KR101840129B1 - System and method for hierarchical consignment structure of simulation entity based dynamic scalable defence simulation service - Google Patents

Abstract

Disclosed are a dynamic expandable national defense simulating service system through a hierarchical consignment structure of a simulation object, and a method thereof. The present invention is to provide a distributed interoperability national defense simulation environment having dynamic scalability by supporting a reciprocal consignment structure and a hierarchical consignment structure of a system and a simulation object having the same standard and environment in order to support a weapon system and a virtual battlefield environment for a simulating operation of the weapon system. The dynamic expandable national defense simulating service system of the present invention comprises: a national defense service control unit for controlling a national defense simulation object, a national defense simulation environment, and a consignment simulation service for providing a national defense simulation service; a national defense simulating object management unit for managing the national defense simulation object to register, store and provide the national defense simulation object; a national defense simulation environment providing unit for configuring the national defense simulation environment for a simulation on the basis of information on the national defense simulation object, and providing the national defense simulation environment through the interlocking with another system providing the national defense simulation service; and a consignment simulation service management unit for configuring a distributed interoperability environment by setting a consignment structure and a hierarchical consignment structure of the national defense simulation object on the basis of information on the another system.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a dynamic extended defense simulation service system and method using a layered consignment structure of a simulated object,

The following description relates to the technology that provides the performance and effectiveness analysis services based on the design and simulation of the defense simulation system. It is composed of the interlocking environment with the same standard and environment system that provides the defense simulation service, A dynamically expanding defense simulation service system that supports the research, development and analysis of weapons systems and operational doctrine by establishing a distributed collaborative environment through mutual consignment and providing a hierarchical combination structure of consigned services of defense mockups And methods.

The research and development of the doctrine for the research and development of the weapons system and the operation of the weapon system, and the analysis of the performance and effectiveness of the doctrine, are the core research topics for strengthening the defense capability and the core technology field which invests enormous costs in advanced countries. Weapon systems deal with complex technologies in which various technologies are combined into one, and the time and cost of research and development are enormous. In addition, in order to analyze and evaluate the development of the doctrine of the weapon system and its performance and effectiveness, it is required to evaluate the simulated operation in the actual battlefield environment where the weapon system will be used.

In particular, the simulated operational evaluation in a real environment can not express all the battlefield environments to which the weapon system is applied, and also shows the limitations of the increase in the risk and the cost of the operation in the real environment. Therefore, in advanced countries including Korea, simulation-based analysis and evaluation through defense simulation engine is included as an essential process of research and development of weapon systems. The simulation-based defense simulation system for the research and development of these weapon systems is based on the basic research and standardization work on the methodology and methodology of construction based on the advanced countries, and it is applied to the defense simulation engine Research and development are also being actively pursued.

However, the existing defense simulation engine has paid much attention to the operation of the unit of a completed defense simulation system and the structure for interworking between simulation units. However, the existing approach requires complicated and rigorous procedures for establishing interworking environment between system units that provide the completed defense simulation service, and it is not easy to expand and shrink.

Therefore, there is a need for a system and method capable of providing a configuration of an easy interworking environment of a defense simulation system and a defense simulation service that assures dynamic scalability based on the configuration.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and an object of the present invention is to provide a defense simulator service system in which a user of a defense simulator establishes a consignment relationship with a simulated entity, To provide a defense simulation service system and method for supporting large-scale defense simulation including a virtual battlefield environment for simulation operation of the weapon system and the weapon system.

In the process of establishing the entrustment relationship of the mock entity, it is evaluated whether or not the mock entity can be compatible with the mock system by referring to the specification information of the mock entity, and a combination structure of all compatible types of entities having various sub- And provide a dynamically expanding defense simulation service system and method for a virtual battlefield environment for simulation operation of a weapon system and a weapon system by designing a simulation environment capable of establishing a hierarchical trust structure.

According to one embodiment, a defense simulation service system includes a defense simulation service control unit for controlling a defense simulation object, a defense simulation environment and a consignment simulation service for providing a defense simulation service; A defense simulation entity managing unit for managing the defense simulation entity to register, store and provide the defense simulation entity; A defense simulation environment providing unit configured to simulate a defense simulation environment based on the information of the defense simulation object and providing the defense simulation environment through interoperation with another system providing a defense simulation service; And a fake simulation service management unit configured to configure a distributed interworking environment through setting of a fostering structure and a hierarchical fostering structure of the defense simulation entity based on the information of the other system.

