Resource integration and application verification system

Abstract

The invention discloses a resource integration situation display and simulation guidance application control method, relates to the technical field of network resource management, and provides a battlefield resource integration situation display and simulation application guidance control method for joint simulation training, which comprises the following steps: acquiring data; connecting the data to form a situation display resource pool; a visual theme layout is determined through a visual theme layout configuration tool, and overall display architecture design of visual content is completed; performing visual theme display on the data in the situation display resource pool; the visual display content is displayed on an EV-Globe platform, comprehensive display of the combat drill situation is carried out, and simulation guidance application control is carried out. The battlefield resource integration system has the resource integration capacity, battlefield resources can be integrated according to a specific data format and a data interface, real-time data can be processed, situation display information can be updated in real time, and multi-level and multi-detail situation display and director regulation and control can be carried out on battlefield information.

Description

Technical Field

[0001] The present invention relates to the technical field of network resource management, and in particular to a resource integration and application verification system. Background Art

[0002] Resource integration and application verification stem from the coordinated development and integration of multiple fields. In the information age, with the rapid growth of data volume, it relies on the continuous breakthrough of resource integration. In today's digital age, various data sources are emerging like a tide, including simulation data, sensor data, database information, media data, and geographic information data. Situation display requires efficient integration of these scattered resources to build a comprehensive and accurate situation scenario.

[0003] To achieve efficient resource integration, the following key technologies are needed: 1. Standardized interfaces: ensure smooth data conversion between different systems and data sources. 2. Data cleaning and conversion: handle data inconsistencies and compatibility issues. 3. Real-time data processing: be able to process and update situation information in a timely manner to reflect dynamic changes. 4. Large-scale data storage and management: effectively store and manage massive amounts of inherited data.

[0004] Through effective resource integration, situation display can make full use of various data sources to provide users with more comprehensive, accurate and real-time information display. This is of great significance for command decision-making, emergency response, etc. At the same time, resource integration also promotes the integration of resource integration and application verification systems with other fields, further enhancing its application value and development potential.

[0005] Existing resource integration technologies focus on the integrity and breadth of resources, but ignore the ability to display resources. Existing situation display focuses on the access and processing of real-time data, and some situation display technologies do not have resource integration capabilities or have insufficient resource integration capabilities. In general, they have the following shortcomings: Complexity: Integrating multiple different resources may cause the system to become complex, increasing the difficulty of management and maintenance.

[0006] Compatibility issues: There may be compatibility issues between different resources, resulting in errors or instability during the integration process.

[0007] Costly: The integration process can require a significant investment of time and money.

[0008] Technology limitations: Existing technologies may not be able to meet integration requirements, limiting the functionality and performance of the system.

[0009] Dependencies: The system may be dependent on specific resources or technologies, limiting flexibility.

[0010] Integration difficulty: Some resources may have complex structures or interfaces, which increases the difficulty of integration. Summary of the invention

[0011] In response to the above-mentioned problems, the present invention aims to provide a resource integration and application verification system, which not only has the ability to integrate resources, but also can process real-time data, update situation display information in real time, and perform multi-level and multi-detailed situation display and guidance control of battlefield information.

[0012] In order to achieve the above object, the technical solution adopted by the present invention is as follows: The resource integration and application verification system is characterized by comprising: Visual resource configuration tool, used to obtain data and transfer the data to the visual theme layout configuration tool; Visual theme layout configuration tool, used to configure the theme of the data transmitted by the visual resource configuration tool and transmit it to the visual rendering tool; Visual rendering tool, used to render the data after theme configuration and send it to the comprehensive display and control tool for display; Comprehensive display and control tools, used to develop various visualization plug-ins, and use the data rendered by the visualization rendering tool to drive various visualization plug-ins to display and apply data; The simulation application guidance and control module is used to process the combat exercise data and basic geographic information data in the simulated combat training with the help of visual resource configuration tools, visual theme layout configuration tools, and visual rendering tools, and to display the data and the simulated combat training process and training status through comprehensive display and control tools, and to guide and control the simulated combat training process and training status according to the display results.

