second triggering Time counting the measurement event such that the UE is in the next one after the measurement event is generated Or the activation state of the next several DRX modes; when the UE is in the active state of the next or next several DRX modes after the measurement event is generated, re-execution is performed on the measurement parameters of the serving cell and the at least one neighboring
  • the measurement operation the measurement result is obtained; whether the previous measurement event is still valid according to the measurement result; when the previous measurement event is still valid, the measurement report of the previous measurement event is reported to the network, otherwise Reporting the measurement report of the previous measurement event or updating the measurement event to the network.
  • the storage medium may be: ROM / RAM, a magnetic disk, a solid state hard disk, a memory card, a USB flash drive or an optical disk.

Landscapes

  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

本发明公开了一种对测量事件的测量报告进行上报的方法。所述对测量报告进行上报的方法包括：确定在非连续接收（DRX）模式激活态下的用户设备（UE）有测量事件生成；在确定有所述测量事件生成时，判断对应所述测量事件的第一触发时间是否有效；在判断第一触发时间有效时，使用所述第一触发时间对所述测量事件进行计时；在判断第一触发时间无效时，使用第二触发时间对所述测量事件进行计时，以使得所述UE处于测量事件生成后的下一个或下若干个DRX模式的激活态。本发明还公开了一种网络设备、用户设备以及为用户设备配置测量参数的方法。通过上述方式，本发明能够提高小区间进行移动切换的成功率或提高无线链路的质量。