According to one aspect of the present invention, the defense simulation service control unit provides the specification of the defense simulation object, edits the specification information of the defense simulation object, registers the specification information of the edited defense simulation object, A defense simulated service object editor for providing an interface for the defense simulation service object; A defense simulated service environment editor for designing a virtual warfare environment for simulation based on specification information of the stored defense Mockup entity and providing an interface for configuring a distributed interworking environment through a hierarchical charging structure; A defense simulated service execution controller for providing an interface for controlling simulation according to the operational doctrine of the weapon system and the weapon system in the defense simulation environment; And a defense simulation service result analyzer for providing an interface for analyzing simulation results obtained through the simulation and deriving the results.

According to another aspect of the present invention, the defense simulation object management unit includes a defense simulation object register for creating specification of the defense simulation object or registering specification information generated by updating the specification of the defense simulation object; A defense simulation object storage for storing specification information of the registered defense simulation object and managing search and browsing of specification information of the stored defense simulation object; And a defense mocking entity providing unit for searching and browsing the specification information of the requested defense mockup entity in response to the specification information of the defense mocking entity being requested and providing the result and specification information of the request.

According to another aspect of the present invention, the defense simulation environment providing unit is configured to configure a defense simulation environment for simulation, to provide a defense simulated service in the same standard and environment to the configured defense simulation environment, A defense simulation environment configuring the structure; A defense simulation environment performance controller for controlling performance of the defense simulation environment for the simulation; A defense simulation environment interlock controller for sharing and synchronizing inter-system defense simulation execution status and data required by the defense simulation entity in a distributed interworking environment formed based on a consigned consignment structure with the other system in the same standard and environment; And a defense simulation environment information storage unit for collecting and storing result information obtained by performing simulation according to the simulation environment and providing search and browsing of the stored result information.

According to another aspect of the present invention, the entrusted simulation service management unit identifies whether or not the other system according to a communication protocol exists and compatibility with the other system in order to form a consignment structure with another system in the same standard and environment; A simulated service information storage device for storing the unique information of the other system providing the identified defense simulation service, the specification of the defense simulation service system and the simulation environment, ; And setting a distributed interworking environment formed based on the outsourced structure with other systems in the same intercept and environment, and in response to a request from the other system in which the outsourcing structure is set and the defense simulation environment providing unit, And a fictitious service interlock to share and synchronize the data required by the fictitious entity.

According to one embodiment, a method of providing a defense simulation service of a defense simulation service system includes: configuring a defense simulation environment for a simulation designed based on a defense simulation object; Determining whether a fake simulation service for the defense simulation entity is required by configuring a defense simulation environment for the simulation; Applying a consignment service with another system for providing a defense simulation service in the same standard and environment as the above-mentioned trust simulation service is required; And analyzing the obtained result information by performing the simulation in the defense simulation environment.

The defense simulation service system according to one embodiment is a system in which a user of a defense simulation service establishes a consignment relationship with a simulated entity and constructs a distributed interworking environment with systems of the same standard and environment providing a defense simulation service, A large-scale defense simulation including a virtual battlefield environment for simulated operation can be constructed quickly.

In the process of establishing the entrustment relationship of the mock entity, it is evaluated whether or not the mock entity can be compatible with the mock system by referring to the specification information of the mock entity, and a combination structure of all compatible types of entities having various sub- And a dynamically expanding defense simulation service for the virtual battlefield environment for the simulated operation of the weapon system and the weapon system can be provided.

1 is a block diagram illustrating an internal configuration of a defense simulation service system according to an embodiment.
2 is a block diagram for explaining an internal configuration of a defense simulation service system according to an embodiment in detail.
3 is a flowchart illustrating a method of providing a defense simulation service in a defense simulation system according to an embodiment.
FIG. 4 is a flowchart illustrating a design process of a defense simulation system according to an embodiment of the present invention.
FIG. 5 is a flowchart for explaining a process of configuring a consignment structure by applying a simulated object consignment service in a defense simulation environment in a defense simulation system according to an embodiment.

Hereinafter, embodiments will be described in detail with reference to the accompanying drawings.

1 is a block diagram illustrating an internal configuration of a defense simulation service system according to an embodiment.

The defense simulation service system includes a defense simulation service control unit 100, a defense simulation object management unit 200, a defense simulation environment providing unit 300, And a fake simulation service management unit 400.

