KR102126956B1 - Data collection system for next generation naval vessels for analyzing of combat system effectiveness - Google Patents

Abstract

Disclosed is a data collection system for next-generation navy vessels for analyzing combat system effectiveness, which comprises: a battle system message real-time collecting module for collecting a combat system message of a national vessel in real time; and an exhibition module for exhibiting a battle result of the national vessel. According to the present invention, actual combat system effectiveness in an actual battle/training situation of a national vessel rather than a simulation can be recognized by selectively collecting and analyzing a required message among many combat system messages flowing through a combat system data bus, in real time. Also, the reliability of an evaluation is very high due to non-virtual simulation on a computer, and a response ability of crews can be accurately evaluated. In particular, a response of a national vessel is simulated in various different scenarios for the response of the national vessel during a battle, and responses of surrounding ally/enemy targets thereto is simulated to analyze combat system effectiveness. Accordingly, an evaluation of whether the response of the national vessel to a battle in the past was appropriate is performed, and a more appropriate optimal response of the national vessel is derived through a simulation to be used for battle analysis or learning and training of a crew.

Description

DATA COLLECTION SYSTEM FOR NEXT GENERATION NAVAL VESSELS FOR ANALYZING OF COMBAT SYSTEM EFFECTIVENESS}

The present invention relates to a data collection system, specifically, to a data collection system for the next generation of ships for analyzing the effectiveness of combat systems.

Most of the existing trap-related engagement simulations are conducted through virtual simulation programs.

However, combat capability evaluations have not been conducted during combat or actual training on the ship.

In other words, since there is no means to analyze the effectiveness of the combat system for actual training in actual engagement or self-defense, whether target detection was made in a timely manner during engagement or actual training, sensor/arm assignment was properly made, and crew response was appropriate. It is impossible to evaluate whether it was quick, etc., and it cannot be improved.

Therefore, it is required to have a means to help respond more appropriately in the future through the analysis of the effectiveness of the combat system and the evaluation of the crew of actual combat in combat or self-defense.

Patent Publication No. 10-2017-0073202 Registered Patent Publication 10-1557092

An object of the present invention is to provide a data collection system for the next generation of ships for analyzing the effectiveness of the combat system.

The data collection system for the next generation of ships for analyzing the effectiveness of the combat system according to the object of the present invention described above includes: a combat system message real-time collection module that collects the combat system messages of the own ship in real time; It may be configured to include an exhibition module for displaying the results of the engagement of the self-owned.

Here, the battle system message real-time collection module may be configured to further include a log file generation module that generates a log file using the battle system message collected in real time.

In addition, the log file may include a header area composed of a data log definition, and a data area composed of data of a battle system message and internal fields.