Description

一种对测量事件的测量 ^艮告进行上 "^的方法
本申请要求了于 2011 年 12 月 31 日提交中国专利局， 申请号为 201110459643.9、 发明名称为 "一种对测量事件的测量 4艮告进行上 >¾的方法" 的中国申请的优先权， 其全部内容通过引用结合在本申请中。 技术领域 本发明涉及通信技术领域， 特别是涉及一种对测量事件的测量报告进行 上报的方法。 背景技术
无线通信系统中的基站，该基站可以包括 BS , eNodeB, node B, node, BTS ( Base Transceiver Station, 基站^：发台）或 AP ( Access Point, 访问接入点） 等，在下行链路上给用户设备，该用户设备 UE可以包括 access terminal, access point, PDA ( Personal Digital Assistant, 个人数码助理）， laptop (笔记本电脑） 等， 发射数据和 /或控制信息， 并在上行链路上接收用户设备的数据和 /或控制 信息。 类似的， 用户设备在上行链路上为基站传输数据和 /或控制信息， 并在 下行链路上接收基站发射的数据和 /或控制信息。
现有技术为满足或提升无线通信系统如 LTE-A 和 /或 LTE-A ( LTE- Advanced )通信系统的性能需求， 在同构网络 (Homogeneous network) 内部署不同类型或不同制式的基站以增强网络的覆盖和性能， 这样的网络结 构被称之为异构网络 (Heterogeneous network)。 其中， 比如原有的基站是低发 射功率的基站（简称低功率基站， lower power node, LPN)或发射 /接收节点， 可 以包括 Micro BS, Pico BS, Home BS(家庭基站 ) , femto BS(毫微微蜂窝基站）， Relay BS (中继基站）或 RRH ( Radio Remote Head, 远端射频头）等， 而在 异构网络中部署的不同类型的基站，可以是大发射功率基站 (如宏基站， Macro eNodeB, MeNB), 所述大发射功率基站和低功率基站具备不同的发射功率。
作为 3G通信系统的长期演进， LTE通信系统能够提供高速率的上下行数 据传输。 由于在 LTE通信系统中数据传输量较大， 数据传输对接收天线的功 耗要求较高， 天线在接收数据的时候要尽可能在有数据的时候监视物理下行 控制信道 (PDCCH, Physical Downlink Control Channel), 接收下行数据或上 行授权， 在没有数据的时候尽可能处于睡眠状态。 如在浏览网页时有可能在 短时间内打开其他网页， 为此需要在短时间内进行睡眠， 然后在一定的定时 关系之后监视 PDCCH。
因此，为保证性能的同时降低能耗，产生了非连续接收非连续接收（DRX, Discontinuous reception )技术。 LTE通信系统中的 DRX功能控制实体位于协 议栈的 MAC层， 其主要功能是控制向物理层发送指令，通知物理层在特定的 时间监视 PDCCH, 其余时间不会开启接收天线， 使系统处于睡眠状态。 DRX 技术是在 LTE通信系统中引入的一种新的省电工作机制， 使 UE在没有数据 传输时不需要进入空闲模式， 仍保持与基站的同步状态。 比如， DRX算法已 经应用在 TD-SCDMA中。 但这种算法比较简单， 具体是使用单一的 DRX环 进行运转， 只有在激活期才接收下行数据和上行授权， 在空闲模式下则根据 寻呼周期进行 DRX 环循环。 而在无线资源控制协议 (RRC, Radio Resource Control)连接状态下的 DRX算法， 则是釆用多种定时器配合运作来保证下行 数据与上行授权的接收的方式。
DRX功能虽然可以大大降低了 LTE通信系统中的耗电量， 但是， DRX周 期比 UE的触发时间长很多，如果 UE进入睡眠态前，有个测量事件满足生成条 件， 触发时间便启动了。 当 UE进入睡眠态后， 触发时间仍然正常运行； 当 UE 再回到激活态时， 便向基站上报测量报告， 而此时如果触发时间已经超时， 这时的服务小区和邻区的信号质量状态已经发生了改变， 这样， 会导致切换 失败或无线链路失败， 对移动性能造成了很大影响。 发明内容
本发明的一方面是提供一种对测量事件的测量报告进行上报的方法， 能 够提高小区间进行移动切换的成功率或提高无线链路的质量。
本发明的一方面是提供一种对测量事件的测量报告进行上报的方法， 所 述方法包括： 确定在非连续接收 DRX模式激活态下的用户设备 UE有测量事 件生成； 判断对应测量事件的第一触发时间是否有效； 在判断为是时， 使用 第一触发时间对测量事件进行计时； 在判断为否时， 使用第二触发时间对测 量事件进行计时，以使得 UE在处于测量事件生成后的下一个或下若干个 DRX 模式的激活态时， 执行对服务小区和服务小区的至少一个邻区的测量操作， 得到测量结果； 根据测量结果判断对应第一触发时间的前次测量事件是否依 然有效； 在前次的测量事件依然有效时， 向网络上报前次测量事件对应的测 量报告， 否则不向网络上报前次测量事件对应的测量报告或更新测量事件。
本发明的一方面是提供另一种对测量事件的测量报告进行上报的方法， 所述方法包括： 确定在非连续接收 DRX模式激活态下的用户设备 UE有测量 事件生成； 使用对应测量事件的第一触发时间对测量事件进行计时； 如果 UE 在进入 DRX睡眠态时， 第一触发时间未超时， 根据网络为测量事件配置的测 量参数来决定 UE是否在睡眠态继续进行测量直到第一触发时间超时，以及是 否在第一触发时间超时时上报测量结果。
本发明的另一方面是提供一种为 UE配置测量参数的方法， UE在 DRX 模式的激活态下有测量事件生成， 包括： 向 UE下发包括第一触发时间的定时 时间长度的测量参数， 使 UE在非连续接收 DRX模式激活态下， 对服务小区 和服务小区的至少一个邻区按照下发的包括第一触发时间的定时时间长度的 测量参数进行测量操作； 接收 UE使用测量参数而得到的测量报告， 测量参数 为测量事件配置合适的第二触发时间的定时时间长度或测量报告的上报方 式， 以使得测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间小于 或等于网络配置给测量事件的第二触发时间的定时时间长度， 从而使第二触 发时间超时之前或超时时刻的 UE 处于测量事件生成后的下一个或下若干个 DRX模式的激活态。
本发明的又一方面是提供一种用户设备， 包括： 确定单元， 用于确定在 非连续接收 DRX模式激活态下的用户设备 UE有测量事件生成； 第一判断单 元， 用于在确定单元确定有测量事件生成时， 判断对应测量事件的第一触发 时间是否有效； 配置单元， 用于在第一判断单元判断第一触发时间有效时， 使用第一触发时间对测量事件进行计时； 在第一判断单元判断第一触发时间 无效时，使用第二触发时间对测量事件进行计时， 以使得 UE处于测量事件生 成后的下一个或下若干个 DRX模式的激活态； 测量单元， 用于在配置单元使 用第二触发时间对测量事件进行计时时， 重新执行对服务小区和至少一个邻 区按照网络配置的测量参数进行测量操作， 得到测量结果； 第二判断单元， 用于根据测量单元得到的测量结果判断对应第一触发时间的前次测量事件是 否依然有效； 上报处理单元， 用于在第二判断单元判断前次的测量事件依然 有效时， 向网络上>¾前次测量事件的测量 告， 否则不向网络上 "^前次测量 事件的测量报告或更新测量事件； 测量事件由对服务小区和至少一个邻区按 照网络配置的测量参数进行测量操作并上报测量报告而产生， 测量操作在满 足条件时产生测量报告。
本发明的又一方面是提供一种网络设备， 网络设备在 DRX模式激活态下 有测量事件生成， 包括： 下发单元， 用于向 UE下发测量参数， 使 UE在非连 续接收 DRX模式激活态下，对服务小区和服务小区的至少一个邻区按照下发 的测量参数进行测量操作；接收单元， 用于接收 UE使用测量参数而得到的测 量报告， 测量参数为测量事件配置合适的触发时间的定时时间长度或测量报 告的上报方式， 以使得测量事件生成的时间点距离 UE前次离开 DRX睡眠态 的时间小于或等于网络配置给测量事件的触发时间的定时时间长度， 从而使 触发时间超时之前或超时时刻的 UE处于测量事件生成后的下一个或下若干 个 DRX模式的激活态。 区别于现有技术使用过时的测量报告导致切换失败或无线链路失败的情 况， 本发明的一方面在确定有所述测量事件生成并需要上报测量报告时， 判 断对应所述测量事件的第一触发时间是否具有有效， 如果判断为是使用所述 第一触发时间对所述测量事件进行计时， 如果判断为否， 说明将会导致使用 过时的测量报告而使切换失败或无线链路失败的情况， 因此改变设计而使第 二触发时间超时之前或超时时刻的 UE处于测量事件生成后的下一个或下若干 个 DRX模式的激活态， 这样使得 UE在再次进入 DRX模式的激活态时， 有机会 执行测量， 判断前次的测量报告是否依然有效， 在无效时不向网络上报所述 前次测量事件的测量报告， 从而能够避免使用过时的测量报告导致切换失败 或无线链路失败的情况， 提高小区间进行移动切换的成功率或提高无线链路 的质量。 附图说明
图 1是本发明对测量事件的测量报告进行上报的方法一实施例的流程图； 图 2是图 1中触发时间在 DRX模式下对测量报告上报影响关系的示意图； 图 3是本发明对测量事件的测量报告进行上报的方法另一实施例的流程 图；
图 4是本发明对测量事件的测量报告进行上报的方法又一实施例的流程 图；
