飞航式助飞鱼雷指令修正时机仿真

为解决飞航式助飞鱼雷指令修正时机的选择问题,介绍了其对潜攻击过程及射击方法,分析了选择指令修正时机应考虑的主要因素,建立了飞航式助飞鱼雷作战仿真模型。通过仿真计算得到了指令修正时机的确定原则。提高了飞航式助飞鱼雷的攻潜能力,为制定与优化指令修正方案提供了理论依据。     

有人/无人机协同作战指挥界面设计

分析了近期内有人/无人机协同作战的体系结构及作战模式,基于三代战机座舱普遍装备的多功能显示器,展开有人/无人机指挥控制界面的设计;基于人机工程学观点和飞行员的视觉习惯,从缓解飞行员的心理和生理疲劳的角度出发布置无人机编队的飞行参数,设计了有人/无人机执行协同对地攻击任务时包含巡航队形、战斗队形、任务类型、导航点切换等功能的指挥控制界面。为未来短期内有人/无人机协同作战指挥控制系统研究提供参考。     

鱼雷耦合非线性系统的线性控制方法

给出了鱼雷空间运动的数学模型;在流形上研究了非线性系统的线性化系统可控时的镇定问题,给出了线性控制规律使非线性控制系统镇定于原平衡点的条件;基于线性化拓扑等价性定理,将鱼雷三通道的非线性模型进行等价变换,利用传统的线性设计方法和多变量控制方法分别去处理鱼雷耦合非线性系统的控制问题,从而降低了多通道耦合控制设计问题的难度和复杂性。     

喷水推进装置及其在舰艇上的应用

船舶喷水推进装置具有推进效率高、噪音小、操作性能好以及适合浅水航行等特点,其军事价值将越来越受到世界各国海军的重视.分析了喷水推进装置的优、缺点,简要介绍了其基本原理和结构,并总结了其在潜艇和水面舰艇上的应用,对其今后的应用与发展趋势作了简要分析.     

单机攻击多目标逻辑的遗传优化求解

攻击逻辑的优化决策对于机载多目标攻击武器系统具有重要意义。本文建立了单机多目标攻击逻辑的解算模型 ,提出了解算要求 ,给出了采用遗传算法求解多目标攻击逻辑的应用方案。在此基础上 ,采用该方案进行大量的试探性仿真研究 ,对仿真结果进行了分析 ,并选择了合适的遗传算法参数。文章最后阐述了用遗传算法求解多目标攻击逻辑问题的发展前景     

岛屿进攻作战装甲装备保障面临的问题及对策

高技术条件下的岛屿进攻作战,具有战斗激烈、消耗巨大、保障困难等特点。装甲装备保障面临保障任务重、范围广、时效性强、要求高和保障行动难以展开等现实问题。通过分析岛屿进攻作战对装甲装备保障造成的影响,探讨了在岛屿进攻作战中装甲装各保障的对策。     

Samudra: India’s convoluted path to undersea nuclear weapons

ABSTRACT

India is advancing slowly toward operationalizing its nuclear triad. Its first nuclear-propelled ballistic-missile submarine (SSBN), the INS Arihant, conducted its maiden deterrent patrol in November 2018. However, doubts exist around the capability of India’s SSBN, the effectiveness of its command and control, and its effects on regional stability in South Asia. This article examines the history and future trajectory of India’s sea-based nuclear forces and describes how India seeks to maintain robust command and control over its undersea nuclear weapons.     

The Ethics of Cyber Attack: Pursuing Legitimate Security and the Common Good in Contemporary Conflict Scenarios

ABSTRACT

Cyber attack against Critical National Infrastructure is a developing capability in state arsenals. The onset of this new instrument in national security has implications for conflict thresholds and military ethics. To serve as a legitimate tool of policy, cyber attack must operate in accordance with moral concerns. To test the viability of cyber attack, this paper provides a new perspective on cyber ethics. Cyber attack is tested against the criteria of the common good. This involves identifying the four core components of the common good from a conflict perspective: respect for the person; social wellbeing; peace and security; and solidarity. The fate of these components is assessed in relation to the six key characteristics of cyber attack from a moral standpoint: security; the role or absence of violence; discrimination; proportionality; cyberharm; and the threshold of conflict. It is concluded that the common good must be incorporated into developing state cyber strategies.