Design and Implementation of General Multi-nodes Weapon System Collaborative Simulation Platform
Yao Liang, Lijun Meng, Qu Juxin, Yao Xiaoguang, Hongbin Li
Abstract
Yao Liang, Lijun Meng, Qu Juxin, Yao Xiaoguang, Hongbin Li
Abstract
According to the operational requirements of a typical weapon system, based on the physical model, functional model and probability model, the general multi-nodes simulation architecture of the weapon system is designed, the workflow of the simulation system is analyzed, the model implementation technology of the key simulation objects is described, and the functional simulation and performance simulation are built. The simulation platform provides the key support for the research of combat application, combat demand analysis and weapon technical scheme demonstration of the weapon system.
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According to the operational requirements of a typical weapon system, based on the physical model, functional model and probability model, the general multi-nodes simulation architecture of the weapon system is designed, the workflow of the simulation system is analyzed, the model implementation technology of the key simulation objects is described, and the functional simulation and performance simulation are built. The simulation platform provides the key support for the research of combat application, combat demand analysis and weapon technical scheme demonstration of the weapon system.
Key concepts: Key (lock), Weapon system, Computer science, Workflow, Architecture, Scheme (mathematics), Systems engineering, Modeling and simulation