图 5是图 4中触发时间在 DRX模式下对测量报告上报影响关系的示意图； 图 6是本发明对测量事件的测量报告进行上报的方法又一实施例的流程 图；
图 7是本发明对测量事件的测量报告进行上报的方法又一实施例的流程 图；
图 8是本发明对测量事件的测量报告进行上报的方法又一实施例的流程 图；
图 9是图 6中触发时间在 DRX模式下对测量报告上报影响关系的示意图； 图 10是本发明对测量事件的测量报告进行上报的方法又一实施例的流程 图；
图 11是本发明为 UE配置测量参数的方法一实施例的流程图；
图 12是本发明用户设备一实施例的原理框图；
图 13是本发明网络设备一实施例的原理框图。
具体实施方式
一般而言， 为保证通信质量， UE会在 DRX模式的激活态中对服务小区 和邻区按照网络配置的测量参数进行测量操作， 在一定条件下生成测量事件， 并在触发时间 （TTT, Time To Trigger )超时后， 满足一定条件时上报测量报 告。在对 UE配置 DRX模式时， 3GPP协议对 UE给网络上报的测量报告做了 一定的限制。 如， 为避免 UE由于测量结果的上报而导致 UE从睡眠态经常回 到激活态， UE尽量延迟测量结果 (包括事件上报和周期上报两种模式）的上 报， 等到下一个激活时间再上报 (From TS 36.331)。
同时，本申请发明人在长期研发中发现，现有技术如果 UE被配置了 DRX 模式， 且 DRX模式的周期比触发时间长很多。 那么， 如果 UE在进入睡眠前， 有个测量事件满足生成条件，触发时间的定时器便启动了，不久 UE进行 DRX 的睡眠态， 但触发时间正常运行； 当 UE再回到激活态， 发现触发时间已经超 时， 便向基站上报前次激活态得到的测量报告。 但实际上， 本次激活态下的 服务小区和邻区的信号质量状态可能已经发生了改变， 这时上报的测量报告 已经不再适用， 但基站在不知情的情况下仍然继续釆用。 这样， 会导致切换 失败或无线链路失败。 从系统效率的角度看， 上述技术问题会对移动性能造 成很大的影响。
尤其在前面背景技术中提到的新出现的异构系统场景下， 用户设备在小 区间移动的次数会大量增加。 因此， 为了获得比较强壮的测量功能和无缝切 换效果， 本发明提供相应的方法和设备实施例， 允许对测量事件的测量报告 突破前述的限制， 使得触发时间的定时时间长度精度满足在测量报告上报之 前的需求。
参阅图 1和图 2,本发明对测量事件的测量报告进行上报的方法一实施例 包括：
步骤 101 : 确定在非连续接收 DRX模式激活态下的用户设备 UE有测量 事件生成；
网络根据 UE的业务特征等因素， 配置 DRX模式给 UE, 并为 UE配置测 量参数； 当所述 UE处于 DRX模式的激活态时， 确定其有测量事件生成。 在 满足一定条件下， 所述测量事件由对服务小区和至少一个邻区按照网络配置 的测量参数进行测量操作并上报测量报告而产生； 而在满足一定条件时， 所 述测量操作将产生测量报告。
步骤 102: 在确定有所述测量事件生成时， 判断对应所述测量事件的第一 触发时间是否有效；
在满足一定条件下， 确定有所述测量事件生成并需要上报测量报告， 这 时候进行判断： 是否所述测量事件生成的时间点距离 UE本次进入 DRX睡眠 态的时间小于网络配置给测量事件的第一触发时间 （原定触发时间） 的定时 时间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的 时间 （即， 距离 UE再次进入 DRX激活态的时间） 大于网络配置给测量事件 的第一触发时间的定时时间长度， 如图 2 所示； 若所述测量事件生成的时间 点距离 UE本次进入 DRX睡眠态的时间小于网络配置给测量事件的第一触发 时间的定时时间长度、并且所述测量事件生成的时间点距离 UE前次离开 DRX 睡眠态的时间大于网络配置给测量事件的第一触发时间的定时时间长度， 则 判断所述第一触发时间无效，若所述测量事件生成的时间点距离 UE本次进入 DRX睡眠态的时间大于或等于网络配置给测量事件的第一触发时间的定时时 间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时 间小于或等于网络配置给测量事件的第一触发时间的定时时间长度， 则判断 所述第一触发时间有效。
步骤 103: 在判断第一触发时间有效时， 使用所述第一触发时间对所述测 量事件进行计时； 在判断第一触发时间无效时， 使用第二触发时间对所述测 量事件进行计时， 以使得所述 UE 处于测量事件生成后的下一个或下若干个 DRX模式的激活态；
在判断第一触发时间有效时， 使用所述第一触发时间对所述测量事件的 进行计时， 即， 当测量事件生成后， 启动第一触发时间，当第一触发时间超时 时， 且第一触发时间超时前， 测量的小区信号强度 /质量一直满足测量事件条 件， 则上报该测量事情给网络侧。 在判断第一触发时间无效时， 说明将会在 下一激活态使用过时的测量报告， 从而可能会导致切换失败或无线链路失败 的情况。 因此， 为避免这种情况发生， 改变设计而使第二触发时间超时之前 或超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激活 态， 这样使得 UE在再次进入 DRX模式的激活态时， 有机会执行测量， 以选 择是否使用前次测量报告。
其中，使第二触发时间超时之前或超时时刻的 UE处于测量事件生成后的 下一个或下若干个 DRX模式的激活态， 既可以是 UE自身进行控制来实现， 也可以是网络控制 UE来实现； 既可以不改变现有 DRX模式的激活态或睡眠 态的分布， 通过调整第一触发时间的定时时间长度或重新安排第二触发时间 来实现， 也可以是不改变第一触发时间的定时时间长度， 而通过在第一触发 时间超时之前或超时时刻使 UE有上报指示上报测量报告来实现，比如在这时 候使 UE处于激活态等等， 本发明实施例不作限制。
步骤 104: 在所述 UE处于测量事件生成后的下一个或下若干个 DRX模 式的激活态时， 重新执行对服务小区和至少一个邻区按照网络配置的测量参 数进行的测量操作， 得到测量结果；
如前述， 通过各种方法， 使得 UE在再次进入 DRX模式的激活态时， 有 机会执行测量， 以判断前次的测量报告是否依然有效。 步骤 105:根据所述测量结果判断对应第一触发时间的前次测量事件是否 依然有效；
比如在前一个激活态时， 对应第一触发时间的前次测量操作的结果为邻 区信号比当前服务区信号好， 而本次激活态下， 所述测量操作的结果为邻区 信号比当前服务区信号差， 那么前一个激活态测量事件对应的测量报告是过 时的， 判断为无效。
步骤 106: 在所述前次的测量事件依然有效时， 向网络上>¾所述前次测量 事件的测量报告， 否则不向网络上报所述前次测量事件的测量报告或更新测 量事件。
如前述， 前一个激活态测量事件对应的测量报告是过时的， 判断为无效， 此时不向网络上报所述前次测量事件的测量报告或更新测量事件； 当然， 判 断结果为前一个激活态测量事件对应的测量报告并不过时， 是有效的， 那么 向网络上报所述前次测量事件的测量报告。
可以理解， 本发明实施例在确定有所述测量事件生成并需要上报测量报 告时， 判断对应所述测量事件的第一触发时间是否有效， 如果判断第一触发 时间无效， 说明将会导致使用过时的测量报告而使切换失败或无线链路失败 的情况，因此改变设计而使第二触发时间超时之前或超时时刻的 UE处于测量 事件生成后的下一个或下若干个 DRX模式的激活态， 这样使得 UE在再次进 入 DRX模式的激活态时， 有机会执行测量， 判断前次的测量报告是否依然有 效， 在无效时不向网络上报所述前次测量事件的测量报告或更新测量事件， 从而能够避免使用过时的测量报告导致切换失败或无线链路失败的情况， 提 高小区间进行移动切换的成功率或提高无线链路的质量。
参阅图 2和图 3 ,本发明对测量事件的测量报告进行上报的方法另一实施 例包括：
步骤 201 : 确定在非连续接收 DRX模式激活态下的用户设备 UE有测量 事件生成；
在满足一定条件下， 所述测量事件由对服务小区和至少一个邻区按照网 络配置的测量参数进行测量操作并上报测量报告而产生， 所述测量操作在满 足条件时产生测量报告；
步骤 202: 在确定有所述测量事件生成时， 判断对应所述测量事件的第一 触发时间是否有效；
在满足一定条件下， 在确定有所述测量事件生成并需要上报测量报告时， 判断是否所述测量事件生成的时间点距离 UE本次进入 DRX睡眠态的时间小 于网络配置给测量事件的第一触发时间 （原定触发时间） 的定时时间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间 （即， 距离 UE再次进入 DRX激活态的时间） 大于网络配置给测量事件的第一触发 时间的定时时间长度，如图 2所示； 若所述测量事件生成的时间点距离 UE本 次进入 DRX睡眠态的时间小于网络配置给测量事件的第一触发时间的定时时 间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时 间大于网络配置给测量事件的第一触发时间的定时时间长度， 则判断所述第 一触发时间无效 , 若所述测量事件生成的时间点距离 UE本次进入 DRX睡眠 态的时间大于或等于网络配置给测量事件的第一触发时间的定时时间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间小于或 等于网络配置给测量事件的第一触发时间的定时时间长度， 则判断所述第一 触发时间有效。
