JP2008151484A - Enemy situation determination support system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an enemy situation determination support system for appropriately determining the situation of an enemy in a battle. <P>SOLUTION: The enemy situation determination support system comprises enemy position specifying devices 11, 12 specifying the positions of an enemy; ally position specifying devices 13, 14 specifying the positions of an ally; transmitters 21, 22 transmitting the positions specified by the enemy position specifying devices, as enemy position information; transmitters 23, 24 transmitting the positions specified by the ally position specifying devices, as ally position information; receivers 31-34 receiving the enemy and ally position information; a map plotting device 41 plotting and displaying the enemy and ally positions on a map based on the received enemy position information and ally position information; a pattern registering device 43 storing assumption patterns assuming attack patterns of the enemy; a pattern collating device 44 collating the enemy position information and ally position information with the assumption patterns to extract the assumption pattern most adapted to the enemy and ally position information; and an output device 45 outputting the extracted assumption pattern. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to an enemy determination determination system that performs support for determining an enemy's situation in, for example, a land battle.

  For example, in land battles, it is required to know the situation in the battle area, such as the enemy's shell firing position, the enemy's shell landing position, and the friendly shell firing position in order to advance the battle advantageously. As a system that contributes to such a demand, a system that draws on an electronic map assuming an enemy position has been known.

  As this type of technology, Patent Document 1 is configured such that a target angle terminal that has acquired target azimuth information transmits to a search terminal having a search sensor, and the search terminal searches for a target based on the target azimuth information. An angle measurement target information transfer device is disclosed. This angle measurement target information transfer device automatically transmits direction information of a target to a search terminal without intervention of a person, and automatically performs direction control of search sensor means based on the direction information of the target transmitted to the search terminal. In this way, the target search is quick and accurate.

Further, Patent Document 2 discloses an action support system that facilitates the action of a supportee who acts in relation to a partner and easily avoids danger. This action support system includes an action support device provided so as to be attachable to a supportee, and a control device provided so as to be communicable with the action support device. The control device includes at least terrain data and the position of the opponent. Specific map data including data indicating the data is generated or updated, and the behavior support device is equipped with a display unit, an input unit for inputting the specific map data generated or updated from the control device, and the behavior support device. A positioning unit that measures the position of the supported person, and a processor that collates the input specific map data with the position of the supported person and displays the collated result on the display unit.
JP 2004-138269 A JP 2003-121190 A

  As mentioned above, systems that draw on the electronic map assuming an enemy position are known, but the information obtained during the battle is processed electronically, and the battle situation including the enemy position is detected. There was no system to verify the correctness of the assumption or to support the verification, and we had to rely on human feeling and experience. Therefore, there is a demand for the development of a system that can appropriately determine the situation of the enemy.

  The present invention has been made to meet the above-described demand, and an object thereof is to provide an enemy determination determination system that can appropriately determine the status of an enemy during a battle.

  In order to solve the above-mentioned problem, the invention described in claim 1 is directed to an enemy position specifying device that specifies an enemy position, a transmission device that transmits the position specified by the enemy position specifying device as enemy position information, and a transmission device. And a map plotting device for plotting and displaying enemy positions on a map based on the enemy location information received by the receiving device. .

  According to a second aspect of the present invention, in the first aspect of the present invention, a pattern registration device that stores an assumed pattern assuming an enemy attack pattern, and enemy position information received by the reception device and the pattern registration device are stored. A pattern matching device that extracts an assumed pattern that best matches enemy position information by matching with an assumed pattern that has been extracted, and an output device that outputs the assumed pattern extracted by the pattern matching device .

  According to a third aspect of the present invention, in the second aspect of the present invention, the enemy position specifying device includes an enemy bullet firing position specifying device that specifies an enemy bullet firing position, and an enemy shell that specifies an enemy bullet landing position. A landing position specifying device, and the transmitting device transmits, as enemy position information, the enemy bullet firing position specified by the enemy bullet firing position specifying device and the enemy bullet landing position specified by the enemy bullet landing position specifying device. It is characterized by that.