The defense simulation service control unit 100 includes an interface (for example, a tool and a service) for editing, registering, and storing specifications of a defense simulation entity for providing a defense simulation service in association with the defense simulation object management unit 200 And provides an interface for establishing a simulation execution environment for simulating the configuration of the defense simulation system and the simulation simulation system in association with the defense simulation environment providing unit 300, It provides an interface to set up a consignment structure with other systems that provide the defense simulation service in the environment, and it can provide an interface to analyze execution control and collection result of the configured simulation environment.

The defense simulation object management unit 200 registers new and updated specification information of the specification information of the defense simulation object constituting the defense simulation system under the control of the defense simulation service control unit 100 and stores the registered defense simulation object And may provide specification information of the defense simulation entity stored at the request of the defense simulation service control unit 100 and the defense simulation environment providing unit 300.

The defense simulation environment providing unit 300 configures a simulation environment for simulation with the defense simulation system based on the specification information of the defense simulation object stored in the defense simulation object management unit 200 under the control of the defense simulation service control unit 100 And establishes a distributed interworking environment by establishing a consignment structure of other systems and mock entities that provide defense simulation services in the same standard and environment in connection with the consignee simulated service management unit 400 and performs simulated execution control in a distributed interworking environment And the measurement and result information obtained thereby.

In the process of configuring the defense simulation system by linking with the defense simulation environment providing unit 300 under the control of the defense simulation service control unit 100, the consignee simulation service management unit 400 provides the defense simulation service in the same standard and environment The system identifies and stores information about information, specifications, and environment. Based on this information, it is possible to construct a distributed interworking environment by setting up the entrusted structure of the mock entity and the hierarchical trust structure.

2 is a block diagram for explaining an internal configuration of a defense simulation service system according to an embodiment in detail.

The defense simulation service management unit 100, the defense simulation object management unit 200, the defense simulation environment providing unit 300 and the trust simulation service management unit 400 will be described in more detail.

The defense simulation service control unit 100 can control the defense simulation object, the defense simulation environment, and the trust simulation service for providing the defense simulation service. The defense simulation service control unit 100 may include a defense simulation service object editor 110, a defense simulation environment editor 120, a defense simulation service performance controller 130, and a defense simulation service result analyzer 140.

The defense simulation service object editor 110 associates with the defense simulation object management unit 200 to create a new specification for the defense simulation object constituting the defense simulation system, to load and edit the specification information of the existing object, To the defense simulation service system.

The defense simulation service environment editor 120 specifies the combination structure based on the specification information of the defense mock entity registered and stored in the defense simulation object management unit 200 in association with the defense simulation environment providing unit 300, And provides an interface for configuring a defense simulation environment for performing the simulation, and provides an interface for configuring a defense simulation environment for simulating the defense simulation service, And a dynamically expanding defense simulation system structure by setting up a consigned structure and a hierarchical consignment structure.

The defense simulation service performing controller 130 may provide an interface for controlling the execution of the defense simulation system in the defense simulation environment in association with the defense simulation environment providing unit 300 and the trust simulation service management unit 400. [

The defense simulation service result analyzer 140 can provide an interface for analyzing the data based on the simulation result information acquired in accordance with the simulation of the defense simulation system in connection with the defense simulation environment providing unit 300.

The defense simulation object management unit 200 may manage the defense simulation object to register, store and provide the defense simulation object. The defense simulation object management unit 200 may include a defense simulation object register 210, a defense simulation object storage unit 220, and a defense simulation object provider 230.

The defense simulation entity recorder 210 can register newly created specification information or updated specification information for the defense simulation entity through the defense simulation service entity editor 120.

The defense simulation object storage 220 stores the specification information of the defense simulation object registered through the defense simulation object registry 210 and manages the retrieval and browsing of the specification information of the stored defense simulation object.

The defense simulation object provider 230 searches and reads the specification information of the defense simulation object requested by the defense simulation object editor 120 or the defense simulation environment provider 300 in the defense simulation object storage 220, And can provide the results and specification information for the user.

The defense simulation environment providing unit 300 configures a defense simulation environment for simulating based on the information of the defense simulation object and can control the defense simulation environment through interlocking with other systems for providing the defense simulation service. The defense simulation environment providing unit 300 may include a defense simulation environment configurator 310, a defense simulation environment execution controller 320, a defense simulation environment interlock controller 330, and a defense simulation environment information storage 340 .

The defense simulation environment configurer 310 configures the defense simulation environment for simulation based on the specification information specifying the combination structure of the defense simulation objects through the defense simulation environment editor 120, It is possible to set up a dynamically expanding defense simulation system structure and environment through setting up other systems that provide defense simulation services in the same standard and environment, and consigned structure and hierarchical trust structure.