The data collection system for the next-generation ship for analyzing the effectiveness of the combat system according to the object of the present invention described above is an IDL (Interface Definition) in which the definition of a message transmitted and received through the battle system databus of the own ship is described. Language) IDL file storage module in which files are previously stored; An IDL file reference/display module displaying a message and a definition of the message by referring to the IDL file stored in the IDL file storage module; A collection target message selection module for selecting a collection target message to be collected from among the messages displayed in the IDL file reference/display module; A collection target message list storage module in which a collection target message list consisting of a collection target message selected in the collection target message selection module is stored; A collection target field selection module for selecting a collection target field to be collected from messages in the collection target message list stored in the collection target message list storage module; A collection target field list storage module in which a collection target field list consisting of a collection target field selected by the collection target field selection module is stored; A combat system message real-time collection module that collects a collection target message in real time from messages transmitted and received through the battle system data bus with reference to a collection target message list stored in the collection target message list storage module; A collection target field extraction module for extracting a collection target field in real time from a collection target message collected by the battle system message real-time collection module with reference to a collection target field list stored in the collection target field list storage module; Target detection, threat assessment, sensor/armed assignment, launch, and hit evaluation during the battle of a ship's war by using the collected target message collected in real time from the combat system message real-time collection module and the collected target field extracted from the collected field extraction module in real time Real-time analysis module to collect the real-time analysis to analyze the effectiveness of the combat system, including real-time analysis; A log file generation module that generates a log file by using a collection target message collected in real time from the battle system message real-time collection module and a collection target field extracted in real time from the collection field extraction module; A log file storage module in which log files generated by the log file generation module are stored; A log file analysis module for real-time analysis that analyzes the effectiveness of the combat system, including target detection, threat assessment, sensor/arm assignment, launch, and hit evaluation during self-battle engagement using the log file generated by the log file generation module. ; An exhibition module that displays in real time the combat system effect diagram of the ships analyzed in real time in the real-time analysis module or the log file analysis module; A battle system effectiveness analysis result database in which the battle system effectiveness analysis results of the ships analyzed in real time in the collection target real-time analysis module or the log file analysis module are stored; A target criterion filtering module that filters the battle system effectiveness analysis results analyzed in real time in the real-time analysis module to be collected or the battle system effectiveness analysis results analyzed in real time in the log file analysis module; A sensor system criterion filtering module that filters the battle system effectiveness analysis result analyzed in real time in the real-time analysis module to be collected or the battle system effectiveness analysis analysis result analyzed in real time in the log file analysis module based on its own sensor system; An arming system criterion filtering module that filters the battle system effectiveness analysis results analyzed in real time in the real-time analysis module to be collected or the battle system effectiveness analysis results analyzed in real time in the log file analysis module based on their own armament system; A self-correspondence information grasping module that identifies self-correspondence information during engagement from the log file stored in the log file storage module; A self-response information simulation module for simulating while automatically changing the self-response information identified in the self-response information grasping module; A target database that stores friendly target information and enemy target information during engagement based on self-defense; A target database reference module that references friendly target information and enemy target information stored in the target database; A target feature automatic analysis module that identifies a target entity from the log file stored in the log file storage module and friendly target information and enemy target information referenced in the target database reference module and automatically analyzes the target characteristics; Target correspondence information that sequentially simulates target correspondence information for self-correspondence information that is simulated while being automatically changed in the self-correspondence information simulation module based on the object of the target identified in the target property automatic analysis module and the automatically analyzed target property. Simulation module; Simulate a battle system effect that sequentially simulates the effectiveness of the battle system of a self-propelled ship by using the self-response information that is automatically changed and simulated in the target response information simulation module and the target response information that is sequentially simulated in the target response information simulation module. module; Combat system effectiveness analysis that compares and analyzes the battle system effectiveness analysis results of the ships stored in the battle system effectiveness analysis results database and the battle system effectiveness simulations sequentially simulated in the battle system effectiveness simulation module. module; It may be configured to include an optimal self-response response information output module that outputs self-response response information indicating the highest combat system effectiveness according to the analysis result of the battle system effectiveness map analysis module.

According to the data collection system for the next-generation ship for analyzing the effectiveness of the combat system described above, it is configured to perform real-time analysis by selectively collecting necessary messages among a number of combat system messages flowing through the combat system data bus. It has the effect of grasping the actual effectiveness of the combat system in the actual combat/training situation of the ship.

Since it is not a virtual simulation on a computer, the reliability of the evaluation is very high, and it is possible to accurately evaluate the crew's ability to respond.

In particular, it is configured to analyze the effectiveness of the combat system by simulating self-response response in a variety of different scenarios, and simulating the response of friendly/enemy targets around it, so that self-response response to past engagements is appropriate. There is an effect that can be used for the analysis of engagement and learning and training of crew members by evaluating whether it was done and deriving a more appropriate optimal self-response through simulation.

In addition, it is configured to provide the optimal self-defense response information derived by the above simulation to the multi-function combat system of the combat system when a similar real combat situation occurs in the future, thereby having the effect of optimal response in actual engagement.

