TW522704B - Phone array system - Google Patents

Abstract

The present invention is a phone array system, wherein the connection device of the client uses two intermediate devices provided by the present invention; the mobile phone array and the network package splitter are connected with the objects on the Internet; through these two medium, the packet routing method by the single connection multiple IP address (SCMIPA) disclosed by the present invention can be realized; and, by using the wireless communication networks from multiple telecommunication service provides, all the transaction packets can be cooperatively transmitted to achieve the object of doubling the bandwidth; wherein, the mobile phone array is configured at the client site, and the network packet splitter is configured on the Internet and provided with a legal IP address; furthermore, a dynamic control center can be configured as the coordination center for all the mobile phone arrays and the network packet splitters.

Description

522704

V. Description of the invention (1) [Application field of the invention] The present invention relates to a mobile data transmission system, and a special telephone matrix system can be applied to the current GPRS mobile communication system. On the mobile phone system (3G). σί1 pound, [Background of the invention] In today's communication networks, it can be roughly divided into two types: wired network and roadless. Users can use various wired access methods, such as the most copper fiber transmission today, which can be easily implemented in the future. Gain a bandwidth of tens of millions of bits per second (Mb, above. However, in terms of long-distance wireless access, due to the shortage of fs) radio frequency (RF) spectrum, non-marital interference from air interfaces, and more Due to reflection and other issues, the data transmission rate is quite different from the wired mode. As for today ’s mature GSM WAP service, its data transmission rate is about 9.6 kbps, so it can only be limited to simple message transmission, such as text messages, etc., and the second and fifth generation mobile phone systems are being implemented. gp R s, on the air interface between the hand μ and the base station, can only provide a transmission of up to 16 kbps = theoretical value of rate C). Even if the third-generation mobile phone system (Third Generation, 3G) is scheduled to be developed in the near future, the maximum speed at the speed of a vehicle can only obtain a bandwidth of 144kbps. For the above three wireless transmission systems, if the number of connected users in the same area increases, the internal network congestion of the telecommunications industry, the handover of the base station (Hand7ver), and the poor reception of the radio waves, the actual client can obtain "Throughput" will be discounted, and it will not be able to meet the minimum threshold of 348kbps for multimedia network transmission bandwidth. In terms of GPRS services, the telecommunications industry

522704 V. Description of the invention (2) -------- It is pointed out that the results of the actual test of the network performance, the average working speed felt, is about 20 ~ 30kbps. However, the above limitation of the transmission bandwidth makes the wireless communication system < reaching the same transmission bandwidth as the wired network, becoming unreachable = focus on one's heart, and whether there is an immediate and feasible increase Bandwidth solutions. Second, topics that researchers are eager to think about. 〃Become [Objective and Overview of the Invention] In view of the above-mentioned interim requirements, the purpose of the present invention is to provide a + 上 Ϊ Ϊ ί Ϊ, which uses multiple mobile phones in the system or is designed to: , Each mobile phone can get an operator ^ service provider = the highest transmission rate that can be provided, adding these bandwidths ^ to form a higher bandwidth. Therefore, the telephone matrix system of the present invention allows the user to obtain a transmission rate that is multiples of any current or future wireless access method. … The present invention also has a mechanism for detecting the data flow rate of the wireless communication path. The method can distribute the load from the connection evenly or unevenly to several different channels, and transmit the faster path. The heavy load-amount is used to control the time delay for the packet to reach the other party.

According to the technology disclosed by the present invention, the present invention provides a telephone matrix system 'including the following parts: a portable telephone matrix (M0b i 1 e A

Phone Airiray (hereinafter referred to as MPA), which is connected to at least one mobile communication device, which is wirelessly connected to a wireless communication service provider individually, so that the user's network terminal device (for example, a notebook type Computers, notebooks) can simultaneously use the data transmission services of the at least one wireless communication service provider through MPA; and

Page 5 522704 V. Description of the invention (3) Several network packet splitters (hereinafter referred to as NPS) are arranged at the hub of the network sink entrance of the at least one wireless communication service provider on the Internet In cooperation with the MpA of the client, it uses a single connection multiple IP address (Single Connection Multiple IP Address, hereinafter referred to as SCMI PA) to decentralize all the packets transmitted between the client and the destination. Transmission on up to several wireless routers to improve the bottleneck of a single path and increase the transmission rate. According to the ratio of the cable bandwidth available to the NPS location and the user's desired bandwidth. 'One NPS can serve multiple users at the same time, that is, multiple μ pas. When the number of MPA users rises, the NPS should be configured in the Internet. Online. Among them, the MPA can record the respective IP addresses of the plurality of NPS, and automatically detect the NPS of the best service location point, and implement SCMIPA with it to provide an intermediary for the destination of the user connection. Or 'Another situation is that the MPA portable phone matrix does not know the IP address of the NPS in advance, so the system of the present invention may further include a "Dynamic Control Center" (hereinafter referred to as dcc), It is set on the Internet and has a legal IP address. The internal database of the DCC contains the IP addresses of the multiple NPSs, that is, to understand the distribution of NPS on the Internet. When the MPA is turned on, it will first detect Measure the routing method of the wireless network into the Internet currently used by μρα and report to]) CC. According to its own database, dcc can determine the best at least one ν ps location to serve the MPA, and Reply to the MPA's IP address of these NPS. In this way, the MPA knows which Nps to cooperate with. When the MPA finds the best NPS to cooperate with, the two will use this issue.

522704 V. Description of the Invention (4)-Multiple Internet Protocol (丨 P) address of a single connection (s i ng) e

Connection Multiple ip Address (hereinafter referred to as SCMIPA) packet routing method to achieve the purpose of multiplying the bandwidth, which is in the process of network equipment to the destination "connection π, including the establishment of a connection, content packet transmission At the stages of connection and termination, the contents of the packet headers sent and received are modified. The goal of the modified packet is to force the packet sent by the client through the MPA to the NPS, and then the NPS forwards the destination to the destination and The returned packet will first be transmitted to the NPS 'and then forwarded from the nPS to the client on the MPA. For the packets between the MPA and the NPS, they will be transmitted through the wireless communication network of at least one telecommunications service provider. , You can achieve the purpose of multiplying the frequency ^ +; whether it is Transmission Control Protoco / Internet Protocol ^ TCP / IP or user packet protocol / Internet round robin protocol

Datagram Protocol / Internet Protocol, [jdp / ip) connection method is applicable. 7 More specifically, the SCM I PA method is that the NPS can connect to the Internet with at least one legal Internet Protocol (IP) address, and receive a "coordination message" from the MpA "'this single connection The packet group sent from different source Internet Protocol (IP) addresses (that is, via multiple mobile phones) in China is considered to be connected with the Transport Layer, and the packet group comes from the source The Internet Protocol (IP) address is changed to the legality of the network packet separator = Internet Protocol (IP) address, and then forwarded to the destination's Second International Protocol (IP) address, just like This connection is established by the NPS; if the destination sends a response packet back to the NPS, the NPS will send these packets / destinations

