基于复杂网络的反导通信效能建模与仿真

发布时间：2018-06-11 12:52

本文选题：复杂网络 + 建模与仿真　；参考：《湘潭大学》2017年硕士论文

【摘要】：反导通信网络的研究是随着信息化、网络化战争而带来的产物,是一个国家建立一套完备的弹道导弹防御体系必须要研究的重要部分。根据复杂网络理论,提升网络的整体特性主要从两方面入手,提升通信网络本身固有的能力以及提升通信网络在作战信息分配的通信效能。然而,反导通信网络由于本身固有的网络的复杂性和特殊性,如何针对通信网络能力和效能建模,长期以来是一个难点和热点问题。本文以反导通信网络为研究对象,开展基于复杂网络的反导通信网络通信效能的建模与仿真工作。本文的主要研究工作包括:第一,研究了基于复杂网络的反导通信网络作战效能研究中的应用方法。在深入分析了反导通信网络的通信装备组成,组织结构以及作战通信过程的基础上,研究了反导通信网络复杂性等特点。在此基础之上探究了基于复杂网络的反导通信网络建模核心思想以及其区别传统仿真所表现出的适用性和优势。最后,综合上述研究,得出本文的反导通信网络作战效能研究策略。第二,建立了反导通信网络模型。首先根据复杂网络理论,设计了适用于反导通信网络建立的物理网、关系网、交互网三层网络架构。其次,根据每一层网络架构之间嵌套关系与网络职能,建立了每一层网络所需建立的相关模型描述。第三,开发了用于反导通信网络研究的仿真平台。利用NS2通信网络仿真工具,研究开发了适用于反导通信网络的计算实验仿真应用平台,详细描述了各层网络模型仿真实现过程。最后,完成了反导通信网络仿真实验与结果分析。设计了基于复杂网络的反导通信网络作战实验想定方案,从网络拥塞的角度着手,对一种典型的多枚来袭导弹突防,展开仿真分析。其中,在现有通信网络能力下,提出了一种提高反导通信网络通信效能的路由算法。本文的研究对我国反导通信网的建设具有一定的参考价值。
[Abstract]:The research of ABM communication network is the result of information technology and network war. It is an important part of a country to establish a complete ballistic missile defense system. According to the complex network theory, the overall characteristics of the network can be improved from two aspects: the inherent capability of the communication network and the communication efficiency of the communication network in the distribution of operational information. However, due to the inherent complexity and particularity of the ABM communication network, how to model the capability and efficiency of the communication network has been a difficult and hot issue for a long time. In this paper, the modeling and simulation of the communication efficiency of the anti-missile communication network based on complex network is carried out with the antimissile communication network as the research object. The main research work of this paper is as follows: first, the application method of anti-missile communication network combat effectiveness based on complex network is studied. Based on the in-depth analysis of the communication equipment composition, organization structure and operational communication process of the ABM communication network, the complexity of the ABM communication network is studied. On this basis, the core idea of ABM communication network modeling based on complex network and its applicability and advantage in differentiating traditional simulation are discussed. Finally, based on the above research, the research strategy of operational effectiveness of ABM communication network in this paper is obtained. Second, an anti-missile communication network model is established. Firstly, according to the complex network theory, a three-layer network architecture is designed, which is suitable for the establishment of ABM communication network, including physical network, relationship network and interactive network. Secondly, according to the nesting relationship between each layer network architecture and network function, the relevant model description of each layer network is established. Thirdly, a simulation platform for the research of anti-missile communication network is developed. Using NS2 communication network simulation tool, a computational experimental simulation application platform suitable for anti-missile communication network is developed, and the simulation process of each layer network model is described in detail. Finally, the simulation experiment and result analysis of ABM communication network are completed. In this paper, a scenario scheme of anti-missile communication network combat experiment based on complex network is designed. From the point of view of network congestion, a typical multi-incoming missile penetration is simulated and analyzed. Under the existing communication network capability, a routing algorithm is proposed to improve the communication efficiency of ABM communication network. The research in this paper has certain reference value for the construction of anti-missile communication network in China.
【学位授予单位】：湘潭大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：E927;E96;O157.5

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