1 is a block diagram of a next-generation trap data collection system for analyzing the effectiveness of a combat system according to an embodiment of the present invention.
2 is an exemplary diagram of an IDL file sample.
3 is an exemplary view of a screen displaying a collection target message and a collection target field according to an embodiment of the present invention.
4 is an exemplary view of a log file according to an embodiment of the present invention.
5 is a graph showing the results of analysis of engagement and combat system effectiveness by time according to an embodiment of the present invention.

The present invention can be applied to various changes and can have various embodiments, and specific embodiments are illustrated in the drawings and described in detail in detail for carrying out the invention. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. In describing each drawing, similar reference numerals are used for similar components.

Terms such as first, second, A, B, etc. can be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from other components. For example, the first component may be referred to as a second component without departing from the scope of the present invention, and similarly, the second component may be referred to as a first component. The term and/or includes a combination of a plurality of related described items or any one of a plurality of related described items.

When an element is said to be "connected" or "connected" to another component, it is understood that other components may be directly connected or connected to the other component, but other components may exist in the middle. It should be. On the other hand, when a component is said to be "directly connected" or "directly connected" to another component, it should be understood that no other component exists in the middle.

The terms used in this application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, the terms "include" or "have" are intended to indicate the presence of features, numbers, steps, actions, components, parts or combinations thereof described in the specification, but one or more other features. It should be understood that the existence or addition possibilities of fields or numbers, steps, operations, components, parts or combinations thereof are not excluded in advance.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person skilled in the art to which the present invention pertains. Terms, such as those defined in a commonly used dictionary, should be interpreted to have meanings consistent with meanings in the context of related technologies, and should not be interpreted as ideal or excessively formal meanings unless explicitly defined in the present application. Does not.

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

1 is a block diagram of a next-generation trap data collection system for analyzing the effectiveness of a combat system according to an embodiment of the present invention. And Figure 2 is an exemplary view of an IDL file sample, Figure 3 is an exemplary view of a screen displaying a collection target message and a collection target field according to an embodiment of the present invention, Figure 4 is according to an embodiment of the present invention 5 is a graph showing the results of analysis of engagement and battle system effects by time according to an embodiment of the present invention.

Referring first to FIG. 1, the next generation trap data collection system 100 for analyzing the effectiveness of a combat system according to an embodiment of the present invention includes an IDL (Interface Definition Language) file storage module 101 and an IDL file reference/display module (102), the target message selection module (103), the target message list storage module (104), the target field selection module (105), the target field list storage module (106), the combat system message real-time collection module (107) ), collection field extraction module 108, collection target real-time analysis module 109, log file generation module 110, log file storage module 111, log file analysis module 112, exhibition module 113, Combat system effectiveness analysis result database 114, target criteria filtering module 115, sensor system criteria filtering module 116, armed systems criteria filtering module 117, self-defense response information identification module 118, self-defense response information simulation Module 119, target database 120, target database reference module 121, target characteristic automatic analysis module 122, target response information simulation module 123, combat system effectiveness map simulation module 124, combat system effects It may be configured to include a diagram contrast analysis module 125, the optimal self-correspondence information output module 126, the optimal self-correspondence information storage module 127, and the optimal self-correspondence information guide module 128.

Hereinafter, a detailed configuration will be described.

The IDL (Interface Definition Language) file storage module 101 may be configured to store an IDL (Interface Definition Language) file in which a definition of a message transmitted/received through the battleship databus of the own ship is described in advance. Can.

The IDL file is a file defined during the manufacture of the combat system.

2 illustrates the definition of the message in the IDL file.

The definition of the message can be configured to include the message name, the data type for the field inside the message, and the field name.

The IDL file reference/display module 102 may be configured to display a message and a definition of the corresponding message by referring to the IDL file stored in the IDL file storage module 101.

The collection target message selection module 103 may be configured to select a collection target message to be collected from the messages displayed in the IDL file reference/display module 102.