Page 7 522704 V. Description of the invention (5) The IP address is changed to multiple different IP addresses in turn (that is, the IP addresses of those mobile phones only), and the source IP address is changed to one of its own legal IP addresses. The address is then forwarded to the MPA. In order to achieve the above-mentioned SCMIPA routing method, two kinds of stops need to be added between the MPA and NPS packet headers. One is to connect a random number N: bit ": Since the idler on each wireless network will be different Do not implement ΓDa iP daily commission will modify the packet address ίρ address and port number, so that the packet arrives at the NPS day guard 'can't distinguish where the packet came from-the connection, so when the user opens a new connection, Μ ρ ΑThis connection #% value, NPS please ... This value is used to determine whether the packet connection is V 2-fixed = this block NPS can simultaneously serve ^ ^ connections from different MpA, and a " Real target Internet protocol: MPA informs NPS through this field. This connection address (RDIP) blocks NPS to forward packets from the client to the destination. In order to deliver different delays from different paths in turn, the present invention further proposes a method of detecting the ratio that may be generated and transmitting the path rate in an average or uneven manner during packet transmission. Use MPA or NPS to pass to each other through each transmission path. The receiver of the packet records the transmission rate of each transmission path at a fixed time. Packet mouth. ° It has a long life. Let the faster path transmit more packets, that is, the transmission rate. The features and implementation of the present invention are the same. The detailed description is as follows: The σ diagram is not the best embodiment. [Detailed description of the invention]

Page 522704 V. Description of the invention (6) — The system of the present invention may be referred to as a phone matrix system (ph ο ne Aray System, hereinafter referred to as PAS), which includes several main parts: a portable phone matrix (M0bi 1 e Ph ο ne Araray, hereinafter referred to as M PA), a network packet splitter (Network Packet Splitter, hereinafter referred to as NPS), and a dynamic control center (Dynamic Control Center, hereinafter referred to as DCC). The relationship between each part and its role, and the specific ways to achieve the purpose of the invention will be described in detail below. Μ PA is a client-side device. Each MPA can have a unique identification number, which is located between the mobile phone and the user's networked terminal device, and can be connected to at least one Internet protocol address (Internet protoco 丨 寺). Address (hereinafter referred to as IP address) mobile phone, or a special module for data transmission, through the Internet of each telephone system service provider to connect to the Internet to provide multi-path reception and transmission In addition to being used by a single user, it can also be converted to a local area network to provide multiple user devices with sharing bandwidth at the same time. With the cooperation of NPS, a single TCP / IP (Transmission Control Protocol) method can be used by using the "Single Connection Multiple IP Address" (SCM I PA) method proposed by the present invention. / Internet Protocol, Transmission Control Protocol / Internet Protocol) or UDP / IP (User Datagram ^

Protocol / Internet Protocol (user packet protocol / Internet transport protocol) connection, for example, a user opens a new HTTP / TCP / IP connection, connects to a distant website to browse the web, etc. Multi-path, multi-IP addresses, respectively through different telecommunications service industries

Page 9 522704 Invention description (7) The N = ?; of the present invention can be used to increase the speed of the single-connection transfer wheel. / 、 The IP address of the port is set at the home of the Internet: the hub of the service provider ’s network sink population, with the second address as its own packet, which can be used in conjunction with MPA, and There are multiple 0 0 Γ:] Ip addresses that are regarded as the same connection, and are accessed from the destination, and respond to the destination D packets. NPS will change them to different destinations = 81: 1〇11) 1 [) address, return to 1 through the network of various telecommunications service providers, that is, to improve the single-path rate limitation by wireless multi-path cooperative transfer. Enthusiast

2’MPA can provide at least one user network terminal device connection at the same time, and it can also forward at least one connection at the same time; MPA can cooperate with at least one NPS at the same time; NPS can also connect with at least one μρα at the same time. DCC is set on the Internet and has a legal 丨 ρ address. Record = there is the distribution location of NPS on the Internet; when any ΜρΑϋ is turned on, it will register and contact DCC with a unique identification number and detect On the current route, all gateway addresses of the Internet are reported back to DCC for judgment. The DCC queries its own NPS Ip address database, and selects multiple NPSs at the best locations, and reports the IP addresses of these NPSs to the MPA to provide MPA as the bandwidth doubling service for SCMIPA.

DCC will also receive periodic load returns and emergency overload notifications' of all NPSs as a reference basis for assigning N PS. In other words, when the load of a certain NPS on the network exceeds the threshold, a warning will be issued to DCC or at least _ MpA in cooperation with the Ministry '. After receiving MPA, it will preferentially use other standby Nps for service; DCC will receive Stop the assignment of n PS until nps returns a positive load

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V. Description of Invention (8) Often. Because the MPA is mobile, it will also contact the DCC regularly to update the best NPS address; and the so-called best npS judgment standards can have: (1) Nps needs to be located in the wireless network path used by the MPA to import At the hub of the Internet location, and as close as possible to the point of entry (2) NPS currently has sufficient bandwidth available. The PAS system discussed above can be deployed by providers that provide PAS services. Before a user connects to the Internet from an MPA, he needs to register with Dcc first. DCC can identify the user and report back to MpA the bandwidth service level that the user applied for. MPA will open the appropriate bandwidth to the user according to the user level. The system records the user's connection time or packet transmission volume as a basis for billing and can also report it to the client device for confirmation. In addition, PAS can adopt another implementation method, that is, the function of β c is integrated into MPA. Each different Nps address is recorded in the MPa ’, and the MPA alone determines the best Nps location and the service with which the bandwidth is doubled. In the following, specific embodiments of the present invention will be described: — The system architecture of the present invention is shown in "Figure 1". GPRS system 140 is the 2nd and 5th generation wireless network services, that is, 0 p R $ data service; in the "second", two telecommunications service providers are taken as an example, that is, there are two Telecom service providers, Operators A and B. Each telecom operator has its own internal IP backbone network, namely, the backbone of telecom operator A and the backbone U02, and the IP backbone of telecom operator B 1 4 0 7. MPA1 10 corresponds to two telecom operators' systems with two mobile phones 111 and 11 2 respectively. GPRS system 1 40

Page 11 522704 V. Description of the invention (9) The dynamic IP addresses allocated to the mobile phones 1 1 1 and 1 12 are: tpa and IP —b, and MPA1 10 can use network address translation (Netw. rk Address Translation (hereinafter referred to as NAT) method to share the IP-a of the mobile phone iii and the IP-b of the mobile phone Π 2 to at least one user terminal networking device 100. The user terminal networking device 100 may be a handheld personal digital assistant (PDA) or a notebook computer (Notebook). After the user connects to the 1MPA1 with the user terminal network device 100, the MPA 1 10 will assign a virtual IP address, that is, I p — nu to the user, and use P — mpa as this Local network entrances and exits. When MPA 1 1 0 is turned on, it first connects to the Internet through the two + paths pointed by mobile phones 1 丨 1 and 丨 丨 2, that is, path A, B, and the telecommunications service providers a and B. After 10, use its own identification number to register with Dccl30 and detect the IP address of each gateway along the way, and report it to DC c ί 3 0; DCC1 3 0 will query its own database to determine the best The NPS location point that can be served is NPS 120, and the IP address of NPS 120 is immediately reported, that is, IP — npsl to MPA110. This NPS120 is located at the hub where the telecommunications operators A and B connect to the Internet. Point, and near the entrance of the sink, in order to achieve the best performance. After the combination of NPS120 and MPA110 is established, MPA110 can be connected through the wireless network of the G P R S system 140 in the "Figure 1" and the wired network of the Internet 〇. In path A, the connection between N, PS12, and MPA1 10 passes through NPS120 (its IP address is ip-npsi), iSP12 'GGSN1401, IP backbone 1402 of electrical operator A, SGSN1403' BSC1404, and BTS1405, and finally passes Mobile phone 1 1; [contact MPA1 丨 〇; in path B,

