舰载通信对抗系统战术运用研究

舰载通信对抗系统对敌目标实施通信干扰是海战场夺取制信息权的重要手段。运用电波传播理论、干扰方程、海军战术等理论,给出了舰载通信干扰压制区和有效作用范围的确定和计算方法及干扰舰的阵位配置,干扰目标(通信网)和时机的优选原则,为舰载通信对抗系统战术运用提供了理论依据,较好地满足了舰载通信对抗系统的作战需求。     

基于1553B协议的星载高速无线数据网络协议的设计*

星载无线数据网络可以解除航天器内错综复杂的线缆网的束缚,是航天器轻小型化的重要技术储备。旨在替代航天器内现有的点对点三线制的LVDS线缆,提出了一种基于脉冲超宽带(IR-UWB)技术的星载高速无线数据网络的设计方案,并重点介绍了高速无线网络协议的设计和实现。网络协议设计参考了美国军用数据总线标准MIL-STD-1553B 协议,采用时分制指令响应机制,分别对其物理层、链路层、网络层和应用层进行设计,以适应星载高速率无线数据传输的要求,具有灵活性高、可靠性高、扩展性高的特点。网络协议的IP核经过地面演示系统进行验证,实验测得应用层数据传输的误码率小于10_-10。     

C~3I系统通信子系统检测

就Ｃ￣３Ｉ系统通信子系统的检测提出了检测模型及系统几个重要性能指标的检测与分析方法,并对某通信子系统的检测结果进行了讨论。     

现代通信与基地通信现代化

介绍了现代通信技术的发展概况,其中对移动通信作了比较详细的说明,并针对基地通信现状和常规武器试验特点,对基地通信现代化建设,提出了有益的建议。     

军事工程技术院校争取基金项目的实践与思考

本文阐述了军校开展基金项目研究的重要性,论证了军校申报科学基金项目的可行性,探讨了获取基金项目立项工作的基础和有效途径,并针对军校特点,提出了加强基金申报工作的切实可行的措施和策略。     

一个新的求解单节点并联供水系统的数学模型

对单节点并联供水系统直接用伯努利方程、管道阻力特性和节点连续性方程建立了求解工况参数的一个新的数学模型,讨论了其解,列举了实际应用。     

水声通讯系统的时空处理

从理论上分析了水声通讯系统的时空处理问题,给出了该系统时空处理增益的计算方法和系统的原理框图,提出并实现了减小误码及干扰抑制方法,最后给出了实验的结论．     

面向应用的分布式多机联合计算的系统设计问题

随着计算机应用向分布和异构发展，如何建立一个具有良好性能价格比的分布式多机联合计算系统是当前计算机应用开发者遇到的重要课题。文中结合分布式仿真应用实例，对多计算机联合计算的系统划分、数据通讯机制和高性能并行计算问题进行了论述。     

Threats and civil–military relations: explaining Singapore’s “trickle down” military innovation

This article explains why Singapore, despite its small size and semi-authoritarian regime, retains one of the best military forces in the Indo-Pacific. It unpacks Singapore’s ability to continuously innovate since the 1960s – technologically, organizationally, and conceptually – and even recently joined the Revolution in Military Affairs bandwagon. Drawing from the broader military innovation studies literature, this article argues evolutionary peacetime military innovation is more likely to occur in a state with a unified civil–military relation and whose military faces a high-level diverse set of threats. This argument explains how the civil–military fusion under the People’s Action Party-led government since Singapore’s founding moment has been providing coherent and consistent strategic guidance, political support, and financial capital, allowing the Singapore Armed Forces to continuously innovate in response to high levels and diversity of threats.     

The Millenials’ war: dilemmas of network dependency in today’s military

This work is about how the United States military has become dependent on networked technology. As arguably the largest contributor to national security, it has become so dependent that its chief doctrine integrates networked technology into nearly every specialty, with particularly intense focus on Network Centric Warfare. As the military’s old guard is replaced by the highly technical Millenial Generation, there is cause to pause when assuming this techno-acuity brings nothing but advantage and success. Vulnerabilities stemming from such extensive dependence offer opportunities for exploitation that have not gone unnoticed. The first step to moving forward from this point is to fully understand the extent to which the military has become dependent on computer networks. It might be the Millenials’ war today, but it would be quite unwise for the United States military to think about it and fight it in a purely Millenial way.