The collection target message list storage module 104 may be configured to store a collection target message list consisting of a collection target message selected by the collection target message selection module 103. As shown in FIG. 3, an operator may select a message necessary for analyzing the effectiveness of the combat system among a number of combat system messages, and a message list to be collected may be generated.

The collection target field selection module 105 may be configured to select a collection target field to be collected from messages in the collection target message list stored in the collection target message list storage module 104.

The collection target field list storage module 106 may be configured to store a collection target field list consisting of a collection target field selected by the collection target field selection module 105.

The battle system message real-time collection module 107 may be configured to collect the message to be collected in real time from among the messages transmitted and received through the battle system data bus with reference to the list of message to be collected stored in the message list storage module 104.

The collection field extraction module 108 refers to the collection field field stored in the collection field list storage module 106 to extract the collection field from the collection message from the battle system message real-time collection module 107 in real time. Can be configured.

The collection target real-time analysis module 109 uses the battle system message real-time collection module 107 to collect the real-time collected target message and the collected target field extraction module 108 to collect the target field during real-time battle detection It can be configured to analyze the effectiveness of the combat system, including threat assessment, sensor/arm assignment, launch, and hit ratings in real time.

That is, the collection target real-time analysis module 109 may analyze engagement according to the engagement flow and engagement time of the entire armed system.

The log file generation module 110 generates a log file by using a collection target message collected in real time from the battle system message real-time collection module 107 and a collection target field extracted in real time from the collection field extraction module 108. It can be configured to generate.

The log file may be composed of a header area composed of a data log definition and a data area composed of data of a collection target message and a collection target field.

The log file storage module 111 may store log files generated by the log file generation module 110.

The log file analysis module 112 uses the log file stored in the log file storage module 111 to real-time combat system effectiveness diagram including target detection, threat evaluation, sensor/arm assignment, launch, and hit evaluation during self-attack. The analysis can be configured to analyze in real time.

The exhibition module 113 may be configured to display in real time the battle system effect diagram of the ships analyzed in real time by the collection target real-time analysis module 109 or the log file analysis module 112. Figure 4 shows the engagement and combat system according to the engagement time.

The battle system effectiveness analysis result database 114 may be configured to store the battle system effectiveness analysis results of the ships analyzed in real time in the collection target real-time analysis module 109 or the log file analysis module 112.

The target criterion filtering module 115 filters the battle system effectiveness analysis results analyzed in real time in the collection target real-time analysis module 109 or the battle system effectiveness analysis results analyzed in real time in the log file analysis module 112 based on the target. It can be configured to. That is, the effectiveness of the combat system for a specific target may be filtered and displayed through the exhibition module 113.

The sensor system criterion filtering module 116 is a sensor system of its own to analyze the battle system effectiveness analysis result analyzed in real time in the collection target real-time analysis module 109 or the battle system effectiveness analysis result analyzed in real time in the log file analysis module 112. It can be configured to filter based on. That is, the effectiveness of the combat system for a specific sensor system can be filtered and displayed through the exhibition module 113.

The arming system criterion filtering module 117 owns an armed system that analyzes the battle system effectiveness analysis results analyzed in real time in the real-time analysis module 109 collected or the battle system effectiveness analysis results analyzed in real time in the log file analysis module 112. It can be configured to filter based on. That is, the effectiveness of the combat system for a particular armed system can be filtered and displayed through the exhibition module 113.

The self-box correspondence information grasping module 118 may be configured to grasp the self-correspondence information during engagement from a log file stored in the log file storage module 111.

The self-box correspondence information simulation module 119 may be configured to simulate while automatically changing the self-correspondence information identified in the self-correspondence information grasping module 118. In other words, unlike the actual engagement, you can simulate by changing the response of your own. If Zaham responded differently from the battle, it was intended to simulate what would happen.

The target database 120 may be configured to store friendly target information and enemy target information during engagement based on self-defense.