[0013] Furthermore, the visual resource configuration tool includes the following sub-modules: A visualization data submodule, for processing visualization data in the acquired data and transmitting the processed data to a visualization theme layout configuration tool; The map service submodule is used to process the map data in the acquired data and transmit the processed data to the visualization theme layout configuration tool; The three-dimensional model submodule is used to process the three-dimensional model data in the acquired data and transmit the processed data to the visualization theme layout configuration tool.

[0014] Furthermore, the visualization rendering tool includes the following submodules: The combat situation display plug-in submodule is used to create entities and render models through this plug-in based on the data configured by the theme; A two-dimensional or three-dimensional map display plug-in submodule is used to display the rendered model in the combat situation display plug-in in a two-dimensional or three-dimensional map scene; The 3D style configuration plug-in submodule is used to provide the 3D earth display style in the 3D map scene.

[0015] Furthermore, the integrated display and control tool includes the following submodules: The visualization interaction submodule is used in the situation display process to ensure the compatibility of the software with the large screen when it is displayed on the large screen, and to ensure the good operability of the software; The visual theme display submodule is used to display the parsed data according to the configured theme.

[0016] Furthermore, the simulation application guidance and control module includes the following submodules: The command guidance module is used to control the basic status of the red and blue side's weapons and equipment, combat units, radars, sensors and other entities; The intelligence guidance submodule is used to simulate the guidance tasks and guidance processes realized by intelligence information during training; The situation guidance and control submodule is used to simulate the guidance and control process based on the target's situation information and deployment situation during training.

[0017] The present invention also discloses a method for resource integration and application verification, which is characterized by comprising the following steps: Step 1: Obtain data and transfer the data to the visual theme layout configuration tool; Step 2: Configure the data transferred in step 1 and transfer it to the visualization rendering tool; Step 3: Render the data configured by the theme in step 2 and send it to the integrated display and control tool for display; Step 4: Develop various visualization plug-ins, and use the data rendered in step 3 to drive various visualization plug-ins to display and apply data; Step 5: Based on steps 1-4, the combat exercise data and basic geographic information data in the simulated combat training are processed with the help of visual resource configuration tools, visual theme layout configuration tools, and visual rendering tools, and the data as well as the simulated combat training process and training status are displayed through comprehensive display and control tools. The simulated combat training process and training status are guided and controlled based on the display results.

[0018] Further, step 3 includes the following sub-steps: Step 3-1: Use the data configured by the theme in step 2 to create entities and render models through the combat situation display plug-in; Step 3-2: Use the two-dimensional or three-dimensional map display plug-in to display the rendered model in the battle situation display plug-in in step 3-1 in a two-dimensional or three-dimensional map scene; Step 3-3: Use the 3D style configuration plug-in to provide a 3D earth display style for the 3D map scene in step 3-2.

[0019] Further, step 4 includes the following sub-steps: Step 4-1: Use software to display the data rendered in step 3 on a large screen, and ensure that the software is compatible with the large screen and that the software is easy to operate; Step 4-2: Parse the data in step 4-1 according to the configured theme and display the parsed data.

[0020] The present invention also discloses an electronic device, including a processor and a memory, characterized in that computer instructions are stored in the memory, and the processor is used to run the computer instructions stored in the memory to implement a method for resource integration and application verification.

[0021] The present invention also discloses a computer-readable storage medium on which computer instructions are stored, wherein the computer instructions are used to enable a computer to execute a method for resource integration and application verification.

[0022] The beneficial effects of the present invention are as follows: compared with the prior art, the present invention has the following improvements: The present invention proposes a resource integration situation display and simulation command and control application method for simulation training, which can provide support for the guidance, monitoring, directing and adjustment and arbitration and judgment of the entire training or exercise process, so that the confrontation process in the simulation training process can be visualized, the command and control preparation of the confrontation process can be accelerated, the command and control can be practical, the command and control implementation can be streamlined, the whole network data can be shared, and the system operation and maintenance can be centralized, so as to efficiently and conveniently meet the visual display and command and control of training tasks, meet the format requirements of entity input data in the joint debugging and testing during the joint simulation training, and facilitate the joint debugging and testing.

