轰炸机——空防导弹武器系统对抗的兰彻斯特方程

应用兰彻斯特作战动态方程的研究方法建立了轰炸机———地空导弹的对抗模型,与统计实验法相比可以节约大量的仿真时间。     

计算机病毒辐射式注入技术实验研究

以ＤＯＳ系统无线网上的病毒注入及触发实验为依据,证明了辐射式病毒注入的条件及其可行性,并且分析了辐射式病毒注入的条件及其重要性,提出了一些攻击无线网计算机系统的病毒对抗的原则、前提、条件和方法。最后进一步说明了计算机病毒能够成为实用的作战武器。     

智能机载武器火力指挥控制技术综述

人工智能技术是解决机载武器火力指挥控制问题的最有效途径之一,根据近年来的研究结果,对智能机载武器火力指挥控制的系统构成、工作原理进行了技术概述,并简要地讨论了智能机载武器火力指挥控制系统设计中的关键技术．     

一种基于MTS的网络区域管理工作站实现策略

网络扩容的一个重要障碍是异构子网连接后的互连管理问题。分区域的一体化管理无疑是一种解决办法。本文提出一种基于管理协议细栈(MTS)来构造一体化的区域管理中心(RMC)的策略,这里的 RMC 可实现彼此间的管理通信和互操作,从而也解决了扩容后的互连管理问题。结合正在进行的工程实践,文章还进一步从技术角度上讨论了实现策略。     

科技大楼工程中的绿色空调系统设计与选型

绿色建筑中如何实现环保标准,保证所用设备对环境无污染,噪声小,可持续 发展等特点是当前的重要课题。主要针对燃气空调系统的设计与应用进行了探析,阐述了 燃气空调的制冷原理以及单、双效吸收式制冷等技术发展路线;论述了燃气制冷技术与传统 电制冷技术比较的优势及环保特点;结合后勤工程学院科技大楼绿色空调系统设计与选型 的工程实例,从绿色环保、能源、可持续发展、费用估算等方面进行了分析,并对该燃气空调 的实际应用效果进行了总结。     

针对突发威胁的无人机多机协同路径规划的方法

在无人机多机协同路径规划中,采用V orono i图方法,引入协同变量和协同函数,产生关于已知威胁的路径,使各架无人机能够同时到达目标。在此基础上,利用集合点规划状态图,针对作战过程中的突发威胁实时进行路径规划,从而得到各架飞机的几何路径。仿真结果表明集合点规划状态图的使用对于无人机多机协同路径规划中的突发威胁问题的求解是有效的。     

海上机动目标的运动预测模型及精度分析

分析了海上机动目标的运动特性,针对海上机动目标在某些时间段运动具有一定的规律性,用插值外推法建立了预测其运动的数学模型。并对此模型的精度进行了分析,最后给出了实例。仿真结果表明,本模型能适用于海上机动目标不同的机动方式,算法快捷,具有较强的军事应用价值,模型的计算精度完全满足某新型号导弹的作战要求。     

Winston Churchill and the third front 1

The premise of most Western thinking on counterinsurgency is that success depends on establishing a perception of legitimacy among local populations. The path to legitimacy is often seen as the improvement of governance in the form of effective and efficient administration of government and public services. However, good governance is not the only basis for claims to legitimacy, especially in environments where ethnic or religious identities are politically salient. Some experience in Iraq suggests that in environments where such identities are contested, claims to legitimacy may rest primarily on the identity of who governs, rather than on how whoever governs, governs. This article outlines the intellectual foundations of existing policy and doctrine on counterinsurgency, and argues that development and analysis of counterinsurgency strategy would benefit from a greater focus on the role of ethnic and religious identity in irregular warfare.     

Controlled warfare: how directed-energy weapons will enable the US Military to fight effectively in an urban environment while minimizing collateral damage

US military operations are increasingly conducted within urban environments and with these operations come the risk of increasing the number of civilian casualties and infrastructure damage. The use of non-lethal weaponry, such as directed-energy weapons, is one method for minimizing collateral damage. This method enables US military forces to effectively fight within urban environments through force escalation capabilities. Using a series of historical examples and future scenarios for urban warfare, this article highlights deficiencies affecting military capabilities in military urban operations, addresses the consequences of collateral damage, assesses the effectiveness of directed-energy weapons in military urban operations and encourages further funding, research and integration of non-lethal weaponry, such as directed-energy weapons, within the US military.     

Winning hearts and minds: legitimacy in the Namibian war for independence

Efforts at winning hearts and minds (WHAM) impact on and are affected by perceptions of legitimacy. In the Namibian war for independence (1966–1989) efforts of the South African counterinsurgent forces at winning hearts and minds focused mainly on persuading the population to cooperate in exchange for material benefits and services. The article demonstrates that this successfully contributed to a dimension of legitimacy that is conceptualized as pragmatic legitimacy. However, other dimensions of legitimacy are identified in which the South Africans were lacking, that is in moral, legal, and identity-based legitimacy. Furthermore, in areas where control was contested and where the population could not be shielded from insurgent intimidation, it is argued that the effects of coercion outweighed legitimacy altogether.