步骤 203: 在判断第一触发时间有效时， 使用所述第一触发时间对所述测 量事件进行计时； 在判断第一触发时间无效时，使所述 UE主动改变第一触发 时间的定时时间长度以得到第二触发时间 （新触发时间）， 以使得所述测量事 件生成的时间点距离 UE前次离开 DRX睡眠态的时间小于或等于网络配置给 测量事件的第二触发时间的定时时间长度， 从而使第二触发时间超时之前或 超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激活 态；
在判断第一触发时间有效时， 使用所述第一触发时间对所述测量事件的 进行计时， 即， 当测量事件生成后， 启动第一触发时间，当第一触发时间超时 时， 且第一触发时间超时前， 测量的小区信号强度 /质量一直满足测量事件条 件， 则上报该测量事情给网络侧。 在判断第一触发时间无效时， 说明将会在 下一激活态使用过时的测量报告， 从而可能会导致切换失败或无线链路失败 的情况。 因此， 为避免这种情况发生， 改变设计， 由 UE 自动根据本次进入 DRX模式睡眠态的长度和测量精度需求改变第一触发时间的定时时间长度， 这样使得 UE在再次进入 DRX模式的激活态时， 有机会执行测量， 以选择是 否使用前次测量报告。
步骤 204: 在所述 UE处于测量事件生成后的下一个或下若干个 DRX模 式的激活态时， 重新执行对服务小区和至少一个邻区按照网络配置的测量参 数进行的测量操作， 得到测量结果；
如前述， 通过各种方法， 使得 UE在再次进入 DRX模式的激活态时， 有 机会执行测量， 以判断前次的测量报告是否依然有效。
步骤 205:根据所述测量结果判断对应第一触发时间的前次测量事件是否 依然有效；
比如在前一个激活态时， 前次测量操作的结果为邻区信号比当前服务区 信号好， 而本次激活态下， 所述测量操作的结果为邻区信号比当前服务区信 号差， 那么前一个激活态测量事件对应的测量报告是过时的， 判断为无效。
步骤 206: 在所述前次的测量事件依然有效时， 向网络上>¾所述前次测量 事件的测量报告， 否则不向网络上报所述前次测量事件的测量报告或更新测 量事件。
如前述， 前一个激活态测量事件对应的测量报告是过时的， 判断为无效， 此时不向网络上报所述前次测量事件的测量报告或更新测量事件； 当然， 判 断结果为前一个激活态测量事件对应的测量报告并不过时， 是有效的， 那么 向网络上报所述前次测量事件的测量报告。
本实施例是由 UE主动调整触发时间的定时时间长度， 在下一实施例中， 可以由网络来控制触发时间的定时时间长度。
参阅图 4和图 5,本发明对测量事件的测量报告进行上报的方法又一实施 例包括：
步骤 301 : 确定在非连续接收 DRX模式激活态下的用户设备 UE有测量 事件生成；
网络根据 UE的业务特征等因素， 配置 DRX模式给 UE, 并为 UE配置测 量参数； 其中， 所述测量参数包括第一触发时间， 和基站预配置给 DRX模式 下的第二触发时间。所述第二触发时间包括 UE重启第二次触发时间的初始启 动时间点和触发时间的定时时间长度； 如， 第二次触发时间的初始启动时间 点可以是 UE再次进入 DRX激活态时刻或再次进入 DRX激活态后的 2ms。 所述测量事件由对服务小区和至少一个邻区按照网络配置的测量参数进行测 量操作并上报测量报告而产生， 所述测量操作在满足条件时产生测量报告。 步骤 302: 在确定有所述测量事件生成时， 判断对应所述测量事件的第一 触发时间是否有效；
在满足一定条件下， 在确定有所述测量事件生成并需要上报测量报告时， 判断是否所述测量事件生成的时间点距离 UE本次进入 DRX睡眠态的时间小 于网络配置给测量事件的第一触发时间 （原定触发时间） 的定时时间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间 （即， 距离 UE再次进入 DRX激活态的时间） 大于网络配置给测量事件的第一触发 时间的定时时间长度，如图 5所示； 若所述测量事件生成的时间点距离 UE本 次进入 DRX睡眠态的时间小于网络配置给测量事件的第一触发时间的定时时 间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时 间大于网络配置给测量事件的第一触发时间的定时时间长度， 则判断所述第 一触发时间无效 , 若所述测量事件生成的时间点距离 UE本次进入 DRX睡眠 态的时间大于或等于网络配置给测量事件的第一触发时间的定时时间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间小于或 等于网络配置给测量事件的第一触发时间的定时时间长度， 则判断所述第一 触发时间具有效。
在确定有所述测量事件生成时， 所述 UE应用第一触发时间； 当所述第一 触发时间还未到时时， 所述 UE进入了 DRX模式的睡眠态。
步骤 303: 在判断第一触发时间有效时， 使用所述第一触发时间对所述测 量事件进行计时； 在判断第一触发时间无效时， 在对应前次的测量事件的网 络配置的第一触发时间已超时、并且在 UE进入网络配置的启动第二次触发时 间 （新触发时间）的初始启动时间点的时刻， 启用网络配置的第二触发时间， 从而使第二触发时间超时之前或超时时刻的 UE 处于测量事件生成后的下一 个或下若干个 DRX模式的激活态；
在判断第一触发时间有效时， 使用所述第一触发时间对所述测量事件的 进行计时， 即， 当测量事件生成后， 启动第一触发时间，当第一触发时间超时 时， 且第一触发时间超时前， 测量的小区信号强度 /质量一直满足测量事件条 件， 则上报该测量事情给网络侧。 在判断为否时， 说明将会在下一激活态使 用过时的测量报告， 从而可能会导致切换失败或无线链路失败的情况。 因此， 为避免这种情况发生， 改变设计， 由网络预先配置好第二触发时间。 当 UE再 次进入 DRX模式的激活态时， 并且满足步骤 302的条件， 这时再次生成测量 事件， UE应用第二触发时间。 这样使得 UE在再次进入 DRX模式的激活态 时， 有机会执行测量， 以选择是否使用前次测量报告。
步骤 304: 在所述 UE处于测量事件生成后的下一个或下若干个 DRX模 式的激活态时， 重新执行对服务小区和至少一个邻区按照网络配置的测量参 数进行的测量操作， 得到测量结果；
如前述， 通过各种方法， 使得 UE在再次进入 DRX模式的激活态时， 有 机会执行测量， 以判断前次的测量报告是否依然有效。
步骤 305:根据所述测量结果判断对应第一触发时间的前次测量事件是否 依然有效；
比如在前一个激活态时， 前次测量操作的结果为邻区信号比当前服务区 信号好， 而本次激活态下， 所述测量操作的结果为邻区信号比当前服务区信 号差， 那么前一个激活态测量事件对应的测量报告是过时的， 判断为无效。
步骤 306: 在所述前次的测量事件依然有效时， 向网络上>¾所述前次测量 事件的测量报告， 否则不向网络上报所述前次测量事件的测量报告或更新测 量事件。
如前述， 前一个激活态测量事件对应的测量报告是过时的， 判断为无效， 此时不向网络上报所述前次测量事件的测量报告或更新测量事件； 当然， 判 断结果为前一个激活态测量事件对应的测量报告并不过时， 是有效的， 那么 向网络上报所述前次测量事件的测量报告。
参阅图 5和图 6,本发明对测量事件的测量报告进行上报的方法又一实施 例包括：
步骤 401 : 确定在 DRX模式激活态下的用户设备 UE有测量事件生成； 网络根据 UE的业务特征等因素， 配置 DRX模式给 UE, 并为 UE配置测 量参数； 其中， 所述测量参数包括第一触发时间， 和基站预配置给 DRX模式 下的第二触发时间。所述第二触发时间只包括 UE重启第二次触发时间的初始 启动时间点。 所述测量事件由对服务小区和至少一个邻区按照网络配置的测 量参数进行测量操作并上报测量报告而产生， 所述测量操作在满足条件时产 生测量报告。 步骤 402: 在确定有所述测量事件生成时， 判断对应所述测量事件的第一 触发时间是否有效；
在满足一定条件下， 在确定有所述测量事件生成并需要上报测量报告时， 判断是否所述测量事件生成的时间点距离 UE本次进入 DRX睡眠态的时间小 于网络配置给测量事件的第一触发时间 （原定触发时间） 的定时时间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间 （即， 距离 UE再次进入 DRX激活态的时间） 大于网络配置给测量事件的第一触发 时间的定时时间长度，如图 5所示； 若所述测量事件生成的时间点距离 UE本 次进入 DRX睡眠态的时间小于网络配置给测量事件的第一触发时间的定时时 间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时 间大于网络配置给测量事件的第一触发时间的定时时间长度， 则判断所述第 一触发时间无效 , 若所述测量事件生成的时间点距离 UE本次进入 DRX睡眠 态的时间大于或等于网络配置给测量事件的第一触发时间的定时时间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间小于或 等于网络配置给测量事件的第一触发时间的定时时间长度， 则判断所述第一 触发时间有效。
在确定有所述测量事件生成时， 所述 UE应用第一触发时间； 当所述第一 触发时间还未到时时， 所述 UE进入了 DRX模式的睡眠态。
步骤 403: 在判断第一触发时间有效时， 使用所述第一触发时间对所述测 量事件进行计时； 在判断第一触发时间无效时， UE使用第二触发时间对所述 测量事件进行计时，从而使第二触发时间超时之前或超时时刻的 UE处于测量 事件生成后的下一个或下若干个 DRX模式的激活态；