Page 12 522704 V. Description of the invention (10): The connection between NPS120 and MPA110 has passed through NPS120 (its IP address is IP — npsl), ISP13, GGSN1406, Telecommunications Operator B-1? Backbone ”, SGSN 1 40 8. BSC 1 40 9 and BTS1410, and finally contact MPA110 via mobile phone 112. MPA11 and Npsi20 can simultaneously transmit all connected packets through these two paths a, β, that is, through the present invention The pAs does increase bandwidth. This PAS architecture is independent. In addition to the connection interface and communication protocol between MPAn0 and mobile phone ln and 11 2, the rest of the additional network protocols, data encoding, and wireless adjustment with wireless service providers. No change is related. As long as the architecture adopted by the wireless industry is compatible with the Internet protocol and the mobile phone has 12 IP addresses, the PAS of the present invention can be used regardless of the generation of wireless data services. Mobile phone protocols, such as GPRS, 3G, and even future 4G. PAS must achieve the goal of frequency multiplication through the SCMIPA mechanism proposed by the present invention. The following will specifically introduce SCM. P A: Shan SCMIPA is a kind of Communication It is located on the ιρ layer on both sides. When the final user opens a new connection, MpA will coordinate ⑽ ^, and access it to the destination on the wired network. A packet between A and S will be transmitted through multiple narrow-band wireless paths to compensate for the mismatch in speed between the wireless network and the wireless network. SCM 丨 pA can be used in existing communication protocols, such as TCP / IP or UDp / Ip, and achieve the purpose of doubling the bandwidth of these connections. At the same time, when PAS is used, there is no need to change the existing wired or wireless network communication system, and it can even be applied to future wireless or wired networks. Communication system. For the operation of TCP connection, it includes three stages: establishing the connection

Page 13 522704 V. Description of the invention (11) Phase, packet transmission phase and connection end phase. The SCM IPA mechanism between MPA and NPS will take some different approaches to the packets in each phase. If the connection method adopts the (^ / 1? Mode, then SCMIPA's operation is described as follows: During the connection establishment phase, the client network terminal device initiates a connection request packet to be located on the Internet through MPA The destination of the device is to establish a connection. 'The connection request packet is first routed to MPA. When MPA receives the connection request packet', a random connection number (c〇nnecti〇n Kand⑽Number, CRN), CRN is formed in a random and random way to represent the single connection this time. The MPA generates a connection for this single connection, and records σ. There are three entries in this connection record. , The content is the single connection: CRN entry, source address / port number entry, and destination address / port number entry ', where the source is the client network terminal device, and the purpose is For the destination network device, the MPA adds two new slots to the header of the connection request packet: a consecutive code (ConneCtlón Random Number, CRN) field, and ^ a factory to achieve the target Internet Road Protocol Address (RDIP) column & CRN fills in the CRN block, R Mountain 1 hits 10,000

RnTP, the IP address of the destination network device is filled in the RDIP shelf, and the post-binding, card research & ^ Τρ π find the destination IP address in the packet header. The inner valley is changed to the IP of the NPS. Address, also face μ ^ ^ „s is sending this revised connection request packet, divided into multiple hotline communication paths' repeatedly sent to the NPS, immediately in the content, changed to each path The source of the packet is in the 1P address field.

522704

IP address of the mobile communication device. The NPS received the reread packet header content from multiple paths, judged the CRN stop, and after the packet was decomposed, it generated a pen connection record. This connection pin f this single-link, and CRN entries. , Can be passed back and forth to the IP address of MpA: / fixed port 1 owed item Guangrong RIHP / port number item, and the port number item facing the destination = the item, "ί t, the CRN item and · / Port number item *, which can be obtained by any one of it's remote, h seeking packet, can be passed back and forth to the MPA only <

The item number can be obtained from the repeated connection request packet address / port number; designated by the connection number item facing the destination. S is 5am. As soon as the NPS connection record is established, Nps will modify the person = and forward it to the destination network device, and change the content of the IP address / port number field of the connection request to RD 丨P / Fu

The content is changed to the difficult address of NPS, the source bee number is changed to the address ^ address Shanxiang port number, and the CRN block and RDIP field are removed, and sent to the original format] = network terminal device A revised connection request packet, in the packet ^: Same as the client's network terminal device, this connection request is NPS:: from: another 0 When the client network terminal device responds to the connection request, it is NPS Send a response request packet. After receiving the NPS, the bee label of the packet will search for the port number page of the connection record established by itself-person, corresponding to the entire record of the single connection. At this point Nps can be obtained

Page 15 522704 V. Description of the invention (13): How to return the packet to the MPA. First of all, Nps will modify the contents of the packet header, and change the source and p address block contents to change; please; the IP address / port number of the package MPA: owe, learn that it is possible, the port number, this correction will be = number And the address / ^ ^, λ ^, and 7 mouths and 4 mouths of the monthly clothing packet are repeatedly sent to the MPA, and the second is: it can be transmitted back and forth to the MPA 1? Address / port number The number of recorded 'and only, l ^ ,, 叩 /, two to respond to the request of the response: / / port number, fill in the soul of the spirit of back and forth can be filled: port; 0 ;;; ; Γ: Remember Γ's different addresses / numbers' packets will naturally be routed to the fixed communication device of relative I; when MPA is received from multiple wireless and wireless communication paths to the two owed packages of J5: 2 The entire record of a single connection, at this time, the MPA is i and then the heart: the t packet should be forwarded to the client network terminal device i. ΓΓ4 = Γ terminal, out, ^ ',' original ρ address / port Enter the address / port number, destination IP address / port number, and IP address / port number of the destination network, and remove the CRN block address to remove the CRN block. :: Network Terminal Network Terminal Equipment Pass, like:,: only bayonet to the end user equipment like a direct response. & Explicitly request the packet to set up the last response packet for the destination network connection to be sent to the destination network device, and Mp and Kushiro terminal settings, like the connection request packet, should be sent at 4 destinations. On the square furnace that was processed by Feng Feng, repeatedly repeat the call to Ν Ρ ςl κ to ν 'evil line communication roads.' Since the connection record has been established, respond

Page 16 522704 V. Description of the invention (14) ~ The packet can be successfully delivered to the destination network. Also prepare 'to complete the connection establishment action. In the phase of sending connection data packets &, when the client network terminal device wants to deliver the data packet group to the destination network device, the MPA will add the CRN field of this single connection in the packet header and take turns to pass Only a few wireless communication paths are sent to the NPS. After the NPS receives the data packet group, it checks the CRNs in the packets and queries the CRN entries in the connection 17 records, with the goal of corresponding to the real destination of the packet. End network equipment, then modify the packet header content, remove the CRN field, and forward to the destination network equipment. Conversely, the data packet group to be delivered by the destination network device to the client network terminal device will be sent to the NPS first, and the NPS checks the destination number in the packet header 4 to query the face in the connection record. For the port number of the destination, use the CRN corresponding to the packet and the IP address / number that can be passed back and forth to the MPA, then modify the packet header content, add the CRN block, and follow at least one of the records. The wireless communication path is transmitted to the MpA in turn. After receiving the data packet group, the MPA checks the CRN separately, and inquires the CRN entries in the connection record 'for the purpose of sending packets to the user's network terminal device', then modifies the packet header content, deletes the CRN block, and forwards it to User network terminal equipment; at this stage, the packet groups to and from the two ends will be forced to route to MPA and NPS according to the connection record, and between the MPA and NPS || The communication paths cooperate to take turns to transmit and share the packet load to increase the transmission rate. When the connection is terminated, the network connection between the client network terminal device and the destination is the same as the destination route. The connection between the devices terminates the relevant packets, adopts the same principle as the connection establishment phase, repeats the delivery on the multiple wireless communication paths, and