[0023] By utilizing the method proposed in the present invention, users can be guided to meet the requirements of resource integration and application verification, and the resource integration situation of the entire simulation training process can be displayed and simulation application guidance and control can be performed.

[0024] By using the method proposed in the present invention, the simulation training process data can be visualized in a multi-level and multi-detail manner, which can provide a basis for command decision-making needs in different scenarios. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 A business process diagram showing the resource integration situation of the present invention.

[0026] Figure 2 This is a flow chart of the control business of the simulation application of the present invention.

[0027] Figure 3 The data processing flow chart of the present invention.

[0028] Figure 4 This is a workflow diagram of the resource integration and application verification system of the present invention. DETAILED DESCRIPTION

[0029] In order to enable those skilled in the art to better understand the technical solution of the present invention, the technical solution of the present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0030] The resource integration and application verification system of this application includes: Visual resource configuration tool, used to obtain data and transfer the data to the visual theme layout configuration tool; Among them, data includes external data and visual data. 1) External data (i.e. data acquired in real time) mainly comes from the business system. The data is transmitted to the visual theme layout configuration tool through the data communication middleware and connected; 2) Visual data (i.e. non-real-time data) mainly includes visualization data, map data, 3D model data, real-time historical situation data and other visualization display data. Visual data is transmitted into the visualization resource configuration tool, and is processed by the visualization data module, map service module and 3D model module, and finally transmitted to the visualization theme layout configuration tool for docking.

[0031] A visualization theme layout configuration tool is used to transfer the data transmitted by the visualization resource configuration tool to the comprehensive display and control tool for display, and to perform theme configuration on the data transmitted by the visualization resource configuration tool and transfer it to the visualization rendering tool; Specifically, the visualization theme layout configuration tool connects the required visualization resources through the visualization resource configuration tool to form a situation display resource pool; various visualization plug-ins are developed through the comprehensive display and control tool, and the data resources connected by the visualization resource configuration tool are used to drive various visualization plug-ins to display and apply data; various functional plug-ins are combined based on the application integration framework through the visualization theme configuration tool, and the system layout is configured to generate a multi-screen visualization theme application; finally, the visualization rendering tool is used to use the EV-Globe spatiotemporal remote sensing big data three-dimensional platform as a unified platform to aggregate and display various situation information and basic geographic information, thereby realizing a comprehensive display of multi-dimensional battlefield situation.

[0032] Visual rendering tool, used to render the data after theme configuration and send it to the comprehensive display and control tool for display; Comprehensive display and control tools, used to develop various visualization plug-ins, and use the data rendered by the visualization rendering tool to drive various visualization plug-ins to display and apply data; The simulation application guidance and control module is used to process the combat exercise data and basic geographic information data in the simulated combat training with the help of visual resource configuration tools, visual theme layout configuration tools, and visual rendering tools, and to display the data and the simulated combat training process and training status through comprehensive display and control tools, and to guide and control the simulated combat training process and training status according to the display results.

[0033] Specifically, the simulation application guidance module controls the use of the simulation application guidance plan formulation submodule to receive the planning plan issued by the training planning seat, and conducts plan simulation. During the plan simulation, the guidance events are set, and the assessment points or evaluation points are inserted to generate a guidance plan. The generated guidance plan is stored in the training resource comprehensive management subsystem. After the guidance plan is formulated, the simulation application guidance control submodule executes this guidance plan to guide the simulation training confrontation process. The guidance process can be carried out according to the plan or randomly as needed to intervene in the simulation training process in real time.

[0034] It should be noted that the visual resource configuration tool includes the following sub-modules: A visualization data submodule, for processing visualization data in the acquired data and transmitting the processed data to a visualization theme layout configuration tool; The map service submodule is used to process the map data in the acquired data and transmit the processed data to the visualization theme layout configuration tool; The three-dimensional model submodule is used to process the three-dimensional model data in the acquired data and transmit the processed data to the visualization theme layout configuration tool.