在判断第一触发时间有效时， 使用所述第一触发时间对所述测量事件的 进行计时， 即， 当测量事件生成后， 启动第一触发时间， 当第一触发时间超 时时， 且第一触发时间超时前， 测量的小区信号强度 /质量一直满足测量事件 条件， 则上报该测量事情给网络侧。 在判断第一触发时间无效时， 说明将会 在下一激活态使用过时的测量报告， 从而可能会导致切换失败或无线链路失 败的情况。 因此， 为避免这种情况发生， 改变设计， 由网络预先配置好第二 触发时间。 UE使用第二触发时间对所述测量事件进行计时。 这样使得 UE在 再次进入 DRX模式的激活态时， 有机会执行测量， 以选择是否使用前次测量 报告。
步骤 404: 在所述 UE处于测量事件生成后的下一个或下若干个 DRX模 式的激活态时， 重新执行对服务小区和至少一个邻区按照网络配置的测量参 数进行的测量操作， 得到测量结果；
如前述， 通过各种方法， 使得 UE在再次进入 DRX模式的激活态时， 有 机会执行测量， 以判断前次的测量报告是否依然有效。
步骤 405:根据所述测量结果判断对应第一触发时间的前次测量事件是否 依然有效；
比如在前一个激活态时， 前次测量操作的结果为邻区信号比当前服务区 信号好， 而本次激活态下， 所述测量操作的结果为邻区信号比当前服务区信 号差， 那么前一个激活态测量事件对应的测量报告是过时的， 判断为无效。
步骤 406: 在所述前次的测量事件依然有效时， 向网络上^艮所述前次测量 事件的测量报告， 否则不向网络上报所述前次测量事件的测量报告或更新测 量事件。
参阅图 5和图 7,本发明对测量事件的测量报告进行上报的方法又一实施 例包括：
步骤 501 : 确定在 DRX模式激活态下的用户设备 UE有测量事件生成； 网络根据 UE的业务特征等因素， 配置 DRX模式给 UE, 并为 UE配置测 量参数； 其中， 所述测量参数包括第一触发时间， 和基站预配置给 DRX模式 下的第二触发时间。 所述第二触发时间包括第二次触发时间的定时时间长度。 所述测量事件由对服务小区和至少一个邻区按照网络配置的测量参数进行测 量操作并上报测量报告而产生， 所述测量操作在满足条件时产生测量报告。
步骤 502: 在确定有所述测量事件生成时， 判断对应所述测量事件的第一 触发时间是否有效；
在满足一定条件下， 在确定有所述测量事件生成并需要上报测量报告时， 判断是否所述测量事件生成的时间点距离 UE本次进入 DRX睡眠态的时间小 于网络配置给测量事件的第一触发时间 （原定触发时间） 的定时时间长度、 并且所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间大于网 络配置给测量事件的第一触发时间的定时时间长度， 如图 5 所示； 若所述测 量事件生成的时间点距离 UE本次进入 DRX睡眠态的时间小于网络配置给测 量事件的第一触发时间的定时时间长度、 并且所述测量事件生成的时间点距 离 UE前次离开 DRX睡眠态的时间大于网络配置给测量事件的第一触发时间 的定时时间长度， 则判断所述第一触发时间无效， 若所述测量事件生成的时 间点距离 UE本次进入 DRX睡眠态的时间大于或等于网络配置给测量事件的 第一触发时间的定时时间长度、并且所述测量事件生成的时间点距离 UE前次 离开 DRX睡眠态的时间小于或等于网络配置给测量事件的第一触发时间的定 时时间长度， 则判断所述第一触发时间有效。
在确定有所述测量事件生成时， 所述 UE应用第一触发时间； 当所述第一 触发时间还未到时时， 所述 UE进入了 DRX模式的睡眠态。
步骤 503: 在判断第一触发时间有效时， 使用所述第一触发时间对所述测 量事件进行计时； 在判断第一触发时间无效时， 在对应前次的测量事件的网 络配置的第一触发时间已超时、 并且在 UE进入下一次或下若干次 DRX模式 的激活态的时刻， 启用网络配置的第二触发时间 （新触发时间）， 从而使第二 触发时间超时之前或超时时刻的 UE处于测量事件生成后的下一个或下若干 个 DRX模式的激活态；
在判断第一触发时间有效时， 使用所述第一触发时间对所述测量事件的 进行计时， 即， 当测量事件生成后， 启动第一触发时间，当第一触发时间超时 时， 且第一触发时间超时前， 测量的小区信号强度 /质量一直满足测量事件条 件， 则上报该测量事情给网络侧。 在判断第一触发时间无效时， 说明将会在 下一激活态使用过时的测量报告， 从而可能会导致切换失败或无线链路失败 的情况。 因此， 为避免这种情况发生， 改变设计， 由网络预先配置好第二触 发时间。 当 UE再次进入 DRX模式的激活态时， UE启动第二触发时间。 这 样使得 UE在再次进入 DRX模式的激活态时， 有机会执行测量， 以选择是否 使用前次测量报告。
步骤 504: 在所述 UE处于测量事件生成后的下一个或下若干个 DRX模 式的激活态时， 重新执行对服务小区和至少一个邻区按照网络配置的测量参 数进行的测量操作， 得到测量结果；
如前述， 通过各种方法， 使得 UE在再次进入 DRX模式的激活态时， 有 机会执行测量， 以判断前次的测量报告是否依然有效。
步骤 505:根据所述测量结果判断对应第一触发时间的前次测量事件是否 依然有效；
比如在前一个激活态时， 前次测量操作的结果为邻区信号比当前服务区 信号好， 而本次激活态下， 所述测量操作的结果为邻区信号比当前服务区信 号差， 那么前一个激活态测量事件对应的测量报告是过时的， 判断为无效。
步骤 506: 在所述前次的测量事件依然有效时， 向网络上>¾所述前次测量 事件的测量报告， 否则不向网络上报所述前次测量事件的测量报告或更新测 量事件。
本实施例是由网络来控制触发时间的定时时间长度， 在下一实施例中， 仍然由网络来控制。
参阅图 8和图 9,本发明对测量事件的测量报告进行上报的方法又一实施 例包括：
步骤 601 : 确定在非连续接收 DRX模式激活态下的用户设备 UE有测量 事件生成；
网络根据 UE的业务特征等因素， 配置 DRX模式给 UE, 并为 UE配置测 量参数； 其中所述测量参数包括测量的触发类型、 第一触发时间。 所述测量 事件由对服务小区和至少一个邻区按照网络配置的测量参数进行测量操作并 上报测量报告而产生， 所述测量操作在满足条件时产生测量报告。
如果测量的触发类型 （triggerType )是周期性的， 则所述 UE按照现有的 技术上报测量结果；
步骤 602： 在确定有所述测量事件生成时， UE应用第一触发时间对所述 测量事件进行计时。 当第一触发时间还未超时时 , UE进入了 DRX睡眠态； 步骤 603: 如果网络在为 UE配置测量参数的过程中将测量事件的触发类 型配置为事件触发型， 当第一触发时间超时， 立即上报测量报告。
本实施例是由网络来控制触发时间的定时时间长度， 在下一实施例中， 仍然由网络来控制。
参阅图 9和图 10, 本发明对测量事件的测量报告进行上报的方法又一实 施例包括：
步骤 701 : 确定在非连续接收 DRX模式激活态下的用户设备 UE有测量 事件生成；
网络根据 UE的业务特征等因素， 配置 DRX模式给 UE, 并为 UE配置测 量参数； 其中所述测量参数包括测量的触发类型、 第一触发时间以及在测量 报告配置的对应测量事件下的上报测量报告的指示。 所述测量事件由对服务 小区和至少一个邻区按照网络配置的测量参数进行测量操作并上报测量报告 而产生， 所述测量操作在满足条件时产生测量报告。
如果测量的触发类型 （triggerType )是周期性的， 则所述 UE按照现有的 技术上报测量结果；
步骤 702： 在确定有所述测量事件生成时， UE应用第一触发时间对所述 测量事件进行计时， 当第一触发时间还未超时时 , UE进入了 DRX睡眠态； 步骤 703: 网络在为 UE配置测量参数中将该测量事件对应测量 ^艮告配置 中设置了上报测量报告的指示， 触发了上报测量报告的指示后， 只要第一触 发时间超时， 立即上报测量报告。
当对应的测量事件生成后， 只要第一触发时间规定的时间到达， 而且触 发了上报测量报告的指示， 则所述 UE立即上报测量报告， 而不论 UE是在 DRX的激活态还是睡眠状态。 这种情况下， UE在 DRX睡眠态依然进行测量 操作。
网络在为 UE 配置测量参数中将该测量事件对应测量报告配置中设置了 上报测量报告的指示， 其中在没有触发该上报测量报告的指示， 或者该指示 没有出现， 则所述 UE等到重新进入下一个激活态， 上报测量结果。
在另外的实施例中，所述使第二触发时间超时之前或超时时刻的 UE处于 测量事件生成后的下一个或下若干个 DRX模式的激活态步骤， 还可以是： 为所述测量事件配置至少两个第二触发时间， 所述至少两个第二触发时 间分别对应覆盖范围大小不同的邻区， 以使得所述测量事件生成的时间点距 离 UE前次离开 DRX睡眠态的时间小于或等于网络配置给测量事件的对应所 述邻区的第二触发时间的定时时间长度， 从而使第二触发时间超时之前或超 时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激活态。
更进一步， 本发明实施例还可以提供其他的思路， 比如：
Stepl : 网络给 UE配置测量参数； 其中包括测量的触发类型和触发时间。 所述测量参数包括第一触发时间，和基站预配置给 UE的第二触发时间、第三 触发时间， ...， 这些触发时间分别对应覆盖范围大小不同的小区类型；
Step2: UE按照网络配置的测量参数对服务小区和至少一个邻区进行测 量。 UE根据测量结果判断出一个测量事件生成。