The defense simulation environment performance controller 320 can control the performance of the defense simulation environment for the simulation of the defense simulation system through the defense simulation environment configurator 310. [

The defense simulation environment interlock controller 330 controls the state of simulation between the systems in the distributed interworking environment formed through the mutual outsourcing structure with another system that provides the defense simulator service in the same standard and environment through the defense simulation environment configurator 310 And provide sharing and synchronization of the data required by the entity.

The defense simulation environment information storage unit 340 performs simulation in a simulation environment under the control of the defense simulation environment performance controller 320 to collect and store output and result information measured by the defense simulation system, And viewing.

The entrusted simulation service management unit 400 can configure a distributed interworking environment through setting of a trust structure of a defense simulation entity and a hierarchical trust structure based on information of other systems. The trust simulation service management unit 400 may include a trust simulation service identifier 410, a trust simulation service information storage 420, and a trust simulation service interlock 430.

In order to form a consignment structure with another system that provides the defense simulation service in the same standard and environment requested through the defense simulation environment configurator 310, the trust simulation simulator service identifier 410 determines whether there is a corresponding system, It is possible to identify compatibility.

The entrusted simulation service information storage 420 stores the unique address of the other system identified through the entrusted simulation service identifier 410, the specification of the simulation system and the information about the simulation environment, and provides retrieval and browsing of the stored information .

The trust mock service interlocker 430 establishes a distributed interlocking environment in response to a request for forming a consignment structure with another system for providing a defense simulation service in the same standard and environment through the defense simulation environment configurator 310, And may provide a simulation execution state and sharing and synchronization of data requested by the simulation entity according to a request from the other system and the defense simulation environment interface controller 330.

3 to 5 are flowcharts for explaining a method of providing a defense simulation service in a defense simulation system according to an embodiment.

The method of the defense simulation service according to one embodiment can be performed by the defense simulation service system described with reference to FIG. 1 and FIG.

In step S310, the defense simulation service system can design a defense simulation system. More specifically, referring to FIG. 4, detailed description of the design process is given by specifying the coupling information in the defense simulation entity registered in the defense simulation service system.

The defense simulation service system may perform the editing operation of the defense simulation object through updating the specification information or newly creating the specification information (S410). At this time, the defense simulation service system can register and store the edited defense simulation object.

The defense simulation service system can combine the defense simulation objects based on the stored specification information (S420). The defense simulation service system can determine whether the design of the defense simulation system is completed by the user (S430). At this time, if the design of the defense simulation system is not completed, the process returns to the first performing step S410, and if the defense simulation system is completed, the simulation simulation environment setting step S320 of the defense simulation system can be performed.

In step S320, the defense simulation service system can configure a simulation environment. The defense simulation service system constitutes a defense simulation environment for simulating based on the information of the defense simulation object, and can control the defense simulation environment through interworking with other systems for providing the defense simulation service.

In step S330, the defense simulation service system may apply the simulated object consignment service. Referring to FIG. 5, the defense simulation service system is to explain a process of constructing a consignment structure by applying a simulated object consignment service in a defense simulation environment.

The defense simulation service system can determine whether a simulation simulation service for a simulation simulation object and a simulation simulation object for environment designed by the user is necessary (S510). If the simulation service is not required, the defense simulation service system may perform the simulation-based performance and effectiveness analysis step (S340).

The defense simulation service system can request the identification of another system providing the defense simulation service in the same standard and environment or can identify the fake simulation service information based on the information of the already registered other system when the consignment service is required (S520).

The defense simulation service system can determine whether an available service exists through an interface between the mocking entity and the identified mocking entity (S530). If there is no available service, the process returns to the first performing step S510.

If there is an available service, the defense simulation service system may set up an interworking structure of a consigned simulation service with another system having the service (S540).

As described above, according to the embodiments of the present invention, it is possible to configure a virtual defense simulation system and execution environment based on a designed defense simulation entity, and to perform simulation-based performance and effect analysis thereof And, if necessary, can establish a consignment structure through the interface comparison of mock objects possessed by other systems that provide defense simulation services in the same standard and environment. In addition, it can support the research and development through analysis of the performance and effectiveness of the operational doctrine of the weapon system and the weapon system, by providing the dynamically expanding distributed simulated environment through the tiered consignment structure.

