Data Link Modeling and Simulation Based on DEVS

Zhenxing Luo, Lulu Zhao, Wanyong Tian, Dan Yang, Yiyuan Chen, Jiabin Yu, Jianjun Li
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引用次数: 2

Abstract

The Discrete Event System (DEVS)[1] Specification provides a reference standard for the model design and simulation development of complex discrete event state system. It designs a formal mechanism to describe discrete event state, which is composed of a set of strictly abstract mathematical symbols, and provides a strict description mechanism and execution logic for the modeling and Simulation of discrete event state system, it ensures the normalization, reusability and simulation operation ability of the model. As a special link system, Data Link[2] is different from general communication system. It is mainly used between different military platforms to ensure information sharing. By linking sensors, command and control system and weapon platform according to the specified message format and communication protocol, the information system that can automatically transmit the formatted data of battlefield situation, command and guidance, tactical coordination, weapon control, etc., in real time can form a close and efficient tactical link relationship between different combat platforms. In this paper, DEVS is used to simulate the Reporting Responsibility for Air, Surface, and Land tracks in MIL-STD-6016B.
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基于DEVS的数据链建模与仿真
离散事件系统(DEVS)[1]规范为复杂离散事件状态系统的模型设计和仿真开发提供了参考标准。设计了一种由一组严格抽象的数学符号组成的描述离散事件状态的形式化机制,为离散事件状态系统的建模和仿真提供了严格的描述机制和执行逻辑,保证了模型的规范化、可重用性和仿真操作能力。数据链路[2]作为一种特殊的链路系统,不同于一般的通信系统。主要用于不同军事平台之间,保证信息共享。通过将传感器、指挥控制系统和武器平台按照规定的报文格式和通信协议进行连接,能够实时自动传输战场态势、指挥制导、战术协调、武器控制等格式化数据的信息系统,在不同作战平台之间形成紧密、高效的战术链接关系。本文采用DEVS对MIL-STD-6016B中空中、地面和陆地轨道的报告责任进行了仿真。
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