[0035] The visual theme layout configuration tool includes the following sub-modules: The theme configuration submodule is used to parse the data obtained by the visualization resource configuration tool, and aggregate the parsed data into the visualization rendering tool, and display the parsed data according to the configured theme.

[0036] The visualization rendering tool includes the following submodules: The combat situation display plug-in submodule is used to create entities and render models through this plug-in based on the data configured by the theme; A two-dimensional or three-dimensional map display plug-in submodule is used to display the rendered model in the combat situation display plug-in in a two-dimensional or three-dimensional map scene; The 3D style configuration plug-in submodule is used to provide the 3D earth display style in the 3D map scene.

[0037] The comprehensive display and control tool includes the following submodules: The visualization interaction submodule is used in the situation display process to ensure the compatibility of the software with the large screen when it is displayed on the large screen, and to ensure the good operability of the software; The visual theme display submodule is used to display the parsed data according to the configured theme.

[0038] The simulation application guidance and control module includes the following submodules: The command guidance module is used to control the basic status of the red and blue side's weapons and equipment, combat units, radars, sensors and other entities; The intelligence guidance submodule is used to simulate the guidance tasks and guidance processes realized by intelligence information during training; The situation guidance and control submodule is used to simulate the guidance and control process based on the target's situation information and deployment situation during training.

[0039] The present application also discloses a method for resource integration and application verification, comprising the following steps: Step 1: Obtain data and transfer the data to the visual theme layout configuration tool; Step 2: Configure the data transferred in step 1 and transfer it to the visualization rendering tool; Step 3: Render the data configured by the theme in step 2 and send it to the integrated display and control tool for display; Step 4: Develop various visualization plug-ins, and use the data rendered in step 3 to drive various visualization plug-ins to display and apply data; Step 5: Based on steps 1-4, the combat exercise data and basic geographic information data in the simulated combat training are processed with the help of visual resource configuration tools, visual theme layout configuration tools, and visual rendering tools, and the data as well as the simulated combat training process and training status are displayed through comprehensive display and control tools. The simulated combat training process and training status are guided and controlled based on the display results.

[0040] Wherein, step 3 comprises the following sub-steps: Step 3-1: Use the data configured by the theme in step 2 to create entities and render models through the combat situation display plug-in; Step 3-2: Use the two-dimensional or three-dimensional map display plug-in to display the rendered model in the battle situation display plug-in in step 3-1 in a two-dimensional or three-dimensional map scene; Step 3-3: Use the 3D style configuration plug-in to provide a 3D earth display style for the 3D map scene in step 3-2.

[0041] Step 4 includes the following sub-steps: Step 4-1: Use software to display the data rendered in step 3 on a large screen, and ensure that the software is compatible with the large screen and that the software is easy to operate; Step 4-2: Parse the data in step 4-1 according to the configured theme and display the parsed data. Example

[0042] The resource integration and application verification system aims at the comprehensive application of combat exercise data and basic geographic information data. Through the four stages of data collection and import, data storage management, data resource configuration, and data comprehensive application, it provides users with comprehensive battlefield situation information guarantee and realizes the transformation from data to capability. The system adopts a unified time and space benchmark to standardize and organize the multi-source data.

[0043] When using the resource integration and application verification system of the present application to conduct command and control of simulated combat training, first use the visual resource configuration tool to obtain data and transfer the data to the visual theme layout configuration tool; The data flow process is as follows: Figure 3 As shown, it specifically includes the following aspects: 1) Data collection and import The methods of data connection include network message reception, file import, database reading, geographic information service access, etc. The connected data content includes map tile data, vector map element data, 3D model data, equipment animation data, particle special effect data, real-time message data, historical situation data, force data, plan data, weapon equipment data, script files, etc. The data of external business systems can be collected from the network environment where they are deployed and operated by receiving network messages to obtain real-time situation information. Various historical situation information, force information, plan data, and geographic information can also be connected by file import, database reading, geographic information service access, etc.