Step3: UE需要通过邻区的广播的系统消息里发射功率大小，来推断给对 应邻区的覆盖范围大小等级； 或者根据事先知道的不同的覆盖范围大小等级 的小区对应的不同的 PCI ( Physics Community ID , 物理小区 ID )组划分的信 息， 根据邻区的 PCI, 推断给对应邻区的覆盖范围大小等级。
Step4: UE根据获知的被测邻区的覆盖范围大小等级， 应用对应的 TTT;
Step5: 当实际的触发时间规定的定时时间长度到达后， 测量事件的条件 依然满足， 则上报前次激活态的测量报告。
又或者：
Stepl : 网络给 UE配置测量参数； 其中包括测量的触发类型和触发时间。 所述测量参数包括第一触发时间， 和基站预配置给 UE的第一缩放因子系数、 第二缩放因子系数、 ...， 这些缩放因子系数分别对应覆盖范围大小不同的小 区类型 (可选)；
Step2: UE按照网络配置的测量参数对服务小区和至少一个邻区进行测 量。 UE根据测量结果判断出一个测量事件生成。
Step3: UE需要通过邻区的广播的系统消息里发射功率大小，来推断出对 应邻区的覆盖范围大小等级； 或者根据事先知道的不同的覆盖范围大小等级 的小区对应的不同的 PCI组划分的信息，才艮据邻区的 PCI,推断给对应邻区的 覆盖范围大小等级。
Step4: UE根据获知的被测邻区的覆盖范围大小等级，应用对应的缩放因 子系数与触发时间相乘， 生成实际的触发时间。 该缩放因子系数可以是基站 在测量配置中配置的， 也可以是 UE自己保存的值。
Step5: 当实际的触发时间的定时时间长度到达后， 测量事件的条件依然 满足， 则上报测量报告。
参阅图 11 , 本发明还提供一种为 UE配置测量参数的方法实施例， 所述 方法包括：
步骤 801 : 向 UE下发包括第一触发时间的定时时间长度的测量参数， 所 述测量参数提供给在非连续接收 DRX模式激活态下的用户设备 UE, 使其对 服务小区和至少一个邻区按照网络配置的测量参数进行的测量操作；
所述向 UE下发测量参数的过程， 结合前面的描述， 至少有以下几种： 1 ) 向 UE下发包括第一触发时间的定时时间长度与第二触发时间的定时 时间长度的测量参数， 所述第二触发时间应用于在 UE离开 DRX睡眠态的时 间后的测量事件。
2 ) 向 UE下发至少两个第二触发时间的定时时间长度， 所述至少两个第 二触发时间对应覆盖范围大小不同的邻区， 以使得所述测量事件生成的时间 点距离 UE前次离开 DRX睡眠态的时间小于或等于网络配置给测量事件的对 应所述邻区的第二触发时间的定时时间长度， 从而使所述第二触发时间超时 之前或超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的 激活态。
步骤 802: 接收 UE使用所述测量参数而得到的测量报告， 所述测量参数 为所述测量事件配置合适的第二触发时间或测量报告的上报方式， 以使得所 述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间小于或等于网 络配置给测量事件的第二触发时间的定时时间长度， 从而使第二触发时间超 时之前或超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式 的激活态。
本实施例是从网络侧来控制 UE的过程，使第二触发时间超时之前或超时 时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激活态。
参阅图 12, 本发明还提供一种用户设备一实施例， 所述用户设备包括： 确定单元， 用于确定在非连续接收 DRX模式激活态下的用户设备 UE有 测量事件生成；
第一判断单元， 用于在所述确定单元确定有所述测量事件生成时， 判断 对应所述测量事件的第一触发时间是否有效；
配置单元， 用于在所述第一判断单元判断第一触发时间有效时， 使用所 述第一触发时间对所述测量事件进行计时； 在所述第一判断单元判断第一触 发时间无效时， 使用第二触发时间对所述测量事件进行计时， 以使得所述 UE 处于测量事件生成后的下一个或下若干个 DRX模式的激活态；
测量单元， 用于在所述配置单元使用第二触发时间对所述测量事件进行 计时时， 重新执行对服务小区和至少一个邻区按照网络配置的测量参数进行 的测量操作， 得到测量结果；
第二判断单元， 用于根据所述测量单元得到的所述测量结果判断对应第 一触发时间的前次测量事件是否依然有效；
上报处理单元， 用于在所述第二判断单元判断前次的测量事件依然有效 时， 向网络上报所述前次测量事件的测量报告， 否则不向网络上报所述前次 测量事件的测量报告或更新测量事件；
所述测量事件由对服务小区和至少一个邻区按照网络配置的测量参数进 行测量操作并上报测量报告而产生， 所述测量操作在满足条件时产生测量报 告。
其中， 所述配置单元具体用于：
1 )使所述 UE主动改变第一触发时间的定时时间长度以得到第二触发时 间 , 以使得所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间 小于或等于网络配置给测量事件的第二触发时间的定时时间长度， 从而使第 二触发时间超时之前或超时时刻的 UE再次处于 DRX模式的激活态； 或，
2 )在对应前次的测量事件的网络配置的第一触发时间已超时、 并且在 UE离开 DRX睡眠态的时刻， 启用网络配置的第二触发时间， 从而使第二触 发时间超时之前或超时时刻的 UE 处于测量事件生成后的下一个或下若干个 DRX模式的激活态； 或，
3 )在第一触发时间超时时刻， 根据网络为所述测量事件配置的事件触发 型触发类型， 立即上报测量报告。
其中， 所述测量事件的触发类型配置为事件触发型， 并在所述测量报告 配置的对应测量事件设置上报测量报告的指示。
或，
4 )为所述测量事件配置至少两个第二触发时间的定时时间长度， 所述至 少两个第二触发时间对应覆盖范围大小不同的邻区， 以使得所述测量事件生 成的时间点距离 UE前次离开 DRX睡眠态的时间小于或等于网络配置给测量 事件的对应所述邻区的第二触发时间的定时时间长度， 从而使所述第二触发 时间超时之前或超时时刻的 UE 处于测量事件生成后的下一个或下若干个 DRX模式的激活态。
参阅图 13 , 本发明还提供一种网络设备一实施例， 所述网络设备包括： 下发单元， 用于向 UE下发测量参数， 所述测量参数提供给在非连续接收 DRX模式激活态下的用户设备 UE, 使其对服务小区和至少一个邻区按照网 络配置的测量参数进行的测量操作；
接收单元， 用于接收 UE使用所述测量参数而得到的测量报告， 所述测量 参数为所述测量事件配置合适的触发时间或测量报告的上报方式， 以使得所 述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间小于或等于网 络配置给测量事件的触发时间的定时时间长度， 从而使所述触发时间超时之 前或超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激 活态。
其中， 所述下发单元具体用于：
1 ) 向 UE下发包括第一触发时间的定时时间长度与第二触发时间的定时 时间长度的测量参数， 所述第一触发时间应用于对应前次的测量事件， 所述 第二触发时间应用于在 UE离开 DRX睡眠态的时间后的测量事件； 或，
2 ) 向 UE下发为测量事件配置触发类型为事件触发型的测量参数， 以使 所述触发时间超时时刻立即上 ^则量 ^告； 或，
3 ) 向 UE下发至少两个触发时间的定时时间长度， 所述至少两个触发时 间分别对应对应覆盖范围大小不同的邻区， 以使得所述测量事件生成的时间 点距离 UE前次离开 DRX睡眠态的时间小于或等于网络配置给测量事件的对 应所述邻区的触发时间的定时时间长度， 从而使所述触发时间超时之前或超 时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激活态。
可以理解， 基于本发明精神， 可以有更多实施例； 上述各个实施例、 各 个步骤、 单元之间也可以相互合理组合得到新的实施例； 上述各个单元可以 在能够实现共同目的的前提下任意合并、 改变隶属关系、 拆分、 组合， 本发 明实施例不作限定。
本领域普通技术人员还可以理解， 实现上述方法实施例中的全部或部分 步骤是可以通过程序来指令相关的硬件来完成， 所述的程序可以存储于一计 算机可读取存储介质中， 该程序在执行时， 包括上述任何一个方法实施例的 步骤， 比如包括如下步骤： 确定在非连续接收 DRX模式激活态下的用户设备 UE有测量事件生成； 在确定有所述测量事件生成时， 判断对应所述测量事件 的第一触发时间是否有效；； 在判断第一触发时间有效时， 使用所述第一触发 时间对所述测量事件进行计时； 在判断第一触发时间无效时， 使用第二触发 时间对所述测量事件进行计时，以使得所述 UE处于测量事件生成后的下一个 或下若干个 DRX模式的激活态； 在所述 UE处于测量事件生成后的下一个或 下若干个 DRX模式的激活态时， 重新执行对服务小区和至少一个邻区按照网 络配置的测量参数进行的测量操作， 得到测量结果； 根据所述测量结果判断 前次的测量事件是否依然有效； 在所述前次的测量事件依然有效时， 向网络 上报所述前次测量事件的测量报告， 否则不向网络上报所述前次测量事件的 测量报告或更新测量事件。 所述的存储介质， 可以是： ROM / RAM、 磁碟、 固态硬盘、 存储卡、 U盘或光盘等。 以上所述仅为本发明的实施例， 并非因此限制本发明的专利范围， 凡是 利用本发明说明书及附图内容所作的等效结构或等效流程变换， 或直接或间 接运用在其他相关的技术领域， 均同理包括在本发明的专利保护范围内。