Page 17 522704 V. Description of the Invention (15)-Disconnect the connection record. If the connection mode is UDP / IP mode, SCMIPA operates as follows: The client network terminal device sends a new connection data packet to be transmitted to the destination network device on the Internet through MPA; The line data packet is first routed to the MPA. When the MPA receives the connection data packet, it will generate a Connection Random Number (CRN) for this connection. The CRN is also formed in a random and random manner. To represent this single connection, MPA generates a connection record for this single connection. This connection record has three entries, each of which is for this single connection: CRN entries, source I p Address / port number entry and destination IP address / port number entry 'where the source is the client network terminal device and the destination is the destination network device. Then MPA adds two fields to the header of the connection data packet. A connection random number (CRN) block and a real destination IP address (RD IP) field will be generated. The CRN is filled in the CRN field, the IP address of the destination network device is filled in the RD 丨 p block, and the content of the destination IP address block in the header of the connection data packet is changed to the IP bit of the NPS. Address, and copy the revised connection data packet on multiple wireless communication paths, and send it to NPS repeatedly, where the source of the connection data packet on each wireless communication path 丨 p address The contents of the field 'are changed to the IP address of the corresponding wireless communication network assigned to the corresponding wireless communication network. After receiving the repeated connection data packet, NPS interprets the packet header

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Content, the packet is a record, can be used as well as the face item, the port number item in the packet is transmitted back and forth when the == CRN field value is the same. 'Understand these repeated connection data. There are four connection records in this record. ^, 'F generates a link to another W entry, the content is: CRN entry, IP address / port number entry returned to MPA, RDip / port number entry, port to destination Among them, both the CRN item and the RDip / port number can be obtained from the repeated connection data packet—the available IP address / port number of the MPA can be obtained from the repeated connection. The source IP address / port number of the line data is obtained, and the second to the destination end is specified by the NPS for the single-connection.

After the connection record is established, the NPS will modify the content of the connection data packet and the destination network device 'destination in the connection data packet. The content of the p address / port number field will be changed to RDIP / port number, and the source will be 1 bit. The content of the address is changed to the IP address of the NPS. The source port number is changed to the destination port number, and the CRN block and the RD IP field are removed, and an original format is sent to the client network terminal device. The modified connection data packet, the content of the packet is like telling the client network terminal device that this connection data is sent by NPS.

After the connection record is established, when the client network terminal device wants to deliver other data packet groups to the destination network device, the MPA will add a single connection CRN stall in the packet header and take turns to pass through it. Multiple wireless communication paths are sent to the NPS. After receiving the other data packet group, the NPS checks the CRN in the packet and queries the CRN entries in the connection record. The destination network corresponds to the real destination of the packet. Device, then modify the header content of other data packet groups, remove the CRN block, and forward it to the destination network device.

Page 19 522704 V. Description of the invention (17) Conversely, the data packet group to be delivered by the destination network device to the client network terminal device will be sent to the NPS first, and the NPS will check the destination port in the packet header separately Query the port number of the destination-facing port in the connection record. It is owed to correspond to the CRN of the outgoing packet and the IP address / port number that can be passed back and forth to the MPA. Then modify the packet header content and add The CRlN field, in turn, transmits to the MPA according to the multiple wireless communication paths in the record.

After receiving the data packet group, the MPA checks the CRN separately and queries the CRN entries in its connection records. The packet network destination device is then modified for the user ’s network terminal device. The packet header content is then modified, the CRN field is deleted, and it is forwarded to The user's network terminal device; at this stage, the packet groups to and from both ends will be forcedly routed to MPA and Nps according to the connection record, and between at least one wireless communication path between mpa and NPS Coordinated transmission in turn, sharing the packet load to increase the transmission rate. In the following, the three phases of TCP / IP connection establishment are illustrated with the illustrations: 1. The connection establishment phase The SCM I PA needs to cooperate with the client to establish a connection to the web server. The connection establishment phase includes three steps of packet transmission, the connection request packet (SYN Packet) initiated by the client, and the server's response; the request packet (SYN-ACK and the client's response packet in response) ACK Packet). The following will introduce how the present invention uses SfM I PA between MpA and Nps to establish multiple transmission paths for this single connection. Please refer to "Figure 2" for the first step of establishing a connection. That is, the client with the address IP_mi initiates a SYN packet (SYN begins with a connection request

Page 20 522704 V. Description of the invention (18) Packet) 160, the purpose of which is to establish a connection to the IP address of the retreating website address IP ws to browse the web page. The content of its packet header is- Connect "S〇UrCe.IP: IP-u source Port: 1045

Destination IP · τ p ^ MPA11〇 received · this packet W; — 8〇 ”machine value CRN = 1 2345, instead of / here, 'First create a connection for this connection with two mobile phones or call \ / ^ Connect, and configure all the packets connected to it, and establish; =, · 'and two ^, paths PathA, B, used to pass "for CR. 1 2 3 4 5 this connection destination is IP — ws, port number 80, will take turns to send all the routes to I p NPS120, which will be used to forward 'origin to IP_nu, port number 1045. I will use the two routes w — IP — a and IP — b. Packet, but I will send it first. Then, MPA110 uses its configured lp — a & Ip — b paths to repeatedly send the user's connection request packet to NPS1 2 0, so as to correspond to the two A new connection record is opened on the gateway of the mobile phone or communication module of telecommunications providers A and B. The packet header at pa ^ h A is changed to SYN packet 180: "Source IP: IP —a Source Port : 1045 Destination IP: IP_npsl Destination Port: 80 CRN: 1 2345 RDIP: IP_ws, the SYN packet in PathB 210 is q: r Source IP: IP —b Sou rce Port: 1045 Destination IP: IP—npsl Destination Port: 80 CRN: 12345 RDIP: IP—ws ”

P.21 522704 V. Description of the invention (19)-Among them, “There are two new random positions CRN (Connection Random Number) and RDip (Reai Destination IP address), which are used to Coordinating NPS1 20, there is a connection with CRN = 1 2 345, whose destination is IP — ws, so that NPS1 20 can correctly forward this connection packet; for this new stop, it will only be in MPA1 1 0 It is specified in the packet leading to NPS1 20, and it can be in a certain position, as long as it is not affected by routing, splitting, reassembly, and additional NAT mechanisms in the process. Since the network of telecom operators A and B may have Νττ functions 190, 2 2 0, after entering the Internet, the packet header is changed to SYn packet 2 0 0 in PathA: "Source IP: IP_a, Source Port : 1248

Destination IP: IP — npSi Destination Port: 80 CRN: 1 2 345 R DIP; IP —ws ”in PathB is changed to SYN packet 2 3〇:

Source IP. IP—b Source Port: 1345

Destination IP: IP__npsl Destination Port: 80 CRN: 12345 RDIP: IP—ws ”where the part of the source IP is changed to the position of its network entrance and exit and the source port number is reassigned to 1 2 4 8 and 1 3 4 5. When NP S1 2 0 receives the repeated connection request packets of these two paths, a complete record can be established: "For the new connection request of CRN = 1 2 34 5 is through 1? _3, / 1 248 And IP —b / 1 345, the real destination is lp — ws / 8〇,