[0044] 2) Data storage management A hybrid storage environment such as file system and relational database is used to build a storage database for various types of data, and a unified data access engine interface is used to implement storage management of various types of data. The data access engine abstracts the design of different database interfaces, shields the physical layer storage differences, provides support for access to various types of data in the system, and provides a standardized access interface.

[0045] 3) Data resource configuration Data resource configuration is the configuration of data resources for various visualization display plug-ins. It is driven by various data resources connected and stored in this application, provides a visualization interface for selecting and configuring data sources and fields, and drives two- and three-dimensional map plug-ins, evaluation and analysis display plug-ins, graphic introduction plug-ins, situation display plug-ins, backtracking plug-ins, real-time arbitration result display (key event) plug-ins, three-dimensional style configuration plug-ins, visualization chart plug-ins, guidance and dispatching plan formulation plug-ins, guidance and dispatching control plug-ins, guidance and dispatching plan display plug-ins and other plug-ins to display and apply data.

[0046] 4) Comprehensive application of data Comprehensive data utilization utilizes visual resource configuration tools to build client application systems. In typical application scenarios such as resource integration situation display and simulation application guidance and control, functional plug-ins are configured and combined to achieve personalized customization of the system working environment. Various functional modules are used to process data resources, and data is converted into information that is easy for users to understand through various application display methods such as two-dimensional and three-dimensional map display, graphic introduction, situation display, visual charts, and fine equipment model display, as well as interactive methods such as terminals and large screens, to achieve the transformation from data to capabilities. The system ensures that business data flows effectively and correctly in the system according to design requirements through effective control and interaction of business logic information between plug-ins, supporting the normal use of business functions. Secondly, after the data transfer is completed, use the visual theme layout configuration tool to configure the theme of the data transmitted by the visual resource configuration tool and transmit it to the visual rendering tool;

[0047] Specifically, the resource integration situation display uses the visualization resource configuration tool to connect the visualization resources required by the system to form a situation display resource pool; the theme display and interactive control are realized through the comprehensive display and control tool, and the data resources connected by the visualization resource configuration tool are used to drive various visualization plug-ins to display and apply data; various functional plug-ins are combined based on the application integration framework through the visualization theme configuration tool, and the system layout is configured to generate a multi-screen visualization theme application; It should be noted that the visual theme configuration tool is combined by loading and unloading plug-ins. The application integration framework mentioned here refers to a plug-in management tool that reserves a unified plug-in interface, which is equivalent to a plug-in board, and a plug-in is equivalent to a socket; system layout refers to the system and the way the system exists, system = various functional plug-ins + application integration framework; the system layout configuration is the configuration of the position, size, display method, and display style of various functional plug-ins when they are displayed.

[0048] In general, the system layout here refers to a multi-screen visual theme application system, which requires the application integration framework (which can be understood as a plug-in management tool) to load the plug-in and configure the plug-in size, position, and display on the page to form this system.

[0049] After generating a multi-screen visualization theme application, the visualization rendering tool is finally used to use the EV-Globe spatiotemporal remote sensing big data three-dimensional platform as a unified platform to aggregate and display various situation information and basic geographic information, thereby realizing a comprehensive display of multi-dimensional battlefield situation.

[0050] Among them, the visual rendering tool is used to render the data after the theme configuration and send it to the comprehensive display and control tool for display; and the visual rendering tool includes: The combat situation display plug-in, after the visualization theme tool obtains the data sent by the external system, it is processed by the visualization theme layout configuration tool, and finally the entity creation and model rendering are performed through this plug-in.

[0051] The two-dimensional and three-dimensional map plug-in provides two-dimensional map and three-dimensional map scenes for display. After the visualization theme tool obtains the data sent by the external system, it is processed by the visualization theme layout configuration tool to extract the geographic location information data (i.e. the longitude, latitude, altitude, attitude, pitch, and roll of the entity in the engagement situation display plug-in) from the data sent by the external system, and the model in the engagement situation display plug-in is displayed in a two-dimensional or three-dimensional scene according to this geographic location information data.

[0052] Practice 3D style configuration plug-in. This plug-in provides users with 3D earth display styles in 3D scenes. Users can switch 3D styles through this plug-in to achieve different display effects.

