战役战术导弹部队机动作战面临的空中威胁分析

在分析战役战术导弹部队机动作战面临空中威胁可能性的基础上,研究了其遭敌空袭兵器和空袭战术威胁情况,并对战役战术导弹部队机动作战的各阶段遭敌空袭的威胁进行了探讨。在分析空中威胁时,借助美军主导的近几场局部战争的经验教训,总结了敌攻击战役战术导弹部队机动作战所使用的空袭兵器和空袭战术,以便在抗击敌空袭兵器时更具有针对性和现实性,以期为未来防空作战提供有益借鉴。     

海军陆战队登陆作战仿真实验指标设计

仿真实验是重要的作战研究方法。在论述海军陆战队登陆作战仿真实验概念及其过程的基础上,根据海军陆战队登陆作战仿真实验指标体系的构成,设计作战任务级、行动效果级和作战实体级三级指标,为海军陆战队登陆作战仿真实验的指标设计及实践提供参考。     

Planning for the next Takur Ghar

The USA is currently facing an increasingly diverse range of threats, including non-state actors, particularly violent extremist organizations attempting to do harm. The national leadership has made it clear that for the near future it will employ Special Operations Forces (SOF) as the tool of choice in short-duration, high-intensity operations that have more in common with the battle of Takur Ghar, than those with a larger footprint. It is critical then that the lessons of the past are learnt now and are applied before employing SOF in the future. This becomes especially important given the short lead-time in concert with the short-duration/high-intensity tempo of their operations. In the Battle of Takur Ghar, during Operation Anaconda, rigid adherence to the joint functions, especially clearer and more robust Command and Control (C2) and Intelligence, Surveillance, and Reconnaissance (ISR) in the planning and execution of Operation Anaconda would have yielded a better operational outcome and saved lives. With the benefit of hindsight, many things could have been done differently, but several key issues stand out. The C2 structure must include all components from the outset to synchronize effects and rapidly re-task ISR. There must be multiple communications redundancies and adequate bandwidth. Finally, all SOF, conventional and interagency capabilities must be synchronized under one task force commander with a sufficiently robust C2 infrastructure to direct the entire effort. As our nation calls on SOF at an ever-increasing rate, we must take those lessons learned and apply them to future operations.     

敏捷C2组织鲁棒性研究

敏捷性的研究是信息时代的组织研究中的重要方面。设计一种敏捷的C2组织,以保证C2组织在执行任务时能够发挥最佳性能,以达到灵活应对任务、减少资源浪费和提升作战效能的目的,这样的组织称为敏捷C2组织。本文从敏捷C2组织形式化概念模型构建开始,对敏捷C2组织的敏捷性测度中的鲁棒性的含义及其测度方法进行详细的定义和阐述,并通过实验对方法进行分析研究验证。     

打造现代化公安消防铁军的理论与实践

分析了消防部队的职业特点,阐述了打造现代化公安消防铁军要把握的几个关键要素,提出打造现代化消防铁军就是要加快转变部队战斗力生成模式,着力提升部队整体战斗能力和水平。从指挥人才培养、业务训练、装备和信息化建设、战斗精神培育等四个方面对打造现代化公安消防铁军的理论与实践进行了深入探讨。     

基于氮气驱动的悬挂发射装置数理建模分析

建立采用氮气驱动的弹射型悬挂发射装置的数学物理模型,用气体动力学理论分析了高压氮气从储气罐通过导气管道到弹射活塞腔室,驱动活塞推动悬挂物直至其完全脱离载机的整个运动过程。给出了对某型号悬挂发射装置的实例计算,讨论了不同结构参数对弹射性能的影响,为该系统的实际设计开发提供了理论依据。     

Force protection and society

Wars have long been fought with a firm focus upon armies' domestic contexts. These socio-political foundations have underpinned decisions regarding embarking upon war as well the conduct of war itself. Of particular importance among liberal democracies is the emphasis which is now placed upon force protection; broadly conceived as the range of measures employed to ensure the protection of servicemen and women on operations. Decisions surrounding protective equipment, deployed locations and wartime activities all face detailed scrutiny in contemporary operating environments. The attitudes of the government, the military and the civilian population combine to create a complex and dynamic backdrop of harmony and tension to this most sensitive characteristic of modern wars.     

平面杆系任意截面内力算法构造及其应用

讨论了受任意集中力、集中力偶和线性分布力作用的平面杆系结构内力分析技术.遍历单元的轴向和横向荷载特征点,生成该单元的“轴向荷载教组”和“横向荷载数组”,以此为基础,构造内力计算的“特征点截面法”和“特征点递推算法”,并进行了分析.分析结果表明:两种算法适合包含梯形分布的复杂荷载组合,是一种实用的平面杆系内力计算技术,可...     

基于Petri网的潜艇CGF鱼雷攻击行为建模

为了实现潜艇对舰鱼雷攻击过程的计算机仿真,基于Petri网理论研究了潜艇鱼雷攻击过程的行为建模问题.在对潜艇鱼雷攻击过程的准离散化分析与构建了鱼雷攻击过程Petri网结构的基础上,将Petri网的变迁和潜艇鱼雷攻击过程的战术规则相关联,并提出了解决变迁冲突的方法,建立了基于Petri网行为模型.这种运用Petri网特有的可视化和以动态方式描述了潜艇鱼雷攻击过程的方法,有着坚实的数学基础,为进一步研究潜艇CGF鱼雷攻击自治行为规划打下了理论基础.     

公安消防部队群众工作机制建设的思考

公安消防部队群众工作机制建设,应从明确责任,加强对群众工作的组织领导入手;防火部门应着力组织做好消防宣传教育工作;政治机关应着重组织做好拥政爱民工作。