Page 22 522704 V. Description of the invention (20) I will re-designate the source port (S 〇urce P 〇rt) to 1 0 2 4 to identify this connection 'Remove the CRN and RDIP fields, and use a standard connection request The packet is sent to the destination I P__ws / 8 0 ”, so the headers of the packets forwarded to Web Server are changed to SYN packets 2 5 0:“ Source IP: IP — nps2 Source Port: 1024

Destination IP: IP—ws Destination Port: 80 ”Just send one. 41 Please refer to the "Figure 3". When the Web server receives the message, its π responds to the request packet " (SYN-ACKP acket) 2 6 0. The opposite is the opposite. This is the second connection established. Step: "Source IP: IP—ws Source Port: 80

Destination IP: IP_nps2 Destinati〇nP〇rt: 1024 "After receiving the NPS120," DestinationPort: 1024 checked the record and found that it was owned by this new connection CRN = 1 2 3 4 5 and then repeated the packets from path A and B respectively. Return to MPA110, the packet header to pathA is changed to SYN-ACK packet 28 0: "Source IP: IP—npsl Source Port: 80

Destination IP: IP_a, Destination Port: 1248 CRN: 1 2 34 5 d Change to PathB to SYN-ACK packet 31〇: "Source IP: IP_npsl Source Port: 80

Destination IP: IP—b ’Destination Port: 1345 CRN: 12345 d. Note that the CRN field is added back at this time.

Page 23 522704 V. Description of the invention (21) When the MPA11 0 is transmitted, the packet of PathA is changed back to the SYN-ACK packet 3 0 0 by the carrier's network NAT function 190, 2 2 0: "Source IP: IP — npsl Source Port: 80

Destination IP: IP_a Destination Port: 1045 CRN: 12345 '' Change to PathB back to SYN-ACK packet 3 3 0: `` Source IP: IP_nps1 Source Port: 80

Destination IP: I P__b Destination Port: 1045 CRN: 1 2 345 ”

MPA110 was informed by CRN II 12345 that it responded to the connection request of user IP_nu, then removed the CRN and changed the packet to a SYN-ACK packet 3 5 0: "Source IP: IP —ws Source Port: 80

Destination IP: IP_nu Destination P〇rt: 1〇 45 ”It returns to the user terminal, just send one. The last step of connection establishment: "ACK Packet11" sent by the client is transmitted in the same way as "SYN Packet". During the connection establishment period, duplicate packets will be on paths A and b, except for coordinating NPS 120. You can also establish NAT records on the gateways of the two operators.

2. After the connection in the packet transmission phase is established, you can start to transmit the actual webpage packet. Please refer to Figure 4-5. "It is based on the records created by" Figures 1 to 3 "to explain the web server and the client. Packet transmission. Since Nps and MPA have established connection records, this connection record can be used as a modified packet

Page 24 522704 V. Description of the invention (22)-Basis for routing. Please refer to "Figure 4". The packets c 3 60 and D3 70 sent by the server end will be sent to MPA110 from different paths A and b by NPS120, and then forwarded to the client end by MPA11〇 ( The sequence is: packet ㈡⑼, packet C38 0, packet C40 0, packet C440; packet D3 70, packet D410, packet D430, packet D450); similarly, in the "Figure 5", the client responds to the feed server. Packet A 4 6 0, packet B 4 7 0, M PA 1 1 〇 will also change them from different paths A, B to NPS120, and then NPS120 to the server (in order: packet A4 6 0, packet A48 0, packet A 5 0 0, packet A5 4 0; packet B4 70, packet B510, packet B5 3 0, packet B 5 5 0). Send and respond to the packet + repeatedly until the web page is downloaded. Note that the packet between NPS1 20 and MPA1 1 0 will be added to the CRN field. This is because the NAT mechanism on the broadcaster's network will modify the IP address and port number of the packet, so the new block CRN plays a specific role at this time. In addition, the CRN also enables the NPS120 to simultaneously serve different connections from different MPAs and different users. Third, the termination of the connection phase between the client and the server related to the connection termination of the packet, MPA and NPS will also let them pass through each path as if the connection phase, to remove the gateway on the path The device ’s NAT record, after completing the evaluation, a and NPS will also remove the record of this connection itself. In the process, the packet groups that actually carry data are transmitted in turn by paths A and B between NPS12 0 and MPA110 to increase the wireless network transmission rate by twice. At this time, the packets on NPS120 and MPA110 only need to join the CRN to

Page 25 522704 V. Description of the invention (23) Just identify a specific connection. The aforementioned SCMIPA mechanism between NPS120 and MPA110 enables-to detect their presence; and for web feeders, agents who are not users please call me. Xiao Hu ^ She missed In addition, the MPA110 mentioned above can be added with a link to the bank according to the bandwidth requirements, @ is not limited to two mobile phones. When the number of mobile phones: ° more, the present invention can cooperatively carry connection packets through more paths, in other words, it can overcome the problem of bandwidth mismatch between the wired network and the wireless network, so that the client can obtain More bandwidth. For PAS systems using different numbers of mobile phones, the way of coordination and connection can be analogized by the methods described above. Large, however, because of the uncertainties of the service quality of the telecom operator used by each phone and the number of users at the same time, the transmission rate of each transmission path is often different, that is, each The data flow rate of the wireless network will be different. If different speeds = packets of the same load and summer are transmitted, the problem of packet delay will occur at the receiving end. Therefore, in order to overcome the problem of possible delays, the present invention adopts a method of ^ or uneven distribution, which allocates different ones on different paths, ^ ^ That is, for paths with faster data circulation rates, more allocations are made. Packets, packets, and packets with a slower data flow rate can be assigned fewer seals to achieve the goal of controlling delay and increasing transmission efficiency. And, the method of the air flow rate of α α road is as follows: First, ‘MPA passes through all available wireless paths and simultaneously

522704 V. Description of the invention (24) ^ M ------; NPS delivers N * M equally spaced test packet groups, each path cuts a test packet

^ M> —N. Based on the receiving conditions of these test packets, NPS can recommend MpA to adopt the load distribution ratio on each path of Tong S. The same construction rationale NPS will then return N * M test packet groups to MPA, MPA Based on the reception of these test packets, the NPS can also recommend the load distribution ratio adopted on each path from NPS to MPA. First, please refer to "Figure 6" to detect the unintentional data flow rate of the wireless communication path. It is sent from the MPA1 10 terminal. Among them, N = M = 3, that is, there are three paths between MPA110 and NPS120: paths A, B, C, and ΜρΑΐι〇 alternately send dense and equidistant test packets X and X in the order of paths AB-CABC two as follows: First packet Pa561, second packet Pa5 62, and third packet Pa5 63 of path A, first packets Pb571, ^ and second packet Pb5 73 of path B, first packet Pc581, second of path c

Pc582 and the third packet pc583. In JL, the seal is 0 to Tspace. The time interval between medium and medium packets is fixed. From the NPS1 20 end, no matter which path is received first, from the first test packet, a time slot (, when the time arrives, 'analyze the path's The packet '7 volume, ^ right rate, and then advise the other party on each path: the phase rate is used, as described in "Table 1". * The result of "Table 1" is 1%, in the time slot Here, the nine packets of the two paths are equally distributed: the average distribution ratio; in condition 2, one is done, so you can use ¥, two paths to 2 packets, which means that 3 packets are received, the path. Received ": ：:: ， Receiving can adopt the packet distribution mode of 2: 3: 1. The rest can be deduced by analogy, please refer to 522704

