The electronic warfare simulation evaluation support platform is developed based on the independently researched and developed Cooperative Thinking and Editing System and Effectiveness Evaluation System, aiming at solving the problems of constructing the battlefield environment of electronic warfare, configuring the parameters of the model of the electronic warfare equipment and running, analyzing the ruling on the effect of electronic confrontation, etc. The platform is mainly applied in the prediction of the effect of confrontation of the electronic warfare system, the support platform for the evaluation of the effectiveness of electronic warfare equipment, and is mainly used in the prediction of the effect of confrontation of the electronic warfare system. It is mainly applied to the prediction of the confrontation effect of the electronic warfare system and the support platform for the evaluation of electronic warfare equipment.
Advantages of Electronic Warfare Simulation and Evaluation Support Platform
1 Complete elements of the electromagnetic environment;
2 Accurate calculation results of confrontation effects;
3 Real-time update of reconnaissance and jamming effects;
3 Realistic display of battlefield situation;
4 Comprehensive coverage of evaluation and analysis indexes;
5 Self-developed product Easy to expand.
Architecture of Electronic Warfare Simulation and Evaluation Support Platform
Introduction of Modules of Electronic Warfare Simulation and Evaluation Support Platform Electronic Warfare Model Library
It provides functional models of basic radar, jamming equipment, and electronic reconnaissance equipment, which can satisfy the needs of battle and tactical simulation and analysis. Combined with tactical applications, it can be docked to CGF system for real-time control of model status and parameter changes. Provide signal level simulation framework, support fine-grained signal level simulation extension.
Radiation Source Deployment and Configuration Module
Support the deployment of various radiation sources in the electromagnetic environment, the production of background information for simulating the complex electromagnetic environment, support for a variety of radiation sources, including radar radiation sources, communication radiation sources, civilian targets and other radiation sources. Can be deployed in combat scenarios all types of radiation source force, while configuring the basic attributes of each radiation source and special attributes to configure.
Radiation source signal level simulation tool
Support according to the functional characteristics of the radiation source, the user to customize the functional structure of the radiation source system, including antennas, transmitters, receivers, waveforms, and other modules, and in accordance with the actual mode of operation of the radiation source to design the workflow, the production of the corresponding radiation signal in the simulation process.
Radiation source waveform generation tool
Responsible for generating various types of signal waveforms. It mainly includes communication signals, radar pulse signals, and broadcast signals.
Radiation Source Antenna Design Tool
Used to define the antenna radiation direction map of the antenna array element, and design antenna array according to the typical antenna array element. It supports importing antenna gain data, including the vertical/horizontal gain values of each frequency band in each UV coordinate, and the antenna gain data can be obtained by actual measurement or simulation using CSI software.
Signal Generation and Propagation Process Analysis Tool
The signal propagation process is mainly analyzed by the SSPE model, and the frequency range of application is from 2MHz to 95GHz, which applies to any number of terrain points of arbitrary resolution, and the in-plane can be up to 50km in the height direction, and can be arbitrarily far away from the direction of the plane, and it applies to both ground-based radar and airborne radar, and it is suitable for ground-based and airborne radar, and it is also suitable for ground-based and airborne radar. The ground environment can be sea surface, land surface, or a combination of both.
Battlefield situational display engine (2D/3D)
Battlefield situational display engine around the electronic warfare simulation situational display of the needs of the realization of the target visualization, battlefield environment visualization, action visualization, visualization of the electromagnetic environment, visualization of the target, the scene, the combat situation and combat intent to show, support for three-dimensional verification of previews, fast, efficient test to determine the correctness of the correctness, The company's products and services are also available on the market.
Jamming Analysis Module
The module is capable of calculating and analyzing different types of jammers such as radar jammers, communication (data chain) jammers, GPS jammers, etc., and planning for operations; it supports the planning of working parameters of jammers, deployment locations and deployment quantities; it supports jamming styles such as fixed-frequency, narrow-band targeting, full-frequency band coverage, and multi-frequency targeting, etc.; it supports dynamic performance analysis of mobile stations moving along the path; and it supports dynamic performance analysis of mobile stations along the path; and it supports the analysis of the dynamic performance of mobile stations along the path. It supports the dynamic performance analysis of mobile stations along the path; and supports the dynamic simulation and deduction of mobile jammers.
Spectrum Occupancy Analysis Module
Provides spectrum management and analysis function of battlefield electromagnetic environment, which is mainly used to view the electromagnetic environment information of the designated location of battlefield posture and analyze the environmental conflict in the region.
Comprehensive analysis and assessment tools
Radar electronic warfare effectiveness assessment is mainly for the radar's detection capability of the target, as well as jamming equipment on the radar's jamming effect to carry out a comprehensive assessment of the comprehensive assessment indicators, including the early warning detection capability, jamming suppression capability, target identification and localization capabilities, radar reconnaissance capabilities. At the same time, it also supports the evaluation of single performance index of electronic warfare equipment. It also supports real-time online assessment and offline analysis and calculation.