Overview:

The Synthetic Warfare Simulation Toolkit (SWST) combines distributed interactive Simulation technology with visual Simulation technology to provide a platform for users to create, modify, manage and develop any Simulation-based applications, and it can combine the scattered simulation nodes, computer-generated forces and other equipments into a whole through the network to form an integrated battlefield simulation environment which can be coupled in time and space. SWST can help users complete the whole process from modeling, simulation, visualization to analysis. SWST is mainly used in simulation training, combat simulation, weapon system development, test and evaluation and so on. It has the characteristics of uniform work flow, controllability, non-destructiveness, safety, repeatability and economy.

　　SWST adopts distributed simulation architecture, which can meet the training requirements of multi-simulation nodes. Support for multiple people operating in the loop against different weapon systems. The whole system is integrated environment configuration and task dispatch by the main control terminal, then each simulation node participates in the whole battlefield to carry on the simulation drilling. In order to realize the battlefield environment simulation of man-in-loop. It is reconfigurable, interoperable and space-time consistent, which can enhance the fidelity of combat simulation, improve the stability and efficiency of system operation, and meet the requirements of flexibility and expansibility for complex large-scale systems, it has become the development direction of distributed simulation technology in the future. The combination of distributed simulation architecture and visual simulation makes the integrated environment generated by computer feel real and have high credibility.

SWST offers a complete set of solutions, users only need to create their own simulation model, pre-simulation data, battlefield scenario and other content added to the SWST workflow can achieve continuous battlefield environment simulation process. At the same time, SWST reduces the risk of users learning simulation expertise, so that users can spend more time in their own professional field of research, and improve work efficiency.

Module description:

Creating A PLATFORM FOR EMULATIONS:

In fact, our simulation environment creation platform can import any GIS data, sensor data or integrated scene data into the workflow of the system. We provide existing software platform tools to do this, and with modeling tools, we can create, add, and modify high precision, high fidelity 3D OpenFlight model databases, such as inside buildings/buildings, vehicles, ships, aircraft, vehicles, etc. . Through terrain processing tools, we can transform GIS data into 3d terrain, and then map the model as a cultural feature to the terrain to generate a comprehensive landscape database. The instrument tool can also add the virtual instrument and cockpit based on the real photo texture in the scene, which can modify, capture, pause, restart, get data at any time, and realize the simulation process control in the loop.

Creating a platform for battlefield environments:
The battlefield environment platform is used to create the whole simulation scenario. The seamless and direct process ensures the real-time rendering of the virtual scene. By simply adding artificial intelligence to the simulation entity in the scene, the complex scene construction with high simulation degree is realized. The battlefield environment platform also includes the connection of different low-level protocols, from DIS to Hla, it is easy to add distributed network application or any third-party program.

Assessment and record playback system:
　　Evaluation and record playback are also an integral part of the whole simulation system. During the simulation, the data will be stored and analyzed in real time. When the simulation is finished, we can play back our simulation process according to the function of fast-forward, pause and play, or we can evaluate and analyze the real-time data collected by the distributed network. We will have full access to these data streams. Data filtering, data modification and data format conversion. Standard tools such as Matlab or Excel  can also be used to analyze simulation results. You can even make specific SQL database queries against all the data in the existing simulation application.

GRAPHICS GENERATION SYSTEM:
　Once the whole synthesis scenario is created, we can present the whole scenario simulation process through an industrial graphics generation system. Graphics Generation System provides a professional development environment to generate high fidelity graphics, and with scalability. Extensibility ensures that graphics generation systems are compatible with different underlying transport protocols, from the CIGI standard for professional emulators to Hla, DIS and others for distributed simulation systems. In addition to its own graphics generation system platform support, but also compatible with third-party procedures.

Display System:
　The display system is the main window to obtain useful information. According to the user’s requirements and simulation application, we can provide various types of real/virtual display systems for users, with real-time out-of-window images and lifelike picture effects, to meet the training requirements in a variety of environments, to bring the driver immersive feeling. And the virtual image display system for the simulator can meet the requirements of FAA  D and Jaa of the same level.

Advantages:
1. Simplify the workflow of modeling and simulation by creating your own operating environment

2. Modeling, simulation, visualization, and analysis based on an open and tightly integrated software integration architecture.

3. Integrate third-party or customized applications into the overall system.

4. Through the new module connection, do not destroy the workflow, can expand the system function

5. Have an open and flexible working architecture

6.用户扩展接口

　　① Software API based

　　② Add your own features

　　③ Add your own code to customize any required product

Category: Integrated Environment Scenario Simulation