The apparatus described above may be implemented as a hardware component, a software component, and / or a combination of hardware components and software components. For example, the apparatus and components described in the embodiments may be implemented within a computer system, such as, for example, a processor, a controller, an arithmetic logic unit (ALU), a digital signal processor, a microcomputer, a field programmable gate array (FPGA) , A programmable logic unit (PLU), a microprocessor, or any other device capable of executing and responding to instructions. The processing device may execute an operating system (OS) and one or more software applications running on the operating system. The processing device may also access, store, manipulate, process, and generate data in response to execution of the software. For ease of understanding, the processing apparatus may be described as being used singly, but those skilled in the art will recognize that the processing apparatus may have a plurality of processing elements and / As shown in FIG. For example, the processing unit may comprise a plurality of processors or one processor and one controller. Other processing configurations are also possible, such as a parallel processor.

The software may include a computer program, code, instructions, or a combination of one or more of the foregoing, and may be configured to configure the processing device to operate as desired or to process it collectively or collectively Device can be commanded. The software and / or data may be in the form of any type of machine, component, physical device, virtual equipment, computer storage media, or device , Or may be embodyed temporarily. The software may be distributed over a networked computer system and stored or executed in a distributed manner. The software and data may be stored on one or more computer readable recording media.

The method according to an embodiment may be implemented in the form of a program command that can be executed through various computer means and recorded in a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, and the like, alone or in combination. The program instructions to be recorded on the medium may be those specially designed and configured for the embodiments or may be available to those skilled in the art of computer software. Examples of computer-readable media include magnetic media such as hard disks, floppy disks, and magnetic tape; optical media such as CD-ROMs and DVDs; magnetic media such as floppy disks; Magneto-optical media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine language code such as those produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. For example, it is to be understood that the techniques described may be performed in a different order than the described methods, and / or that components of the described systems, structures, devices, circuits, Lt; / RTI > or equivalents, even if it is replaced or replaced.

Therefore, other implementations, other embodiments, and equivalents to the claims are also within the scope of the following claims.

100: The defense simulation service control unit
110: Defense Mock Service Object Editor
120: Defense Mock Service Environment Editor
130: Defense simulation service execution controller
140: Defense Mock Service Results Analyzer
200: Defense Mock Object Management Department
210: Mock Object Register
220: Defense Mock Object Storage
230: Mock Object Providers
300: Defense Mock Environmental Protection
310: Defense Mock Environment Configurator
320: Defense simulation environment performance controller
330: Defense Mock Environment Interlock Controller
340: Defense simulation environment information storage
400: Foster Mock Service Manager
410: A fuzzy mock service identifier
420: Fill-in simulated service information storage
430: Fictitious mock service interlock

Claims (5)

A computer-implemented defense simulation service system,
A memory for storing instructions in a computer-readable recording medium; And
A plurality of processors configured to store and execute instructions stored in the memory,
Lt; / RTI >
Wherein the plurality of processors or one processor comprises:
A defense simulation entity management unit for managing specification information of the defense simulation entity;
A defense simulation environment for constructing a defense simulation environment for performing a simulation based on specification information of the defense simulation object and providing the configured defense simulation environment, the defense simulation environment comprising a weapon system and a weapon An imaginary battlefield environment is constructed according to the specification information including the operating doctrine of the system;
A fictitious simulation service management unit for configuring a distributed interworking environment based on the configured defense simulation environment; And
A defense simulated service control unit for providing an interface for a defense simulated service that performs simulations in a distributed simulated environment configured based on the defense simulation environment and the defense simulation environment;
Lt; / RTI >
The trust simulation service management unit,
Identifying whether or not the other system exists and compatibility with each other in accordance with a communication protocol of the other system in the same standard and environment for providing the defense simulation service and extracting unique information of another system providing the identified defense simulation service, And the information of the simulation simulation environment of the simulation service system is stored so that the stored information can be searched and browsed, and the distributed interworking environment formed with other systems in the same standard and environment is set, And sharing and synchronizing the data required by the specification information of the defense mock entity,
The defense simulation environment providing unit,
A defense simulation environment is constructed in accordance with specification information including a weapon system of the defense simulation object and an operation doctrine of the weapon system, and an inter-system defense simulation execution state in the distributed interworking environment formed in the same standard and environment, Simulation including the virtual battlefield environment for simulation operation of the weapon system and the weapon system based on the defense simulation environment constituted by sharing and synchronizing the data required in the specification information is performed, and simulation results obtained by performing the simulation are performed Analyzing and deriving a result, collecting and storing the obtained result information by performing the simulation, and providing search and browsing of the stored result information,
The defense simulation service control unit,
In the above defense simulation environment, the simulation is controlled according to the operational doctrine of the weapon system and the weapon system
A defense mock service system.



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