JPH0512293A - Weapon arrangement automatic computing system - Google Patents

Abstract

PURPOSE:To optimally automatically arrange a given weapon to plural weapon arrangement right position. CONSTITUTION:A weapon arrangement right place inputting device 1 inputs the weapon arrangement right place and stores it in a weapon arrangement right place file 4. A covering area is inputted from a covering area inputting device 2. Offensive power at respective weapon arrangement right places to protect the covering are analyzed by a weapon offensive power analyzer 3 and stored in a weapon offensive power file 5. The number of the weapons are inputted from a number of weapons inputting device 7, and the possibility of the predictive invasion route of an enemy and the offensive power of the enemy are inputted from a possibility of predictive invasion route/offensive power inputting device 6. Effectivity about interception ability in respective weapon arrangement plans is computed by an effectivity computer 8. Then, the arrangement plan of which effectivity is the largest as the result of computing effectivity with regard to the respective weapon arrangement plans is obtained from reading data in a weapon arrangement effectivity file 9 and outputted from a weapon arrangement extractor 10.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a firearm placement automatic calculation method, and more particularly to a firearm placement automatic calculation method capable of optimally automatically placing a plurality of firearms on a plurality of suitable firearm placement locations.

[0002]

2. Description of the Related Art Hitherto, there has been no means for automatically calculating the placement of firearms, and the operator has decided depending on his experience.

[0003]

The above-described conventional firearm placement method has a drawback that it takes a lot of time to determine the firearm placement in response to an increase in the number of firearms.

The object of the present invention is to eliminate the above-mentioned drawbacks,
By introducing a criterion for optimal placement, which is called quantitatively the effectiveness of firearm placement, the optimal placement of firearms is automatically calculated.
And to provide an automatic calculation method of firearm placement that calculates in the shortest time.

[0005]

The automatic firearm placement calculation method of the present invention comprises a firearm attack force analysis means for analyzing the firearm attack force centered on a protected area to be protected by a firearm at a plurality of set suitable firearm installation sites. Effectiveness calculating means for calculating the effectiveness of the intercepting ability in all the firearm placement plans based on the firearm attacking power, the number of firearms, the invasion possibility of the enemy's predicted invasion course, and the attacking power, and the effectiveness calculating means The firearm placement extraction means for extracting the one having the maximum effectiveness of the interception ability according to the firearm placement calculated in (4).

Further, in the firearm placement automatic calculation method of the present invention, the effectiveness of the interception capability is determined by the attack power of the deployed firearm that intercepts,
It has a configuration that is quantitatively calculated as a function of the difference between the invasion possibility of the enemy's predicted invasion path and the attacked risk expressed by the product of the attack power in that path.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram of an embodiment of the present invention.

The configuration of the present embodiment is such that a firearm installation suitable land input device 1 and a protected area input device 2 which constitute firearm attack force analysis means.
And a firearm attack power analyzer 3, a firearm installation suitability file 4 that files the input firearm installation suitability land, the following attack strength file 5 that files the analyzed firearm attack power, and a predicted invasion course that constitutes the effectiveness calculation means Possibility / attack force input device 6, firearm number input device 7, effectiveness calculator 8, as well as firearm installation suitability file 4 and firearm attack power file 5, firearm installation shared with the above-mentioned firearm attack power analysis means It is provided with a firearm installation effectiveness file 9 and a firearm placement extractor 10 which constitute extraction means.

Next, the operation of this embodiment will be described.

A suitable location for installing a firearm is input from the input device for a suitable location for firearm 1 and stored in a file 4 for a suitable location for firearm installation. In addition, from the protected area input device 2, input the protected area to be protected, and extract the suitable firearm installation site to protect this protected area.
The firearm attack power analysis 11 is performed on each suitable site for installing firearms, and the result is stored in the firearm attack power file 5.

FIG. 2 is an explanatory diagram showing an example of analysis of a firearm attack force. FIG. 2 shows an example in which 16 enemy invasion routes D1 to D16 are assumed at equiangular azimuth intervals centering on the protected area 100 to be protected. There are three suitable firearm installation sites 101A, 101B and 101C to protect the protected area 100, and the effective range of the firepower on the enemy invasion routes D1 to D15 of the firearms placed at these firearm installation points is set as the fire attack point. The range of the fire power connecting these fire power attack points is the firearm attack range 102. The thick line section represents the fire attack power.