[0053] The rendering tool is a concrete display of the data of the entire process. Without this tool, the entire process is only data interaction, and it is impossible to directly see how the simulation training process is going. The simulation application guidance and control can intuitively see the actual situation of the entire training process from a bird's eye view and perform guidance and control, that is, input guidance and control instructions (command guidance and control, intelligence guidance and control, situation guidance and control) for guidance and control.

[0054] After the visualization rendering tool renders the data, the rendered data is sent to the comprehensive display and control tool for display.

[0055] Among them, the comprehensive display and control tool is used to develop various visualization plug-ins, and use the data rendered by the visualization rendering tool to drive various visualization plug-ins to display and apply data; The simulation application guidance and control uses the simulation application guidance and control plan formulation submodule to receive the planning scheme issued by the training planning seat and conduct scheme simulation. During the scheme simulation process, the guidance and control events are set, and the assessment points or evaluation points are inserted to generate a guidance and control plan. After the guidance and control plan is formulated, the simulation application guidance and control submodule executes this guidance and control plan to guide the simulated combat training process. The guidance and control process can be carried out according to the plan or randomly as needed to intervene in the simulated training process in real time.

[0056] Simulation application guides and controls business processes such as Figure 2 shown.

[0057] Simulation application guidance and control business process: 1) After a series of training exercises, the training planning seat generates and issues a planning plan. The simulation application guidance and control plan formulation submodule receives the planning plan and conducts plan simulation based on the planning results of the red and blue sides, which include information such as troops, deployment, weapons and equipment, offensive weapons, key attack locations, and flight routes, with the support of the simulation application guidance and control submodule.

[0058] 2) During the scenario simulation process, guidance events are set, with the main focus on the content and rules of guidance events, as well as the correct time handling methods and time limits. After the guidance events are set, the set guidance events, assessment points or evaluation points are inserted to form a training subject guidance and evaluation event sequence and generate a guidance plan.

[0059] 3) Guidance and control runs through the entire actual simulation training process and is the tool and means for system guidance after the simulation training begins. After the guidance and control plan is formulated, the simulation application guidance and control submodule is responsible for executing this guidance and control plan, and guiding and controlling the simulated combat training process according to the plan or randomly. The guidance and control content is divided into information guidance, situation guidance and command guidance.

[0060] Here we further explain guidance and control. Guidance and control is an important link in the collection and verification of information during troop exercises. It plays an important role in supporting guidance and control of the entire exercise process and ensuring the smooth progress of the exercise.

[0061] The guidance and control system consists of guidance and control software, portable guidance and control terminals, central computers, servers and other hardware. The main functions of this system include: The training plan configuration before the exercise includes configuring the exercise area map, setting the formation plan, matching the corresponding relationship between the participating troops and equipment, initializing the types of troops and weapons, team logos, ammunition quantity, etc., and setting the combat time.

[0062] The combat situation display in the exercise. Through the network platform, the system receives various interactive information such as weapon equipment situation, strike, guidance, and judgment in real time, monitors the situation of both sides in real time on the electronic map, and controls the start and killing effect of long-range artillery strike areas.

[0063] Command and guidance during the exercise. According to the exercise situation and exercise rules, simulate various firepower engagements, make decisions on troops and weapons, issue command and guidance instructions in real time, and guide the progress of the exercise.

[0064] Post-exercise replay evaluation: Call the exercise process information stored in the database, replay the exercise process, and generate a report on the combat use of troops and weapons through objective analysis of the exercise data.

[0065] It should be noted that the simulation application control of this application has made the following adjustments in control mode compared with the existing control: 1. There are two types of command and control methods, namely planned command and control and random command and control. Planned command and control refers to inputting command and control events through the command and control plan during the exercise and training process. This method has a good effect on the effectiveness test of the training plan. Random command and control refers to the command and control of a certain equipment or a certain unit node during the exercise and training process. Due to the randomness and uncertainty of random command and control, it has a good effect on testing the combat effectiveness of a certain type of equipment and a certain unit node. 2. According to the command and control content, the command and control instruction types are divided into three types, namely command command and control, information command and control, and situation command and control. There are intuitive control methods for the control of a certain type of equipment, information exchange, or deployment position, which is convenient for the commander to operate.