NPS120 can also send N * M test packets to MPA110, MPA1 1 0 can also use the same principle, and use the same principle to propose packet allocation to NPS120. ^ ^ ^ ^ It can be MPA1 10 or NPS120, and the timing of the launch can be dynamically adjusted when a certain link is newly opened or in the process. In the example of “Drawing 4 * Figure 6” and “Table 1”, M = 3, the smaller the measure of the data flow rate ratio when the value of M is compared with that of the second one, the more true it can be. The transmission capacity of the road is empty; but it is also relatively wasteful of bandwidth and time. After the implementation of the method of detecting the data flow rate of the communication path, MPA1 lj and NPS120 both know the load distribution ratio of upload and download of all paths. When the packet is connected, if MPA1 10 or NPS120 detects that the ratio of packets received on a certain route is significantly lower, it should promptly notify the other party to reduce it and stop the load distribution of the path as an adaptive adjustment. ; You can also re-start the rate test packet group in the early stages or when the channel deteriorates to find the best transmission efficiency. There are three steps in the above method: Step 1: MPA110 sends a test packet group to NPS120. Step 2: The NPS1 20 sends a test packet group to the MPA1 110, and by the way, recommends a load distribution ratio of "MPA- > NPS" to the MPA110. Step 3: MPA110 proposes to NPS120 the load distribution ratio of "NPS- > MPAn. Due to the packets required during the TCP connection establishment period: syn, SYN-ACK, ACK, it is exactly the same three steps in the same direction, and in NpSi 2 〇With

Page 28 522704 V. Description of the invention (26) Repeated delivery on each path ’So if you need to detect the flow rate, you can test it in parallel during the connection establishment period. Alternatively, the test can be performed first when DCC130 assigns appropriate Nps to MPau0. Therefore, in practice, during the connection establishment phase, each path rate can be detected along with the packet rate, and it is recommended; or 'the best NPS can be assigned to the MPA at DCC, immediately = rate estimation and allocation recommendations To be used as a basis for subsequent distribution of connection packets. = Square, in the packet transmission phase, the packet load transmitted by each path can be distributed according to the above-mentioned average or unevenness. In the w. ,, " device, after the connection is established, due to the sliding window (S 1 idi ng field, made by ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, and while the server = ^, have not received a response) After the packet is sent, the web server will only continue to send the next packet, so it is very important that the path rate detection of each connection and the path of the packet =: = be smooth. Here, make sure to reach the other end in the same order, otherwise, it will affect the value of the whole packet; n Xuan β ~ ^ transmission rate. Therefore, this kind of average or uneven knife method can effectively improve the delay problem in the transmission path. Νρς // The SCMIPA of the present invention is implemented in the form of independent hardware devices: MPA and M. For private use, as long as the MPA and NPS are implemented by the SCMIPA method, Li A can still be implemented. More worth mentioning-the point is that the way of Gula, Λ, and Tun software is directly reached at the two endpoints that communicate with each other, that is, m〆 includes the SCMIPA layer and uses: software communication protocol layer on the f-way device Nakado, Kushiro terminal equipment directly connected to multiple mobile phones

522704 ——-—.—_ V. Description of the invention (27) or data module, and obtain a number of different ^ The protocol layer also includes the SCMIPA layer. When using IP addresses, the server, = user mind The system will establish _ ^ to the packet 1 server to establish the line transport service, and the server will understand the various paths after receiving: the repeated addresses (multiple reachable paths and reverse Send 2 ^ multiple MN-ACK packets, and Αα sends them repeatedly:; up =: mechanism will spread the packet group to = send, you can reach: single J packet group will also be scattered in each direction Cry J So ":: the purpose of connecting multiple paths to multiply the bandwidth, transmission-connection, bandwidth The system and technology provided by the second force invention can achieve the single purpose of the present invention; the second purpose. — Used to limit On the issue date ^ U ’s preferred embodiment is disclosed as above, but it is not within the spirit and scope. Any person skilled in the relevant art can make some changes and retouch without departing from the patent protection scope of the present invention. The inventor shall prevail. Ignore the definition of the scope of the patent application attached to this specification. &Quot; iff · page 30 522704 Note 1 FIG. 1 is a structural diagram of a specific embodiment of the telephone matrix system of the present invention; FIG. 2 is a schematic diagram of a connection request packet of the present invention transmitted from a client to a server; FIG. 3 is a response request of the present invention The schematic diagram of the packet transmitted from the server to the client; Figure 4 is the schematic diagram of the data packet of the present invention transmitted from the server to the client; Figure 5 is the response data packet of the present invention transmitted from the client to the server Schematic diagram; Figure 6 is a schematic diagram of the data flow rate of the detected wireless communication path of the present invention; and Table 1 is a schematic diagram of the data flow rate of the detected wireless communication path of the present invention. [Illustration of Symbols] 10 Internet

12 ISP

13 ISP 100 user terminal networking device

110 MPA 111 Special module for mobile phone or data transmission 112 Special module for mobile phone or data transmission

120 NPS

130 DCC

Page 522704 Brief description of the diagram 140 GPRS system 1401 GGSN 1402 IP backbone of carrier A 1403 SGSN 1404 BSC 1405 BTS 1406 GGSN 1407 IP backbone of carrier B 1408 SGSN 1409 BSC 1410 BTS 150 server 160 160 SYN packet 190 Path A NAT function 200 SYN packet 210 SYN packet 220 Path B NAT function 230 SYN packet 250 SYN packet 260 SYN-ACK packet 280 SYN-ACK packet 290 Path A NAT function 300 SYN-ACK packet

Page 32 522704 Schematic description 310 SYN-ACK packet 320 NAT function of path B 330 SYN-ACK packet 350 SYN-ACK packet 360 packet C 370 packet D 380 packet C 400 packet C 410 packet D 430 packet D 440 packet C 450 packets D 460 packets A 470 packets B 480 packets A 500 packets A 510 packets B 530 packets B 540 packets A 550 packets B 561 First packet Pa 562 Second packet Pa 563 Third packet Pa 571 First packet Pb ❶ < 1

mw

Page 33 522704 Brief description of the drawing 572 The second packet Pb 573 The third packet Pb 581 The first packet Pc 582 The second packet Pc 583 The third packet Pc ACK Packet Acknow1edge F1ag Packet BSC Base Station Control Center

Controller) BTS Base Tower System CRN Connection Random Number

Number) DCC Dynamic Control Center DIP Destination IP Address DPR Destination Port Number

GGSN GPRS Asking Support Point (Gateway GPRS

Support Node) HTTP HyperFile Transmission Protocol

Pro toco 1) ISP Internet Service Provider

Provider)

MPA NAT NPS Mobile Phone Array Network Address Translation Network Packet Splitter

Page 34 522704 Schematic description of Splitter) Pa Packet a (Packet a) Pb Packet b (Packet b) Pc Packet c (Packet c) SCMIPA Single Connection Multiple IP Address SGSN GPRS Service Support Serving GPRS Support Node SIP Source IP Address SPR Source Port Number SYN-ACK Packet Response Request Packet (8 乂 11 (:) 11: 〇11126- Acknowledge Flag Packet) SYN Packet Connection request packet (Synchr ο nize F 1 ag Packet) Tspace The time interval between two adjacent packets when continuously sending out rate detection packets