The target database reference module 121 may be configured to refer to friendly target information and enemy target information stored in the target database 120.

The target characteristic automatic analysis module 122 identifies target entities from friendly target information and enemy target information referenced in the log file stored in the log file storage module 111 and the target database reference module 121, and target characteristics It can be configured to automatically analyze. That is, it is possible to grasp what kind of each of the friendly target and the enemy target is. You can grasp whether it is a friendly submarine or escort ship, and you can grasp the types and models of enemy ships or fighter planes at a level that allows you to understand the enemy.

The target response information simulation module 123 is automatically changed and changed in the own vehicle response information simulation module 119 based on the target object and the automatically analyzed target characteristics identified in the target characteristic automatic analysis module 122 to simulate the own vehicle response information It may be configured to sequentially simulate the target response information for. That is, it is possible to simulate how the target responds in response to the simulation while changing the correspondence of the own ship differently from the actual engagement.

The combat system effect map simulation module 124 automatically changes the self-propelled response information simulation module 119 to automatically simulate the self-propelled ship using the self-correspondence information and the target response information simulation module 123 that are sequentially simulated. It can be configured to sequentially simulate the effectiveness of the combat system.

The combat system effectiveness comparison analysis module 125 includes the combat system effectiveness analysis result and the combat system effectiveness simulation module 124 that are sequentially simulated in the combat system effectiveness analysis simulation module 124 stored in the combat system effectiveness analysis result database 114. It may be configured to analyze the effect diagrams sequentially.

The optimal self-box response information output module 126 may be configured to output optimal self-box response information indicating the highest combat system effectiveness according to the analysis result of the analysis module 125 against the combat system effectiveness. That is, it is possible to derive optimal self-response response information indicating a higher combat system effectiveness than the actual combat system effectiveness. In other words, it is possible to derive a better self-response response than the actual self-response response in actual engagement.

The optimal self-sealing response information storage module 127 corresponds to the optimal self-sealing response information representing the highest combat system effectiveness according to the analysis result of the battle system effectiveness comparison analysis module 125, which is simulated in the target response information simulation module 123 It may be configured to be mapped and stored with target correspondence information.

The optimal self-box response information guide module 128 stores the optimal self-box response information when a target response corresponding to the target response information stored in the optimal self-box response information storage module 127 is generated as a result of real-time analysis of the real-time analysis module 109 to be collected. It may be configured to guide the optimal self-box response information stored in the module 127 to the combat system multi-function console. That is, when a situation corresponding to the optimal self-destruction response information occurs, the commander can be quickly informed. The commander can refer to this and engage in engagement.

Although described with reference to the above embodiments, those skilled in the art can understand that the present invention can be variously modified and changed within the scope not departing from the spirit and scope of the present invention as set forth in the claims below. There will be.

101: IDL (Interface Definition Language) file storage module
102: IDL file reference/display module
103: Message selection module to collect
104: message list storage module to collect
105: Field selection module to collect
106: Field list storage module to collect
107: combat system message real-time collection module
108: Field extraction module to collect
109: real-time analysis module to collect
110: log file generation module
111: Log file storage module
112: log file analysis module
113: exhibition module
114: Battle system effectiveness analysis result database
115: target criteria filtering module
116: Filtering module based on sensor system
117: Arming system criteria filtering module
118: self-box correspondence information identification module
119: self-supporting information simulation module
120: target database
121: target database reference module
122: target characteristics automatic analysis module
123: target response information simulation module
124: combat system effect diagram simulation module
125: Combat system effect contrast analysis module
126: module for outputting optimum self-box information
127: optimal self-box correspondence information storage module
128: optimum self-adaptive information guide module