[0066] The workflow of the resource integration and application verification system is as follows. Please refer to the flowchart Figure 4 : Step 1: Obtain data and transfer the data to the visual theme layout configuration tool; It should be noted that the acquired data includes the following: 1) External data (i.e. data acquired in real time) mainly comes from the business system. The data is transmitted to the visual theme layout configuration tool through the data communication middleware and connected; 2) Visual data (i.e. non-real-time data) mainly includes visualization data, map data, 3D model data, real-time historical situation data and other visualization display data. Visual data is transmitted into the visualization resource configuration tool, and is processed by the visualization data module, map service module and 3D model module, and finally converged into the visualization theme layout configuration tool.

[0067] Step 2: Configure the data transferred in step 1 and transfer it to the visualization rendering tool; The visualization rendering tool renders weapons or entities based on the received data. Rendering classifies the data and renders the model into a three-dimensional scene according to the data type. Configuring the theme is to set the display method. In the theme layout, you can set the display layout of the visualization graphics. You can use multiple layouts as a theme and save the theme configuration to facilitate loading the theme again.

[0068] Step 3: Render the data configured by the theme in step 2 and send it to the integrated display and control tool for display; Step 4: Develop various visualization plug-ins, and use the data rendered in step 3 to drive various visualization plug-ins to display and apply data; Switch and load the theme file according to the customer's requirements to complete the preparation for visualization. If the computer configuring the resource integration and application verification system is connected to an external large display screen, the integrated display and control tool can display the visualization content on the large display terminal.

[0069] Step 5: Based on steps 1-4, the combat exercise data and basic geographic information data in the simulated combat training are processed with the help of visual resource configuration tools, visual theme layout configuration tools, and visual rendering tools, and the data as well as the simulated combat training process and training status are displayed through comprehensive display and control tools. The simulated combat training process and training status are guided and controlled based on the display results.

[0070] It should be noted that the data source of the guidance control is the training plan and the simulation engine. There are three types of guidance instructions: They are command guidance and control instructions, intelligence guidance and control instructions, and situation guidance and control instructions. Command guidance and control instructions are further divided into general instructions, red side special instructions, and blue side special instructions. The three types of guidance and control instructions contain the control of the basic status of the red and blue side's weapons and equipment, combat units, radars, sensors and other entities.

[0071] In modern military operations, the coordination of Red Team-specific instructions and Blue Team-specific instructions is a crucial task. By accurately and efficiently communicating Red Team instructions and Blue Team instructions, combat efficiency can be effectively improved and misunderstandings and mistakes can be reduced.

[0072] Here we take the Red Force Special Instructions as an example. The Red Force Special Instructions are a kind of command to the combat troops, which conveys the requirements of strategy, tactics, command and action to ensure the smooth conduct of combat operations. Red Force Instructions are crucial to both commanders and soldiers. They provide key information such as the goals, tasks, and timetables of the operations. Good Red Force Instructions can ensure that commanders at all levels can accurately understand the tasks and act according to the predetermined plans, thereby improving the efficiency and success rate of the entire combat operation. In the simulation training process, the Red Force Special Instructions abstract the above-mentioned commands into information for interaction between systems and issue them to his subordinate units, meeting the needs of simulation training.

[0073] The above shows and describes the basic principles, main features and advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments, and the above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention to be protected. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. Resource integration and application verification system, characterized by: include: Visual resource configuration tool, used to obtain data and transfer the data to the visual theme layout configuration tool; Visual theme layout configuration tool, used to configure the theme of the data transmitted by the visual resource configuration tool and transmit it to the visual rendering tool; Visual rendering tool, used to render the data after theme configuration and send it to the comprehensive display and control tool for display; Comprehensive display and control tools, used to develop various visualization plug-ins, and use the data rendered by the visualization rendering tool to drive various visualization plug-ins to display and apply data; The simulation application guidance and control module is used to process the combat exercise data and basic geographic information data in the simulated combat training with the help of visual resource configuration tools, visual theme layout configuration tools, and visual rendering tools, and to display the data and the simulated combat training process and training status through comprehensive display and control tools, and to guide and control the simulated combat training process and training status according to the display results.