  According to a fourth aspect of the present invention, there is provided an ally position specifying device for specifying a ally position, a transmitting device for transmitting the position specified by the ally position specifying device as ally position information, and an ally transmitted from the transmitting device. It is characterized by comprising: a receiving device that receives position information; and a map plotting device that plots and displays a friend's position on a map based on the friend position information received by the receiving device.

  According to a fifth aspect of the present invention, in the fourth aspect of the present invention, the pattern registration device that stores an assumed pattern that assumes an enemy attack pattern, and the ally position information received by the reception device and the pattern registration device are stored. A pattern matching device that matches an assumed pattern that has been extracted and extracts an assumed pattern that best matches the friend position information, and an output device that outputs the assumed pattern extracted by the pattern matching device. .

  According to a sixth aspect of the present invention, in the fourth aspect of the present invention, the ally position specifying device includes a ally shell firing position specifying device for specifying a friendly shell firing position, and the transmitting device is for identifying a friendly shell firing position. It is characterized in that a friendly shell firing position specified by the apparatus is transmitted as friendly position information.

  The invention according to claim 7 is the invention according to claim 1, further comprising a friend position specifying device for specifying the position of the friend, and the transmitting device further includes the position specified by the friend position specifying device as the friend position information. The reception device further receives the friend position information transmitted from the transmission device, and the map plotting device receives the enemy position information and the friend position information based on the enemy position information and the friend position information received by the reception device. The position is plotted and displayed on a map.

  The invention according to claim 8 is the invention according to claim 7, wherein the pattern registration device stores an assumed pattern assuming an enemy attack pattern, and the enemy position information and the friend position information and pattern received by the receiving device. A pattern matching device that matches an assumed pattern stored in the registration device and extracts an assumed pattern that best matches the enemy position information and ally position information; and an output device that outputs the assumed pattern extracted by the pattern matching device; It is provided with.

  Further, the invention according to claim 9 is the invention according to claim 8, wherein the enemy position specifying device includes an enemy bullet firing position specifying device for specifying an enemy bullet firing position, and an enemy shell for specifying an enemy bullet landing position. A landing position specifying device, and the transmitting device transmits, as enemy position information, the enemy bullet firing position specified by the enemy bullet firing position specifying device and the enemy bullet landing position specified by the enemy bullet landing position specifying device. The ally position specifying device includes a ally shell firing position specifying device for specifying a friendly shell firing position, and the transmitting device transmits the friendly shell firing position specified by the friendly shell firing position specifying device as friend position information. It is characterized by that.

  According to the present invention, for example, in land battle, the position of an enemy, specifically the enemy's shell firing position and the enemy's shell landing position, and / or the friend's position, specifically, the firing position of a friendly shell can be determined. Since it can be plotted and displayed on the map, the situation of the enemy during the battle can be determined appropriately. Further, it is possible to assist in appropriately determining an attack pattern by comparing an assumed pattern preliminarily registered with an enemy attack pattern and enemy position information and / or ally position information.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a block diagram illustrating a configuration used in the hostility determination support system according to the first embodiment of the present invention. This hostility determination support system includes an enemy shell firing position specifying device 11, an enemy shell landing position specifying device 12, a firing position specifying device 13 such as a teammate rifle, a firing position specifying device 14 such as a friendly tank gun, a transmitting devices 21 to 24, and a receiving device. 31 to 34, a map plotting device 41, a recording device 42, a pattern registration device 43, a pattern matching device 44, and an output device 45.

  The enemy cannonball firing position specifying device 11 corresponds to the enemy position specifying device of the present invention, and includes, for example, a radar device and a GPS (Global Positioning System) device. The enemy bullet firing position specifying device 11 captures the position where the enemy bullet was fired with a radar device, and specifies the position using a GPS device. The enemy bullet firing position specified by the enemy bullet firing position specifying device 11 is sent to the transmission device 21 as enemy position information.

  The enemy bullet landing position specifying device 12 corresponds to the enemy position specifying device of the present invention, and is composed of, for example, a radar device and a distance measuring device. The enemy bullet landing position specifying device 12 specifies a landing position by capturing a position where an enemy bullet has landed with a radar device and measuring a distance to the position with a distance measuring device (not shown). The enemy bullet landing position specified by the enemy bullet landing position specifying device 12 is sent to the transmission device 22 as enemy position information.