Claims

权 利 要求 书
1.一种对测量事件的测量报告进行上报的方法， 其特征在于， 包括： 确定在非连续接收 DRX模式激活态下的用户设备 UE有测量事件生成； 判断对应所述测量事件的第一触发时间是否有效；
在判断第一触发时间有效时， 使用所述第一触发时间对所述测量事件进行 计时； 在判断第一触发时间无效时， 使用第二触发时间对所述测量事件进行计 时， 以使得所述 UE在处于测量事件生成后的下一个或下若干个 DRX模式的激 活态时， 执行对服务小区和所述服务小区的至少一个邻区的测量操作， 得到测 量结果；
根据所述测量结果判断对应第一触发时间的前次测量事件是否依然有效； 在所述前次的测量事件依然有效时， 向网络上报所述前次测量事件对应的 测量报告， 否则不向网络上报所述前次测量事件对应的测量报告或更新测量事 件。
2.根据权利要求 1所述的方法， 其特征在于：
所述使用第二触发时间对所述测量事件进行计时， 包括： 使用有效的第二 触发时间对所述测量事件进行计时， 以使得所述第二触发时间超时之前或超时 时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激活态。
3.根据权利要求 2所述的方法， 其特征在于：
所述确定在非连续接收 DRX模式激活态下的用户设备 UE有测量事件生成 之前， 包括：
接收网络配置的测量参数， 所述测量参数包括所述第一触发时间的定时时 间长度。
4.根据权利要求 3所述的方法， 其特征在于：
所述使用有效的第二触发时间对所述测量事件进行计时， 包括：
使所述 UE改变第一触发时间的定时时间长度以得到第二触发时间，以使得 所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间小于或等于网 络配置给测量事件的第二触发时间的定时时间长度， 从而使第二触发时间超时 之前或超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激 活态。
5.根据权利要求 2所述的方法， 其特征在于： 所述确定在非连续接收 DRX模式激活态下的用户设备 UE有测量事件生成 之前， 包括：
接收网络配置的测量参数， 所述测量参数包括所述第一触发时间的定时时 间长度、 第二触发时间的定时间长度以及第二触发时间的启动时刻；
6.根据权利要求 5所述的方法， 其特征在于：
所述使用有效的第二触发时间对所述测量事件进行计时包括：
在对应前次测量事件的网络配置的所述第一触发时间已超时、并且在 UE离 开 DRX睡眠态的时刻， 启用网络配置的所述第二触发时间， 从而使第二触发时 间超时之前或超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模 式的激活态。
7.根据权利要求 5所述的方法， 其特征在于：
所述使用有效的第二触发时间对所述测量事件进行计时， 包括：
为所述测量事件配置至少两个第二触发时间的定时时间长度， 所述至少两 个第二触发时间分别对应覆盖范围大小不同的邻区， 以使得所述测量事件生成 的时间点距离 UE前次离开 DRX睡眠态的时间小于或等于网络配置给测量事件 的对应所述邻区的第二触发时间的定时时间长度， 从而使所述第二触发时间超 时之前或超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的 激活态。
8.根据权利要求 1至 7任一项所述的方法， 其特征在于：
所述判断对应所述测量事件的第一触发时间是否有效的步骤包括： 判断是否所述测量事件生成的时间点距离 UE本次进入 DRX睡眠态的时间 小于网络配置给测量事件的第一触发时间的定时时间长度、 并且所述测量事件 生成的时间点距离 UE前次离开 DRX睡眠态的时间大于网络配置给测量事件的 第一触发时间的定时时间长度；
若所述测量事件生成的时间点距离 UE本次进入 DRX睡眠态的时间小于网 络配置给测量事件的第一触发时间的定时时间长度、 并且所述测量事件生成的 时间点距离 UE前次离开 DRX睡眠态的时间大于网络配置给测量事件的第一触 发时间的定时时间长度， 则判断所述第一触发时间无效； 若所述测量事件生成 的时间点距离 UE本次进入 DRX睡眠态的时间大于或等于网络配置给测量事件 的第一触发时间的定时时间长度、并且所述测量事件生成的时间点距离 UE前次 离开 DRX睡眠态的时间小于或等于网络配置给测量事件的第一触发时间的定时 时间长度， 则判断所述第一触发时间有效。
9.根据权利要求 1至 7任一项所述的方法， 其特征在于：
所述确定在非连续接收 DRX模式激活态下的用户设备 UE有测量事件生成 的步骤中， 所述测量事件由对服务小区和所述服务小区的至少一个邻区按照网 络配置的测量参数进行测量操作并上报测量报告而产生。
10.—种对测量事件的测量报告进行上报的方法， 其特征在于：
确定在非连续接收 DRX模式激活态下的用户设备 UE有测量事件生成； 使用对应所述测量事件的第一触发时间对所述测量事件进行计时； 如果所述 UE在进入 DRX睡眠态时， 所述第一触发时间未超时， 根据网络 为所述测量事件配置的测量参数来决定所述 UE是否在睡眠态继续进行测量直 到第一触发时间超时， 以及是否在第一触发时间超时时上报测量结果。
11.根据权利要求 10所述的方法， 其特征在于：
所述网络为所述测量事件配置的测量参数包括：
网络在为 UE 配置测量参数的过程中将测量事件的触发类型配置为事件触 发型， 当第一触发时间超时， 立即上报测量报告；
或者，
网络在为 UE 配置测量参数的过程中将测量事件的触发类型配置为事件触 发型， 并在所述测量报告配置的对应测量事件设置上报测量报告的指示， 触发 了所述上报测量报告的指示后， 只要第一触发时间超时， 立即上报测量报告。
12.—种为 UE配置测量参数的方法， 所述 UE在 DRX模式的激活态下有测 量事件生成， 其特征在于， 包括：
向所述 UE下发包括第一触发时间的定时时间长度的测量参数，使 UE在非 连续接收 DRX模式激活态下，对服务小区和所述服务小区的至少一个邻区按照 所述下发的包括第一触发时间的定时时间长度的测量参数进行测量操作；
接收 UE使用所述测量参数而得到的测量报告，所述测量参数为所述测量事 件配置合适的第二触发时间的定时时间长度或测量报告的上报方式， 以使得所 述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间小于或等于网络 配置给测量事件的第二触发时间的定时时间长度， 从而使第二触发时间超时之 前或超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激活 态。
13.根据权利要求 12所述的方法， 其特征在于：
所述向所述 UE下发包括第一触发时间的定时时间长度的测量参数， 包括： 向 UE下发包括第二触发时间的定时时间长度的测量参数，所述第二触发时间应 用于在 UE离开 DRX睡眠态的时间后的测量事件。
14.根据权利要求 12所述的方法， 其特征在于：
所述向所述 UE下发包括第一触发时间的定时时间长度的测量参数， 包括： 向 UE下发至少两个第二触发时间的定时时间长度，所述至少两个第二触发时间 分别对应覆盖范围大小不同的邻区， 以使得所述测量事件生成的时间点距离 UE 前次离开 DRX睡眠态的时间小于或等于网络配置给测量事件的对应所述邻区的 第二触发时间的定时时间长度， 从而使所述第二触发时间超时之前或超时时刻 的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激活态。
15.—种用户设备， 其特征在于， 包括：
确定单元， 用于确定在非连续接收 DRX模式激活态下的用户设备 UE有测 量事件生成；
第一判断单元， 用于在所述确定单元确定有所述测量事件生成时， 判断对 应所述测量事件的第一触发时间是否有效；
配置单元， 用于在所述第一判断单元判断所述第一触发时间有效时， 使用 所述第一触发时间对所述测量事件进行计时； 在所述第一判断单元判断所述第 一触发时间无效时， 使用第二触发时间对所述测量事件进行计时， 以使得所述 UE处于测量事件生成后的下一个或下若干个 DRX模式的激活态；
测量单元， 用于在所述配置单元使用第二触发时间对所述测量事件进行计 时时， 重新执行对服务小区和至少一个邻区按照网络配置的测量参数进行测量 操作， 得到测量结果；
第二判断单元， 用于根据所述测量单元得到的所述测量结果判断对应第一 触发时间的前次测量事件是否依然有效；
上报处理单元， 用于在所述第二判断单元判断前次的测量事件依然有效时， 向网络上报所述前次测量事件的测量报告， 否则不向网络上报所述前次测量事 件的测量报告或更新测量事件；
所述测量事件由对服务小区和至少一个邻区按照网络配置的测量参数进行 测量操作并上报测量报告而产生， 所述测量操作在满足条件时产生测量报告。
16.根据权利要求 15所述的用户设备， 其特征在于：
所述配置单元具体用于使所述 UE主动改变第一触发时间的定时时间长度 以得到第二触发时间，以使得所述测量事件生成的时间点距离 UE前次离开 DRX 睡眠态的时间小于或等于网络配置给测量事件的第二触发时间的定时时间长 度，从而使第二触发时间超时之前或超时时刻的 UE处于测量事件生成后的下一 个或下若干个 DRX模式的激活态。
17.根据权利要求 15所述的用户设备， 其特征在于：
所述配置单元具体用于在对应前次的测量事件的网络配置的第一触发时间 已超时、 并且在 UE离开 DRX睡眠态的时刻， 启用网络配置的第二触发时间， 从而使第二触发时间超时之前或超时时刻的 UE 处于测量事件生成后的下一个 或下若干个 DRX模式的激活态。
18.根据权利要求 15所述的用户设备， 其特征在于：
所述配置单元具体用于在第一触发时间超时时刻， 根据网络为所述测量事 件配置的事件触发型的触发类型，将所述 UE上报测量报告的指示更改为当第一 触发时间超时， 立即上报测量结果。
19.根据权利要求 18所述的用户设备， 其特征在于：
所述测量事件的触发类型配置为事件触发型， 并在所述测量报告配置的对 应测量事件设置上报测量报告的指示。
20.根据权利要求 15所述的用户设备， 其特征在于：
所述配置单元具体用于为所述测量事件配置至少两个第二触发时间的定时 间长度， 所述至少两个第二触发时间分别对应覆盖范围大小不同的邻区， 以使 得所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间小于或等于 网络配置给测量事件的对应所述邻区的第二触发时间的定时时间长度， 从而使 所述第二触发时间超时之前或超时时刻的 UE处于测量事件生成后的下一个或 下若干个 DRX模式的激活态。
21—种网络设备， 所述网络设备在 DRX模式激活态下有测量事件生成， 其 特征在于， 包括：
下发单元， 用于向 UE下发测量参数， 使所述 UE在非连续接收 DRX模式 激活态下， 对服务小区和所述服务小区的至少一个邻区按照所述下发的测量参 数进行测量操作；
接收单元，用于接收 UE使用所述测量参数而得到的测量报告， 所述测量参 数为所述测量事件配置合适的触发时间的定时时间长度或测量报告的上报方 式， 以使得所述测量事件生成的时间点距离 UE前次离开 DRX睡眠态的时间小 于或等于网络配置给测量事件的触发时间的定时时间长度， 从而使所述触发时 间超时之前或超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模 式的激活态。
22.根据权利要求 21所述的网络设备， 其特征在于：
所述下发单元具体用于向 UE 下发包括第一触发时间的定时时间长度与第 二触发时间的定时时间长度的测量参数， 所述第二触发时间应用于在 UE 离开 DRX睡眠态的时间后的测量事件。
23.根据权利要求 21所述的网络设备， 其特征在于：
所述下发单元具体用于向 UE 下发为测量事件配置触发类型为事件触发型 的测量参数， 以使所述触发时间超时时刻立即上报测量报告。
24.根据权利要求 21所述的网络设备， 其特征在于：
至少两个触发时间分别对应覆盖范围大小不同的邻区， 以使得所述测量事件生 成的时间点距离 UE前次离开 DRX睡眠态的时间小于或等于网络配置给测量事 件的对应所述邻区的触发时间的定时时间长度， 从而使所述触发时间超时之前 或超时时刻的 UE处于测量事件生成后的下一个或下若干个 DRX模式的激活态。
PCT/CN2012/087362 2011-12-31 2012-12-25 一种对测量事件的测量报告进行上报的方法 Ceased WO2013097683A1 (zh)

Priority Applications (5)

Application Number Priority Date Filing Date Title
EP18172929.4A EP3425953A3 (en) 2011-12-31 2012-12-25 Method for reporting a measurement report of a measurement event
EP12862003.6A EP2787759B1 (en) 2011-12-31 2012-12-25 Method for reporting measurement report of measurement event
US14/318,984 US9374745B2 (en) 2011-12-31 2014-06-30 Method for reporting a measurement report of a measurement event
US15/158,309 US9913183B2 (en) 2011-12-31 2016-05-18 Method for reporting a measurement report of a measurement event
US15/875,123 US10517026B2 (en) 2011-12-31 2018-01-19 Method for reporting a measurement report of a measurement event