Claims (4)

delete delete delete An IDL file storage module in which an interface definition language (IDL) file in which a definition of a message transmitted/received through a battle system databus of a ship is described is previously stored;
An IDL file reference/display module displaying a message and a definition of the message by referring to the IDL file stored in the IDL file storage module;
A collection target message selection module for selecting a collection target message to be collected from among the messages displayed in the IDL file reference/display module;
A collection target message list storage module in which a collection target message list consisting of a collection target message selected in the collection target message selection module is stored;
A collection target field selection module for selecting a collection target field to be collected from messages in the collection target message list stored in the collection target message list storage module;
A collection target field list storage module in which a collection target field list consisting of the collection target fields selected in the collection target field selection module is stored;
A combat system message real-time collection module that collects a collection target message in real time from messages transmitted and received through the battle system data bus with reference to a collection target message list stored in the collection target message list storage module;
A collection target field extraction module for extracting a collection target field in real time from a collection target message collected by the battle system message real-time collection module with reference to a collection target field list stored in the collection target field list storage module;
Target detection, threat assessment, sensor/armed assignment, launch, and hit evaluation during the battle of a ship's war by using the collected target message collected in real time from the combat system message real-time collection module and the collected target field extracted from the collected field extraction module in real time A real-time analysis module for collecting targets for analyzing the effectiveness of the combat system including real-time analysis;
A log file generation module that generates a log file by using a collection target message collected in real time from the combat system message real-time collection module and a collection target field extracted in real time from the collection field extraction module;
A log file storage module in which log files generated by the log file generation module are stored;
A log file analysis module for real-time analysis of the effectiveness of the combat system including target detection, threat assessment, sensor/armed assignment, firing, and hit evaluation during engagement of a ship by using the log file generated by the log file generation module;
An exhibition module for displaying in real time the combat system effect diagram of the ships analyzed in real time in the real-time analysis module or the log file analysis module;
A battle system effectiveness analysis result database in which the battle system effectiveness analysis results of the ships analyzed in real time in the collection target real-time analysis module or the log file analysis module are stored;
A target criterion filtering module for filtering the battle system effectiveness analysis results analyzed in real time in the real-time analysis module to be collected or the battle system effectiveness analysis results analyzed in real time in the log file analysis module;
A sensor system criterion filtering module for filtering the battle system effectiveness analysis results analyzed in real time in the real-time analysis module to be collected or the battle system effectiveness analysis results analyzed in real time in the log file analysis module based on their own sensor system;
An arming system criterion filtering module that filters the battle system effectiveness analysis results analyzed in real time in the real-time analysis module to be collected or the battle system effectiveness analysis results analyzed in real time in the log file analysis module based on their own armament system;
A self-response correspondence information grasping module that identifies self-response correspondence information during engagement from a log file stored in the log file storage module;
A self-response information simulation module for simulating while automatically changing the self-response information identified in the self-response information grasping module;
A target database that stores friendly target information and enemy target information during engagement based on self-defense;
A target database reference module that references friendly target information and enemy target information stored in the target database;
A target feature automatic analysis module that identifies a target entity from the log file stored in the log file storage module and friendly target information and enemy target information referenced in the target database reference module and automatically analyzes the target characteristics;
Target correspondence information that sequentially simulates target correspondence information for self-correspondence information that is simulated while being automatically changed in the self-correspondence information simulation module based on the object of the target identified in the target property automatic analysis module and the automatically analyzed target property. Simulation module;
Simulate a battle system effect that sequentially simulates the effectiveness of the battle system of a self-propelled ship by using the self-response information that is automatically changed and simulated in the target response information simulation module and the target response information that is sequentially simulated in the target response information simulation module. module;
Analysis of the effectiveness of the combat system of the ships stored in the database of the results of the analysis of the effectiveness of the combat system and the analysis of the effectiveness of the combat system of the ships simulated sequentially in the simulation module. module;
Next generation trap data collection system for analysis of combat system effectiveness, including an optimal self-response response information output module that outputs self-response response information indicating the highest combat system effectiveness according to the analysis result of the combat system effectiveness comparison analysis module.

Images