The fire attack power thus analyzed is stored in the attack power file 5 below.

Predicted invasion path possibility / attack force From the input device 6, the effectiveness of the invasion possibility of the predicted invasion path and the attack power of the enemy invading along the path, which is separately grasped by a sensor system or the like, is calculated. The number of firearms is input to the calculator 8, and the number of firearms is input to the effectiveness calculator 8 from the number of firearms input device 7.

FIG. 3 is an explanatory diagram showing an example of the possibility of a predicted invasion course and the attack power.

In the example of FIG. 3, enemy invasion routes D3, D5, D
There is a possibility of invasion in 10 and D15 respectively. For example, in the enemy invasion route D3, the possibility of invasion is 40%, the attack power rating is 51, and in the enemy invasion route D5, the probability of invasion is 10%, attack power. The evaluation is 10. In this case, the attack power is evaluated by using the numerical value obtained by evaluating the enemy's attack power predicted based on a preset evaluation scale.

The product of the possibility of invasion and the ensuing attacking power of the enemy represents the risk of damage to the protected area 100 due to the attack.

Now, the effectiveness Q regarding the interception ability shown by the following equation (1) is calculated for all cases in the placement plan of each firearm, and the calculation result is stored in the firearm placement effectiveness file 9.

Q _k = α · Σ {ΣA _kij −βP _j B _j } (1) α, β: Coefficient A _kij : Firearm attack force P _j against the direction _j of the firearm _i in the placement plan _k : against the direction _j Possibility of enemy invasion B _j : Attack power of enemy against direction _j Note that Σ in {} is for all firearms _i , and Σ outside {} is for all placement plans _k .

The firearm placement extractor 10 rearranges the effectiveness in the placement plans of the respective firearms read from the firearm placement validity file 9 in descending order, and outputs the largest one as the firearm placement plan to be implemented.

In this way, the optimum firearm placement can be automatically calculated.

The above-described embodiment is only one embodiment of the present invention, and various modifications can be considered.

For example, a firearm installation suitable land input device 1, a predicted invasion path possibility / attack force input device 6 and a firearm number input device 7
Although each is configured as a single input device, it is obvious that it is also possible to configure these as a common input device or to appropriately combine them.

It is also obvious that it is possible to easily implement the firearm installation proper location file 4, the firearm attack power file 5, and the firearm placement effectiveness file 9 as a unified or a combination thereof. is there.

[0025]

As described above, the present invention is a quantitative scale called effectiveness which is set for each firearm placement plan based on the possibility and attack power of the enemy's invasion, and the attack power of the counterfire weapon. By evaluating the effectiveness of rebellion by introducing
There is an effect that the optimal firearm placement can be automatically calculated accurately and quickly.

[Brief description of drawings]

FIG. 1 is a configuration diagram showing an embodiment of the present invention.

FIG. 2 is an explanatory diagram showing an example of analysis of a firearm attack force.

FIG. 3 is an explanatory diagram showing an example of a possibility of a predicted invasion course and an attack power of an enemy.

[Explanation of symbols]

1 Firearm installation suitable place input device 2 Covered area input device 3 Firearm attacker 4 Firearm installation suitable place file 5 Firearm attack file 6 Possibility of predicted invasion path / attack force input device 7 Firearms number input device 8 Effectiveness calculator 9 Firearm effectiveness file 10 Firearm installed extractor 100 Covered Area 101A-101C Suitable location for firearm installation 102 Firearm attack range 103 Firearm Attack D1-D16 enemy invasion route

Claims (2)

[Claims] 1. A firearm attack force analysis means for analyzing a firearm attack force centered on a protected area to be protected by a firearm in a set plurality of suitable firearm installation sites, the firearm attack force, the number of firearms, and a predicted invasion path of an enemy. Effectiveness calculation means for calculating the effectiveness of the interception ability in all the proposed firearm placements based on the invasion possibility and attack power of the firepower, and the maximum effectiveness of the interception ability by the firearm placement calculated by the effectiveness calculation means. A firearm placement automatic calculation method comprising: a firearm placement extraction means for extracting a firearm placement. 2. The effectiveness of the interception ability is defined as the attacking danger expressed by the product of the attacking power of the deployed firearm that intercepts, the invasion possibility of the predicted invasion course of the enemy and the attacking force in that course. The automatic firearm placement calculation method according to claim 1, wherein the calculation method is quantitatively calculated as a function of the difference.