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN201110459643.9 2011-12-31
CN201110459643.9A CN103188724B (zh) 2011-12-31 2011-12-31 一种对测量事件的测量报告进行上报的方法

Related Child Applications (1)

Application Number Title Priority Date Filing Date
US14/318,984 Continuation US9374745B2 (en) 2011-12-31 2014-06-30 Method for reporting a measurement report of a measurement event

Publications (1)

Publication Number Publication Date
WO2013097683A1 true WO2013097683A1 (zh) 2013-07-04

Family

ID=48679611

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2012/087362 Ceased WO2013097683A1 (zh) 2011-12-31 2012-12-25 一种对测量事件的测量报告进行上报的方法

Country Status (4)

Country Link
US (3) US9374745B2 (zh)
EP (2) EP2787759B1 (zh)
CN (1) CN103188724B (zh)
WO (1) WO2013097683A1 (zh)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2015070208A1 (en) * 2013-11-11 2015-05-14 Qualcomm Incorporated Priority management of a measurement event timer and low-power period
CN112752332A (zh) * 2021-03-09 2021-05-04 华畅科技(大连)股份有限公司 基于NB-IoT通信协议栈的物联网系统休眠控制方法

Families Citing this family (16)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2014113023A1 (en) * 2013-01-18 2014-07-24 Nokia Corporation Inhibiting the transmission of measurement reports from a ue when a ue is in an|inactive mode and applies drx
JP2015220658A (ja) * 2014-05-20 2015-12-07 ソニー株式会社 装置
EP3248407B1 (en) * 2015-01-22 2025-02-19 Nokia Solutions and Networks Oy Improvement of coverage hole analysis
US10524186B2 (en) 2015-05-20 2019-12-31 Huawei Technologies Co., Ltd. Redirection method, device, and system
US20170026861A1 (en) * 2015-07-20 2017-01-26 Mediatek Inc. Measurement Enhancements for LTE Systems
CN107040956B (zh) * 2016-02-03 2021-07-30 中国移动通信集团公司 一种物联网中测量上报管理方法、终端及基站
EP3466154B1 (en) * 2016-06-07 2021-08-04 Telefonaktiebolaget LM Ericsson (publ) Mobility measurement initiation using a triggering link quality measurement signal
CN108810953B (zh) * 2017-04-28 2020-11-13 维沃移动通信有限公司 测量上报的处理方法、网络侧设备和用户设备
US10856163B2 (en) * 2017-07-07 2020-12-01 Lg Electronics Inc. Method for performing measurement and device supporting the same
CN112153669B (zh) 2019-06-28 2023-03-10 华为技术有限公司 数据传输方法、装置及设备
WO2022005355A1 (en) * 2020-07-03 2022-01-06 Telefonaktiebolaget Lm Ericsson (Publ) Ue and method for failure prediction
WO2022031389A2 (en) * 2020-08-01 2022-02-10 Qualcomm Incorporated Measurement reporting timing adjustments
US11877172B2 (en) * 2020-08-05 2024-01-16 Samsung Electronics Co., Ltd. Radio resource management and spectrum coordination
CN114585015B (zh) * 2020-11-16 2024-06-21 深圳市万普拉斯科技有限公司 一种测量上报方法、装置、终端和存储介质
CN115038147B (zh) * 2022-07-08 2024-02-02 海能达通信股份有限公司 信道扫描方法及相关装置
CN115696645B (zh) * 2022-09-27 2025-12-23 成都鼎桥通信技术有限公司 终端设备的触发方法、装置、设备及存储介质

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101656978A (zh) * 2008-08-22 2010-02-24 株式会社Ntt都科摩 动态指示用户设备改变非连续接收状态的方法及装置
WO2010104446A1 (en) * 2009-03-10 2010-09-16 Telefonaktiebolaget L M Ericsson (Publ) Dynamic time to trigger for ue measurements
CN102256321A (zh) * 2011-07-14 2011-11-23 新邮通信设备有限公司 控制非连续接收下终端小区切换的方法和系统

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP5174580B2 (ja) * 2008-08-19 2013-04-03 株式会社エヌ・ティ・ティ・ドコモ 移動局及び移動通信方法
FR2973032A1 (fr) * 2011-03-24 2012-09-28 Commissariat Energie Atomique Peptides aptes a former un complexe covalent et leurs utilisations
US9363717B2 (en) * 2011-09-14 2016-06-07 Telefonaktiebolaget Lm Ericsson (Publ) Triggering a handover process based on the activity of a connection
WO2013059999A1 (en) * 2011-10-26 2013-05-02 Renesas Mobile Corporation Flexible measurements in unlicensed band

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101656978A (zh) * 2008-08-22 2010-02-24 株式会社Ntt都科摩 动态指示用户设备改变非连续接收状态的方法及装置
WO2010104446A1 (en) * 2009-03-10 2010-09-16 Telefonaktiebolaget L M Ericsson (Publ) Dynamic time to trigger for ue measurements
CN102256321A (zh) * 2011-07-14 2011-11-23 新邮通信设备有限公司 控制非连续接收下终端小区切换的方法和系统

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2015070208A1 (en) * 2013-11-11 2015-05-14 Qualcomm Incorporated Priority management of a measurement event timer and low-power period
CN105706483A (zh) * 2013-11-11 2016-06-22 高通股份有限公司 测量事件定时器和低功率时段的优先级管理
KR20160083945A (ko) * 2013-11-11 2016-07-12 퀄컴 인코포레이티드 측정 이벤트 타이머 및 저전력 기간의 우선순위 관리
US9860804B2 (en) 2013-11-11 2018-01-02 Qualcomm Incorporated Priority management of a measurement event timer and low-power period
KR101942445B1 (ko) 2013-11-11 2019-01-25 퀄컴 인코포레이티드 측정 이벤트 타이머 및 저전력 기간의 우선순위 관리
CN105706483B (zh) * 2013-11-11 2019-07-02 高通股份有限公司 测量事件定时器和低功率时段的优先级管理方法和装置
CN112752332A (zh) * 2021-03-09 2021-05-04 华畅科技(大连)股份有限公司 基于NB-IoT通信协议栈的物联网系统休眠控制方法
CN112752332B (zh) * 2021-03-09 2024-03-08 华畅科技(大连)股份有限公司 基于NB-IoT通信协议栈的物联网系统休眠控制方法

Also Published As

Publication number Publication date
EP2787759A4 (en) 2015-07-22
EP3425953A2 (en) 2019-01-09
CN103188724A (zh) 2013-07-03
US20140313920A1 (en) 2014-10-23
EP2787759B1 (en) 2018-07-25
EP2787759A1 (en) 2014-10-08
US9374745B2 (en) 2016-06-21
US10517026B2 (en) 2019-12-24
US20160269950A1 (en) 2016-09-15
CN103188724B (zh) 2016-07-06
US20180146403A1 (en) 2018-05-24
US9913183B2 (en) 2018-03-06
EP3425953A3 (en) 2019-02-13

Similar Documents

Publication Publication Date Title
CN103188724B (zh) 一种对测量事件的测量报告进行上报的方法
US12127146B2 (en) Enhancing timing advance validity in preconfigured uplink resource for wireless networks
CN109309969B (zh) 在rrc空闲模式下控制测量处理的方法及其装置
RU2733219C1 (ru) Измерительное окно для повторного выбора ячейки в системе, использующей технологию "новое радио"
JP2022031847A (ja) 無線通信システムにおけるビーム管理のための方法及び装置
TWI596966B (zh) Energy-saving method in mobile communication system
CN107710858B (zh) 用于减少由于ProSe操作引起的服务小区中断的方法
KR101932984B1 (ko) 헤테로지니어스 네트워크 환경에서 단말기 관리 방법
WO2013113137A1 (en) Method and arrangement for rrc switching
CN103974460A (zh) 用于在WTRU中控制不连续接收的方法、WTRU以及eNB
WO2013013618A1 (zh) 小区更换的方法和设备
WO2015106543A1 (zh) 一种小区处理方法和装置
WO2012109922A1 (zh) 控制用户设备测量的方法、设备及系统
WO2014176780A1 (zh) 测量方法、测量控制方法及设备
CN115868243A (zh) 用于释放经配置授权资源的方法及设备
CN101827430B (zh) 一种寻呼方法及设备
WO2013044884A1 (zh) 无线连接重建方法、用户设备和基站
CN117750423A (zh) 预配置的测量间隙的激活/去激活
US20240172324A1 (en) Method, Apparatus and Computer Program Product For Controlling Device-to-Device Communication
CN105792298B (zh) 一种对测量事件的测量报告进行上报的方法
CN117082555A (zh) 一种测量配置方法及装置
CN102869082B (zh) 异构网中非连续接收方法
JP5327490B2 (ja) 通信システム、無線基地局装置、無線端末装置、通信制御方法および通信制御プログラム
CN119450813A (zh) 由用户设备执行的方法及用户设备

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 12862003

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

WWE Wipo information: entry into national phase

Ref document number: 2012862003

Country of ref document: EP