  The firing position specifying device 13 such as a friendly rifle corresponds to the friendly position specifying device of the present invention, and is composed of, for example, a sensor that is attached to a friendly rifle or the like and detects the movement of the trigger and a GPS device. When the sensor detects that the trigger of the rifle or the like has been triggered, the ally rifle or the like firing position specifying device 13 uses the GPS device to specify the position of the rifle or the like. The positions of the friendly rifles and the like specified by the friendly rifle firing position specifying device 13 are sent to the transmission device 23 as friendly position information.

  The ally tank cannon launch position specifying device 14 corresponds to the ally position specifying apparatus of the present invention, and is composed of a sensor and a GPS device that are attached to the ally tank and detect the launch of the tank gun and the like. When the sensor detects that a tank gun or the like has been fired, the team member firing position specifying device 14 specifies the position of the tank using the GPS device. The position of the ally tank specified by the ally tank gun launch position specifying device 14 is sent to the transmitting device 24 as ally position information.

  The transmission device 21 transmits the enemy position information sent from the enemy shell firing position specifying device 11 to the reception device 31. The transmitting device 22 transmits the enemy position information sent from the enemy bullet landing position specifying device 12 to the receiving device 32. The transmission device 23 transmits the ally position information sent from the firing position specifying device 13 such as a team rifle to the reception device 33. The transmission device 24 transmits the ally position information sent from the firing position specifying device 14 such as the friendly tank gun to the reception device 34.

  The receiving device 31 receives the enemy position information transmitted from the transmitting device 21 and sends it to the map plotting device 41. The receiving device 32 receives the enemy position information transmitted from the transmitting device 22 and sends it to the map plotting device 41. The receiving device 33 receives the friend position information transmitted from the transmitting device 23 and sends it to the map plotting device 41. The receiving device 34 receives the friend position information transmitted from the transmitting device 24 and sends it to the map plotting device 41.

  The map plotting device 41 includes a display device, and is displayed on the map based on enemy position information sent from the receiving device 31 and the receiving device 32, and friend position information sent from the receiving device 33 and the receiving device 34. , And plotting and displaying enemy bullet firing positions, enemy bullet landing positions, and friendly bullet firing positions (fire positions of friendly rifles and tank guns).

  The recording device 42 records the enemy bullet firing position, the enemy bullet landing position, and the friendly bullet firing position plotted by the map plotting device 41 based on the enemy position information and the friend position information. The enemy bullet firing position, enemy bullet landing position, and friendly bullet firing position recorded in the recording device 42 are read out by the pattern matching device 44.

  In the pattern registration device 43, a plurality of assumed patterns that assume enemy attack patterns are registered. The assumed pattern registered in the pattern registration device 43 is read out by the pattern matching device 44.

  The pattern collating device 44 collates the enemy shell firing position, the enemy bullet landing position, and the friendly shell firing position read from the recording device 42 with a plurality of assumed patterns read from the pattern registration device 43, and the enemy shell An assumed pattern that best matches the firing position, the enemy bullet landing position, and the friendly bullet firing position is extracted. The assumed pattern extracted by the pattern matching device 44 is sent to the output device 45.

  The output device 45 is composed of, for example, a display device, and displays the predicted pattern sent from the pattern matching device 44.

  Next, the operation of the hostility determination support system according to the first embodiment of the present invention configured as described above will be described with reference to the flowchart shown in FIG. 2 and the explanatory diagrams shown in FIGS.

  In this hostility determination support system, first, an assumed pattern is registered (step S11). Now, as shown in FIG. 3, a situation is assumed in which the enemy team X and the enemy team Y face each other on a flat ground between the mountains. In this situation, it is assumed that the enemy will attack with the traveling route P along the mountain foot, will attack with the traveling route Q along the flat land, or will attack with the traveling route P and the traveling route Q divided. The Therefore, for example, as shown in FIG. 4 (a), the enemy attack pattern is assumed as the assumed pattern A, assuming that the main battle unit is introduced into the progression route Q and the battle unit according to the progression route P is introduced. Further, as shown in FIG. 4B, an assumed pattern B is created assuming that a main battle unit is introduced into the progress route P and a battle unit according to the progress route Q is input, and the pattern registration device 43 is created. Registered in