Page 35

Claims (1)

522704 VI. Scope of patent application 1 · 5 pack matrix system (Phone Matrix System, PAS), which is used when the user and the network terminal equipment are connected to a destination network equipment to communicate with each other. The transmission bandwidth is doubled, at least including: ^ a portable phone matrix (Mobile Phone Array, MPA), the client network terminal equipment uses the portable phone matrix to connect with at least, automatic communication devices, the At least one mobile communication device is wirelessly connected to the same or different wireless communication service providers individually; allowing the client network terminal device to simultaneously enable at least one wireless communication service provider through the portable telephone For data transmission services, a single connection multiple Internet Protocol (IP) address (s 1 ng 1 e Connection Multiple IP Address' SCMIPA) packet path = At least one wireless communication path transmits all connected packets at the same time, and = several networks with legal Internet Protocol (IP) addresses; " l :; Work PaCke t S ^^ ter, NFS), ★ ♦ Try to connect to the Internet portal of at least one wireless communication service provider :: cry f: When the mobile phone matrix is turned on, the network packets are combined with the plurality of network packets; Γ 可The protocol of the portable telephone matrix; the packet routing method of the network protocol (IP) address: in heavy network = set up to form a single connection with the destination network equipment: when the first connection packet group is sent, the The portable electronic device transmits the first connection using the at least one wireless communication path: ;; ::: On page 36, the scope of the patent application ____ Λ ,,, and the same packet separation cry, after the packet group will be forwarded to the _ Zhou Road packet separator received the first-connection device reversely seal the network ° " Eight network devices; a network packet separator is set up on the destination network to receive the packet. When the second connection packet group is output, the wireless communication path will be; after the first packet group, After using the at least phone matrix, the ft group is transmitted back to the portable type, and then the chain # 5Γ type private array receives the second connection packet group 2 and transfers it to the delta network client terminal device. The telephone matrix system described in item 丨 of the patent scope of Thailand ^, the portable H matrix system records the Internet ^ (2) addresses of the plurality of network packet separators, and detects the best service point by itself. The network packet separator. 4 G • The telephone matrix system described in item 1 of the patent application scope further includes: A Dynamic Control Center (DCC), which is located on the Internet and has a legal Internet Protocol (ί P ) Address, the dynamic control center records the Internet Protocol (IP) addresses of the plurality of network packet separators; the portable telephone matrix (MPA) 6 actively detects its routes to the gates of the Internet The Internet Protocol (IP) address of the router and the analysis by the dynamic control center to determine the Internet of the network packet separator in the at least one optimal location that cooperates with the portable phone matrix The address is agreed and reported to the portable phone matrix. The portable phone matrix understands the network packet separator that can be used to jointly implement the single connection multiple Internet Protocol (IP) address. Packet routing. 4 · The telephone matrix system described in item 1 of the scope of patent application, the portable Page 522 704 The telephone matrix can be built in the client network terminal equipment or the mobile flood device. Users can increase or decrease the number of connections of the mobile communication device according to the bandwidth requirements. 5 · The telephone matrix system described in item 1 of the scope of the patent application, the single connection is the network model (DOD) of the client network terminal equipment One of the application layers (Appl 1 cat ion Layer) is a Transmission Control Protocol / Internet Transmission Protocol (Transmissi〇n Control Pr〇t〇c〇i / internet Pr〇t〇c〇1, TCpnp) 戋 User packet protocol / Internet round robin protocol (User Datagram P, y0t0C0l / Internet Protocol, UDP / IP) connection method, and sub-network communication with the destination network device with the same protocol layer. < 1 6 · According to the telephone matrix system and system described in item 丨 of the scope of patent application, the portable electric moment j (/ MPA) and the network packet separator (Nps) system can mutually cooperate with each other. Carry out the single-link two-way two-party f4 connecting multiple Internet Protocol (IP) addresses: that is, make the portable through the ^ ^ σ 卩 mobile communication device connected to the portable telephone matrix (MPA) Phone matrix (MP A) ^ obtain at least one routable Internet Protocol (IP) address, respectively two, on the at least one wireless communication path, by modifying the packet header of the second f packet group in the path F1 = the packet group, scattered on the network of the at least one wireless communication service provider between the portable telephone matrix and the network envelope t ': The telephone matrix system described in item 6 of the scope of interest, the network is blocked from σσ 仏 by at least one legal Internet Protocol (I ρ) address. Page 38 522704 VI. Scope of patent application __ Connect to the Internet, and receive the portable coordination message, and send the same source Internet Protocol (IP) address from the second array in the single connection = ^ = An inconsistent transport layer of the call matrix ⑺ans— Layer) connection, /, \ ^ pack ^, which is regarded as the same-origin Internet Protocol (IP) address changed to the network packet f. To the Internet Protocol (IP) address, and then forward the combined Internet Protocol (IP) address; if the purpose is: net :::: When the network packet separator is used, the :: redundant: device will set the response of the response packet group @ 2 as the difference between the two, which is the difference of the portable phone matrix: second-rate () = 1, Asia will reply Μ The source Internet protocol (:) address of the packet group is changed to one of the network packet separators. ⑽ The address is then forwarded to the portable phone matrix f, "Internet Protocol 8. The telephone matrix system described in item i, 6 or 7 I-f ‚Multi-Internet Protocol (ιρ) address packet routing method 'Two to ΐ A single connection between the portable telephone matrix and the network two勹 The operation between the splitters, when the single-connection agreement, the Internet transmission protocol (TransmisslC) n protocol / network T two co ::: ernet Protoco1 (TCP / IP) to connect, is to establish a connection The phase, packet transmission phase, and connection termination phase operate. The method includes the following steps: Generate a random connection number (Connection Random Nun ^ er (CRN), which is formed by the portable phone matrix in a random and random way during the connection establishment phase of the ticket, and represents the ticket. Page 522 704 When a connection is made, the portable telephone matrix and the network are identified by the connection random number; the single connection is identified by a random number; the dagger 77 is connected to the portable packet group with the connection. , Π, ww w 回 颗 curse: — (Connection Rand〇m Number (CRN) block and _ ^, blunt Internet Protocol Address (RDIP) field, the portable, emperor ’s consistent goal When the network packet separator sends out a packet, it is in the connected place; step / soil = the random number of the connection is filled in the random number field of the connection. : Set the IP address in the real target Internet, = () address field; when the network packet separator sends packets to the network, the connection is: The moment code is filled in the random number block of the connection.