2. The resource integration and application verification system according to claim 1, characterized in that: The visual resource configuration tool includes the following sub-modules: A visualization data submodule, for processing visualization data in the acquired data and transmitting the processed data to a visualization theme layout configuration tool; The map service submodule is used to process the map data in the acquired data and transmit the processed data to the visualization theme layout configuration tool; The three-dimensional model submodule is used to process the three-dimensional model data in the acquired data and transmit the processed data to the visualization theme layout configuration tool.

3. The resource integration and application verification system according to claim 1, characterized in that: The visualization rendering tool includes the following submodules: The combat situation display plug-in submodule is used to create entities and render models through this plug-in based on the data configured by the theme; A two-dimensional or three-dimensional map display plug-in submodule is used to display the rendered model in the combat situation display plug-in in a two-dimensional or three-dimensional map scene; The 3D style configuration plug-in submodule is used to provide the 3D earth display style in the 3D map scene.

4. The resource integration and application verification system according to claim 1, characterized in that: The comprehensive display and control tool includes the following submodules: The visualization interaction submodule is used in the situation display process to ensure the compatibility of the software with the large screen when it is displayed on the large screen, and to ensure the good operability of the software; The visual theme display submodule is used to display the parsed data according to the configured theme.

5. The resource integration and application verification system according to claim 1, characterized in that: The simulation application guidance and control module includes the following submodules: The command guidance module is used to control the basic status of the red and blue side's weapons and equipment, combat units, radars, sensors and other entities; The intelligence guidance submodule is used to simulate the guidance tasks and guidance processes realized by intelligence information during training; The situation guidance and control submodule is used to simulate the guidance and control process based on the target's situation information and deployment situation during training.

6. A method for resource integration and application verification, characterized in that: The following steps are involved: Step 1: Obtain data and transfer the data to the visual theme layout configuration tool; Step 2: Configure the data transferred in step 1 and transfer it to the visualization rendering tool; Step 3: Render the data configured by the theme in step 2 and send it to the integrated display and control tool for display; Step 4: Develop various visualization plug-ins, and use the data rendered in step 3 to drive various visualization plug-ins to display and apply data; Step 5: Based on steps 1-4, the combat exercise data and basic geographic information data in the simulated combat training are processed with the help of visual resource configuration tools, visual theme layout configuration tools, and visual rendering tools, and the data as well as the simulated combat training process and training status are displayed through comprehensive display and control tools. The simulated combat training process and training status are guided and controlled based on the display results.

7. The method for resource integration and application verification according to claim 6, characterized in that: Step 3 includes the following sub-steps: Step 3-1: Use the data configured by the theme in step 2 to create entities and render models through the combat situation display plug-in; Step 3-2: Use the two-dimensional or three-dimensional map display plug-in to display the rendered model in the battle situation display plug-in in step 3-1 in a two-dimensional or three-dimensional map scene; Step 3-3: Use the 3D style configuration plug-in to provide a 3D earth display style for the 3D map scene in step 3-2.

8. The method for resource integration and application verification according to claim 6, characterized in that: Step 4 includes the following sub-steps: Step 4-1: Use software to display the data rendered in step 3 on a large screen, and ensure that the software is compatible with the large screen and that the software is easy to operate; Step 4-2: Parse the data in step 4-1 according to the configured theme and display the parsed data.

9. An electronic device comprising a processor and a memory, characterized in that: The memory stores computer instructions, and the processor is used to run the computer instructions stored in the memory to implement a method for resource integration and application verification as described in claim 6.

10. A computer-readable storage medium having computer instructions stored thereon, wherein: The computer instructions are used to enable a computer to execute a method for resource integration and application verification as described in claim 6.

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