  Next, the enemy situation is detected (step S12). Specifically, the enemy shell firing position identification device 11 identifies the position where the enemy shell was fired and sends it to the transmission device 21 as enemy position information. Further, the enemy bullet landing position specifying device 12 specifies the position where the enemy bullet has landed, and sends it to the transmission device 22 as enemy position information. Moreover, the firing position specifying device 13 such as a friendly rifle specifies the position of the triggered rifle and the like, and sends it to the transmitting device 23 as friendly position information. Further, the friendly tank gun etc. firing position specifying device 14 specifies the position of the tank where the tank gun etc. has been fired, and sends it to the transmitting device 24 as friendly position information.

  Next, the status is transmitted (step S13). Specifically, the transmission device 21 transmits the enemy position information transmitted from the enemy shell firing position specifying device 11 to the reception device 31. The transmission device 22 transmits the enemy position information sent from the enemy bullet landing position specifying device 12 to the reception device 32. The transmission device 23 transmits the ally position information sent from the firing position specifying device 13 such as a friendly rifle to the reception device 33. The transmission device 24 transmits the ally position information sent from the firing position specifying device 14 such as a friendly tank gun to the reception device 34.

  Next, the situation is plotted on a map (step S14). That is, the map plotting device 41 displays the enemy position on the map based on the enemy position information sent from the receiving device 31 and the receiving device 32 and the friend position information sent from the receiving device 33 and the receiving device 34. And plot the ally position. Accordingly, the map plotting device 41 has an enemy bullet firing position, enemy bullet landing position, and friendly bullet firing position (fire positions of friendly rifles and tank guns) on the map as shown in FIG. A plot of the observation plot is displayed.

  Next, the situation is recorded (step S15). That is, the map plotting device 41 sends the enemy shell firing positions, enemy bullet landing positions, and friendly shell firing positions used for plotting to the recording device 42 for recording.

  Next, the recorded situation is collated with an assumed pattern (step S16). That is, the pattern collating device 44 collates the enemy bullet firing position, the enemy bullet landing position, and the friendly bullet firing position read from the recording device 42 with a plurality of assumed patterns read from the pattern registration device 43. The assumed pattern that best matches the enemy's shell firing position, the enemy's bullet landing position, and the friendly shell firing position is extracted.

  For example, in the observation plot diagram shown in FIG. 5, the difference between the assumed pattern A and the assumed pattern B is less likely to occur near the enemy artillery position and near the landing position of the own side, but the enemy bullet landing position and the friendly shell firing In the vicinity of the first line where the positions are dense, a difference between the assumed pattern A and the assumed pattern B is likely to appear. Based on such features, the pattern matching device 44 extracts the assumed pattern B as the most likely attack pattern.

  Next, it is examined whether or not a significant collation result has been obtained (step S17). That is, the pattern matching device 44 checks whether or not the extracted assumed pattern has a certain correlation with the enemy bullet firing position, the enemy bullet landing position, and the friendly bullet firing position. If it is determined in step S17 that a significant collation result has not been obtained, the process returns to step S12 and the above-described processing is repeated again.

  If it is determined in step S17 that a significant collation result has been obtained, the collation result is displayed to inform the user (step S18). That is, the pattern matching device 44 sends the extracted assumed pattern to the output device 45 for display. Then, it returns to step S12 and the process mentioned above is repeated again.

  As described above, according to the hostility determination support system according to the first embodiment of the present invention, for example, in land battle, the position of the enemy) (specifically, the enemy's shell firing position and the enemy's bullet landing position), and Since the position of the ally (specifically, the firing position of the ally cannonball) can be plotted and displayed on the map, the situation of the enemy during the battle can be appropriately determined. Further, it is possible to assist in appropriately determining an attack pattern by comparing an assumed pattern preliminarily registered with an enemy attack pattern and enemy position information and / or ally position information.

  INDUSTRIAL APPLICABILITY The present invention can be used for an enemy determination support system that appropriately determines an enemy's situation, for example, in a land battle.