随机 The connection random number ^ generates a client connection record in the portable telephone disk 陲 connection record in the network seal matrix and one item includes:-The connection random number: Lilier end connection Line record address / port number entry, and of the Internet protocol of the Internet, the source of the Internet protocol ~ the Internet protocol address / port number entry generated by the tongue matrix and the destination device The packet sent in the packet is the random number of entries received by the client's network terminal. The destination connection record of the: f destination includes: the Internet Protocol address / 槔 returned to 忒 Portable Agreement address / port number entries of the telephone matrix 々 虮 J, times, one of the real target Internet, and one port number of the destination, 522704 VI. Patent application scope = = follows: number entry Both times can be obtained from the portable phone matrix,: ΐϊ ,: of the connection packet group sent from the router to get the packet Γ2Γ road packet f router sent from the Internet protocol ^: 〃 Back to the network of the portable * telephone matrix Mobile phone matrix to the Internet :::, the different packets in the connection packet group are sent by the network packet separator for the single early / early use of the mini phone on the portable phone matrix Jacket 疋 and the two-way communication installation path formed between the device and the network packet separator, the portable phone seal (one line connection = stop connection phase to repeat 夂 = device = 1 packet phase Packets are assigned in turn and f is transmitted: None; ;;:; The corresponding packet group is transmitted to the other party, each according to its use; the end JU㊣ matrix and the network packet separator are established by a single connection. , 17 record and the connection record of the destination end to find out the formula. At least one router IIS of the wireless communication router; the telephone matrix system described in item 丨, 6 or 7 is related to the single 3 = route Protocol (IP) address of the packet route 'by the way, between the separator operation, + 2 ϋ 亥 亥 portable telephone matrix and the network packet Internet transfer: ^ early-the connection is through the user packet protocol / USer Datagram Page 41 522704 VI. Range of patent application (Pr 〇t 〇c ο 1 'UDP / IP) when connecting, this method includes the following steps: Generate a connection random number (CRN), which It is formed by the portable telephone matrix in a random random manner in the generation stage of the single connection to represent the single connection. The portable telephone matrix and the network packet separator are based on the random number. To identify the single connection; κ separates the two systems from the mobile phone matrix and the network packet, and adds two new bits to the header of the packet group:-connection random number (〇nnect1〇n Random Number, CRN) to block the Internet Protocol Address (RDIp) block, which can be inserted into the connection with: == 2 ', the random number of the connection will be filled in the bluff field. And when the connection is initiated, enter it! ί ^ y :: Internet Protocol (IP) address of the Kushiro device. Packet separation; on the fixed (; p) address field; on the network position. Fill the remote connection random number into the end connection record of the connection random number block at = T recorded in the portable phone matrix and one item includes the connection packet: the ionizer, the client connection record address / port Item number, ^ Code item-Internet source item of the person source 'where the connection and -π destination of the Internet protocol address / port number, the source of the Internet protocol two' or code is from 5 The portable telephone matrix generates the "Kushiro Protocol Address" item and the purpose Page 42 522704 VI. Known from the packet sent by the Internet Protocol address / port number device of the patent application: the user terminated the random number entry,-available; item ^ connection record Including: the connected Internet protocol address / 璋 =, uploading the protocol address / port number entries, and — ^ 1s ^ Internet, where the connection random number entries can be fired by a tiger ,; The: ;; The connection seal sent by the packet separator :! = Matrix The matrix of the portable phone to the person can be obtained from the first packet of. . The obtained Internet Protocol address / port entry of the connection sending matrix is returned to the portable phone call matrix to separate the network packet from the network packet. The different port number entries in the §Hai3 connection packet group of the same source Internet protocol bit number were transmitted by the network. . = He is assigned to the destination; and the knife is for the connection between the portable telephone matrix and the network packet separator used by the first connection = ^ — the mobile communication communication path, the Portable phone matrix fish ^ = One packet sent by at least one wireless communication link repeats the packet separator, and when transmitting other packets, it should alternately pass through each path through the at least one wireless To the other party, during the transmission process, the packet-to-packet transmission splitter is based on the user's mountain ^. The matrix and the network packet record detect the at least one established by the single connection. ;: = ;: _ 14 Page 43 Heart Z / U4 VI. Patent Application Scope Routing. 1 〇 As for the patented telephone matrix system of a portable telephone matrix operator, in which the wireless communication network: η: the remote can detect at least two connected packet group data ^ pass rate ratio, will be from The single-connection ^ 5 ^ is transmitted to the other party on the two wireless communication networks ^ f in an equal or uneven distribution manner. • The average u points of the telephone matrix system described in item I ::: 10, the uneven packet. " 'It is due to the fact that the data circulation rate is faster and the path is allocated more. 12 ::: ί: The telephone moment drop system described in item 10, in which the detection of two wireless communications by the monk to V includes the following Steps: According to the M-pass rate ratio, the portable telephone matrix is transmitted through the at least path: at the same time, the network packet separator is transmitted to the network packet separator at the same time, two, Λ ", N is equal to the at least two wireless destinations, M System 1 is the number of test packets on each path. M is greater than or equal to when the network packet separator receives the test packet [from you, the first test packet, take a time slot (Time § to the time of arrival Time, analyze the number of time slots of the wireless communication line to get a rate ratio, and then recommend the collectible array, and the rate of packet separation in the portable phone matrix leading to the network packet. The telephone number described in the range of item 丨 0, here, and in which at least two wireless communication paths carry a cover two, and that's right. "Bar & distribution ratio 13. Page 44 The following steps: 522704 / 、, the same packet is transmitted through the at least two wireless communication paths, and at the same time, an equal-spaced test packet group is delivered to the portable telephone matrix / where N is equal to the at least two wireless communication paths The number, M # is the number of test packets on each path, M is greater than or equal to N; ^ When the portable phone matrix receives the test packet, it starts from the receipt of the packet, and takes one time slot (me slot) At the time slot guard = arrives ¥, analyzes the packet connection of each path of the wireless communication path = volume, and has obtained a rate ratio, and then it is recommended that the network packet separation is as follows, in the network packet separator to the portable Telephone Moment: The distribution ratio of packets carried on each path of two wireless communications μ 14 5 = = telephone matrix system described in item 1 After this distribution ratio, if the actual connection packet is received: Suggest a new allocation ratio. "Testing road closures: the telephone matrix system described in item 1 or 3 of the patent patent, 卞 = the packet separator will periodically or to the dynamic control center α: Hai network operation status and load ~ ~ α β a emergency report ~ Ziqi Yijie said, 'Xi Zixun', the tragic control center uses :: ,,,,,,,,,,,, :: Read matrix; when the Internet is trawling / "portable phone P. 45卩 垓 The load of the network packet separator exceeds the door 522704 6. The scope of the patent application =: That is, a warning message is issued to the portable telephone driver in the dynamic control center or the connection, and the portable telephone matrix receives After the warning :: After that, it will use other network packet separators to serve; '= the control center will stop the assignment of the network device after receiving the warning message, until the network packet The splitter report contains normal information. The phone matrix system and system described in the magic item of the range of interest is described in the following paragraph. The client terminal #crime 2 is prepared as a handheld personal digital assistant (PDA), ~ pen ^ Telephone ^ (NoteBook), a personal computer (PC), the three of them are optional 17. As described in the patent scope of the phone number = phone matrix can be simultaneously with at least a portion of the network package ㈣ ^ Equation 18. ϊγ = range, the telephone matrix system described in the item, the network seals: ° Sameday Mori provides at least one service of the portable telephone matrix 19. :: 1; $: blunt the first item The telephone matrix system described above, the mobile communication 20 σ clothing is a mobile phone or a module with a data transmission function ^ The telephone matrix system described in item 1, 6, or 7 of the patent scope, the portable $ phone matrix can be built into the network terminal device of the client, and the implementation of the same method of authority or hardware is the same. Functions · The network packet can be built into the destination network device and perform the same function in software or hardware; the client network terminal device and the destination network device Single-connection multi-internet 522704 VI. Patent application route routing (IP) address routing method; the client network terminal device can also implement the single-connection multiple Internet protocol with the network packet separator located on the Internet ( IP) address routing method. Page 47