网络对抗训练混合虚拟化平台设计研究

讨论了虚拟化技术实现原理及其在网络对抗教学中的应用上,分析了各类虚拟化技术的优缺点和构建网络对抗训练环境存在的问题。提出了一种混合虚拟化平台设计,该平台利用Libvirt虚拟化的应用程序编程接口（API）调用两种虚拟化技术同时运行在同一物理主机上。并详细叙述了混合虚拟化平台的实现过程和方法,并在多个虚拟机内同时运行测试基准,分析其可扩展性。多种虚拟化技术在同一物理机上的混合,实现了复杂实验环境的创建,对构建大规模的网络实验平台具有一定的参考价值。     

"Evaluation of child witnesses for confrontation by criminal defendants": Erratum.

Reports an error in the original article by M. A. Small and G. B. Melton (Professional Psychology: Research and Practice, 1994[August], Vol 25[3], 228–233). Footnote 1 incorrectly indicates that the Craig brief was written without the aid of private legal counsel. Though the brief in question was written with more APA member involvement than has been the case for other briefs, private legal counsel participated and was listed as a coauthor. (The following abstract of this article originally appeared in record 1994-43476-001.) States have passed legislation governing the procedures by which children may testify in cases of child abuse. In Maryland v. Craig (1990), the US Supreme Court reviewed the constitutionality of these procedures. As a result, psychologists may be asked to perform evaluations regarding the potential trauma a child faces in confronting a defendant in a criminal case. Specifically, opinions of psychologists may be sought as to the potential trauma a child may endure as a result of a face-to-face confrontation with a defendant. Research relevant to this assessment is reviewed, and it is suggested that psychologists may be of most help in preparing children to testify.… (PsycINFO Database Record (c) 2010 APA, all rights reserved)     

网电空间战场样式及致胜机理研究

从分析网电空间战场的基本作战样式和在网电空间面临的严峻形势出发,按照依靠网电空间的作战和网电空间内的作战两个基本分类对网电空间战场的基本样式进行了分类探讨并指出了原有分类方法的局限性;在此基础上,对网电空间战场整体致胜机理进行了初步研究,提出了三点尚不成熟的在网电空间战场中谋求主动权的基本考量,以此为网电空间战场相关人员提供借鉴的思路。     

网络对抗训练模拟系统的设计与实现

提高计算机网络对抗能力,是夺取信息优势和控制网络权的必要手段和途径;网络对抗训练模拟系统的建立有利于网络对抗人才的培养。研究和设计了一种网络对抗训练模拟系统,并从关键技术及其实现的角度讨论了相关子系统,包括交互式对抗训练模拟系统、对抗训练模拟支持软件系统、对抗训练模拟评估系统和对抗训练模拟信息库。该系统能够为网络对抗理论研究与对网络抗训练模拟提供一个良好的环境,具有十分重要的意义。     

基于攻防对抗仿真的飞航导弹作战效能评估方法研究

通过论述、总结导弹武器系统效能的基本概念，综合分析了现有作战效能评估方法使用的范围和存在的问题；结合效能评估的特点和攻防对抗仿真的优势，从攻防对抗观点出发，探讨了飞航导弹体系作战效能评估的实现途径；分析了基于攻防对抗仿真的飞航导弹作战效能分析过程，并根据飞航导弹对抗过程建立了飞航导弹的效能指标体系、模型框架、效能评估和分析方法．     

抗敌攻击直升机的战法研究

本文根据攻击直升机的作战特点，提出对抗的战法。     

论证据对抗--兼论《孙子兵法》在诉讼中的应用

随着对抗式诉讼在法庭上的推行,兵法理论在诉讼中的应用便成为题中应有之义.被誉为"兵学经典"的《孙子兵法》,在法学领域同样熠熠生辉.证据对抗前的"未战先算"、先计而后兵,是诉讼展开的重要准备."奇正相生"、善于"动敌"等用兵原则在证据对抗的攻守中表现得淋漓尽致.在证据对抗中,鏖战得最激烈的,往往是争夺"制高点"的战斗.采取"先处战地"、"因敌制胜"、"致人而不致于人"等战术,有利于掌握诉讼的主动权.     

对"煤电博弈"现象的理性思考

从经济学角度对近两年煤电博弈以及国家新出台的煤电联动政策进行分析,提出煤电联营是解决煤电博弈问题的长期战略,根本解决手段是电力体制改革,让煤电在市场经济大环境中自由发展。     

基于端信息跳变的主动网络防护研究

从军事跳频通信中得到启发,提出端信息跳变的概念,即通过伪随机改变端到端的数据传输中通信端口、地址、时隙、加密算法甚至协议等端信息,破坏敌方攻击干扰,实现主动网络防护.建立了端信息跳变主动防护模型,采用移动代理技术实现了端信息跳变原型系统,解决了同步、数据切换等关键问题,理论分析并实验验证了模型系统的抗拒绝服务和截获攻击特性,证明了端信息跳变策略对于主动网络防护的可行性与有效性.     

Application of multivariate statistics and 3D visualization analysis in tacit knowledge diffusion map

Tacit knowledge is an important factor for enterprises and institutions to enhance their knowledge innovation and value-added capabilities, and it is also a basic link to enhance organizational learning capabilities. With the development of technology, the dissemination of tacit knowledge has increasingly shown complex and dynamic trends. In order to make the tacit knowledge in the enterprise better circulate and generate greater economic value, therefore, this paper proposes a study on the diffusion map of tacit knowledge based on multivariate statistics and 3D visualization analysis. First of all, this paper analyzes the internal relationship between organizational learning and organizational tacit knowledge integration and organizational tacit knowledge innovation, and combines multiple statistical methods to propose an organizational tacit knowledge integration method based on tacit knowledge management. Secondly, we combine 3D visualization and generative confrontation network methods to analyze the data of tacit knowledge dissemination, and visualize the distribution of knowledge dissemination in three dimensions. In the simulation experiment test, this paper reveals that the spreading efficiency of tacit knowledge in the network is affected by related factors. Through this model, we hope to explore the behavioral laws of different types of nodes in the network and propose effective countermeasures to improve the efficiency of knowledge dissemination.