It is a block diagram which shows the structure of the hostility determination assistance system which concerns on Example 1 of this invention. It is a flowchart which shows operation | movement of the hostility determination assistance system which concerns on Example 1 of this invention. It is explanatory drawing for demonstrating the condition where the hostility determination assistance system which concerns on Example 1 of this invention is used. It is a figure which shows the example of the assumption pattern used with the hostility determination assistance system which concerns on Example 1 of this invention. It is a figure which shows the example of the observation plot figure output with the hostility determination assistance system which concerns on Example 1 of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 Enemy bullet firing position specifying device 12 Enemy bullet landing position specifying device 13 Friend rifle etc. firing position specifying device 14 Friend tank gun etc. firing position specifying devices 21-24 Transmitting devices 31-34 Receiver 41 Map plotting device 42 Recording device 43 Pattern Registration device 44 Pattern matching device 45 Output device

Claims (9)

An enemy localization device that identifies enemy positions;
A transmission device that transmits the position specified by the enemy position specifying device as enemy position information;
A receiving device for receiving enemy position information transmitted from the transmitting device;
A map plotting device for plotting and displaying the position of the enemy on a map based on the enemy location information received by the receiving device;
Enemy judgment support system characterized by comprising. A pattern registration device for storing an assumed pattern that assumes an enemy attack pattern;
A pattern matching device that matches enemy position information received by the receiving device with an assumed pattern stored in the pattern registration device and extracts an assumed pattern that best matches the enemy position information;
An output device that outputs the assumed pattern extracted by the pattern matching device;
The hostility determination support system according to claim 1, further comprising: The enemy localization device is
An enemy bullet firing position identifying device for identifying enemy bullet firing positions;
Equipped with an enemy bullet landing position identifying device that identifies the enemy bullet landing position,
The transmission device transmits the enemy shell firing position specified by the enemy shell firing position specifying device and the enemy bullet landing position specified by the enemy shell landing position specifying device as enemy position information. 2. Enemy judgment support system according to 2. An ally position identifying device for identifying the position of the ally;
A transmission device that transmits the position specified by the friend position specifying device as friend position information;
A receiving device for receiving the friend position information transmitted from the transmitting device;
A map plotting device for plotting and displaying the position of the ally on the map based on the ally location information received by the receiving device;
Enemy judgment support system characterized by comprising. A pattern registration device for storing an assumed pattern that assumes an enemy attack pattern;
A pattern matching device that collates the friend position information received by the receiving device with the assumed pattern stored in the pattern registration device and extracts an assumed pattern that best matches the friend position information;
An output device that outputs the assumed pattern extracted by the pattern matching device;
The hostility determination support system according to claim 4, further comprising: The ally position specifying device is:
Equipped with a friendly shell firing position identifying device that identifies the friendly shell firing position,
6. The hostility determination support system according to claim 5, wherein the transmitting device transmits the friendly shell firing position specified by the friendly shell firing position specifying device as friendly position information. Equipped with an ally position identification device that identifies the position of the ally,
The transmitter further transmits the position specified by the friend position specifying device as friend position information,
The receiving device further receives ally position information transmitted from the transmitting device,
2. The hostility determination according to claim 1, wherein the map plotting device plots and displays an enemy position and a friend's position on a map based on the enemy position information and the friend position information received by the receiving device. Support system. A pattern registration device for storing an assumed pattern that assumes an enemy attack pattern;
A pattern for collating enemy position information and ally position information received by the receiving device with an assumed pattern stored in the pattern registration device and extracting an assumed pattern that best matches the enemy position information and the ally position information A verification device;
An output device that outputs the assumed pattern extracted by the pattern matching device;
The hostility determination support system according to claim 7, further comprising: The enemy localization device is
An enemy bullet firing position identifying device for identifying enemy bullet firing positions;
Equipped with an enemy bullet landing position identifying device that identifies the enemy bullet landing position,
The transmitting device transmits the enemy shell firing position specified by the enemy shell firing position specifying device and the enemy bullet landing position specified by the enemy shell landing position specifying device as enemy position information,
The ally position specifying device is:
Equipped with a friendly shell firing position identifying device that identifies the friendly shell firing position,
9. The hostility determination support system according to claim 8, wherein the transmitting device transmits the friendly shell firing position specified by the friendly shell firing position specifying device as friendly position information.

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