ISIS’s Warfare Functions: A Systematized Review of a Proto-state’s Conventional Conduct of Combat Operations

This article gives an overall assessment of ISIS’s conventional conduct of combat operations by examining their warfighting functions patterns. In sum, the approach of ISIS comprised fundamental principles: their weapons can be organized into categories, purposeful combination of these forces in keeping with the concept of combined arms combat, and hierarchical command and control executed by experienced commanders. ISIS combat groups combined the elements of formation and firepower as well as movement and mobility. The paper concludes that ISIS obviously had a vast range of conventional capabilities at its disposal and was thus able to conduct major operations.     

适应低时延业务需求的分布式可穿戴单兵作战信息系统

针对云计算应用在单兵作战系统场景下业务处理时延高、服务质量无法保障的问题,提出一种基于可穿戴计算的分布式单兵作战信息系统。利用士兵身上的可穿戴智能设备构建本地计算层,在作战地点就近处理计算数据,提供给士兵本地的信息处理与融合能力,并采用广义扩散负载均衡算法平衡各设备负载,降低业务处理时延;同时利用分布式计算的容错能力增强系统的可靠性。仿真结果表明,基于可穿戴设备的分布式本地网络架构能有效地降低作战任务的处理时延,同时增强系统的可靠性。     

“作战云”理论视阈下的装甲兵装备保障

"作战云"的作战理念将引发装甲装备保障领域的深刻变革。文章剖析了"作战云"理论视阈下装甲兵装备保障问题的基本内涵,从装备保障力量部署、指挥控制方式、协同方式、防护手段四个方面分析了"作战云"视阈下装甲兵装备保障的主要特点,提出"探测——决策——保障——评估"的装备保障行动流程。     

复杂作战任务弹药配备模型

多阶段任务系统(PMS)是一种典型的复杂系统,它包括多个在时间上连续且无相互重叠的基本任务,武器系统的作战过程多数属于这种复杂系统.以某作战单元的一次作战任务流程为例,详细地讨论了多阶段复杂任务系统的特点,并从基本任务阶段的系统可信性、可用度的角度出发,分析了在满足给定火力指标的前提下,建立整个复杂作战任务流程中弹药配备模型的方法.     

地空导弹弹道仿真模型

地空导弹弹道仿真是地空导弹火力单元作战过程仿真的一个重要环节,仿真模型的合理性、算法的可行性、过程描述的正确性,直接影响防空作战仿真结果.从仿真的实际需要出发,给出不同引导方法下的弹道仿真模型、算法、过程描述及关键问题的解决方法,并通过实际应用验证了模型、算法的合理性、可行性和实用性.     

舰空导弹武器系统在干扰条件下的使用研究

在未来海战中 ,为确保舰空导弹在干扰条件下有效地拦截反舰导弹 ,分析了舰空导弹武器系统可能遇到的干扰 ,并对其战斗使用进行了研究。     

近期局部战争对陆军防空作战的启示

分析了近期几次局部战争空中袭击的变化发展,概述了当前空中威胁目标的发展趋势,给出了对未来陆军防空作战的启示。     

基于概率分析法的无人攻击机作战效能分析模型研究

未来防空战场上无人攻击机已成为一种重要的空中威胁。无人攻击机作战过程可分为飞行、突防、攻击三个阶段,运用概率分析方法分别建立了各阶段的数学模型,给出了其作战效能表达式,为进一步进行无人攻击机作战效能分析提供了模型基础。     

When is model complexity too much? Illustrating the benefits of simple models with Hughes' salvo equations

The simulations that many defense analysts rely upon in their studies continue to grow in size and complexity. This paper contrasts the guidance that the authors have received—from some of the giants of military operations research—with the current practice. In particular, the analytic utility of Hughes' simple salvo equations is compared with that of the complex Joint Warfighting System (JWARS), with respect to JWARS' key performance parameters. The comparison suggests that a family of analytic tools supports the best analyses. It follows that smaller, more agile, and transparent models, such as Hughes' salvo equations, are underutilized in defense analyses. We believe that these models should receive more attention, use, and funding. To illustrate this point, this paper uses two very simple models (by modern standards) to rapidly generate insights on the value of information relative to force strength. © 2003 Wiley Periodicals, Inc. Naval Research Logistics, 2003     

面向装备作战仿真的智能机动模型的设计与实现方法研究

从装备作战仿真领域中的智能机动模型的特点出发,结合机动过程中的天候、道路和敌情威胁等影响因素,利用模糊控制技术,构造了智能机动模型的知识库、推理机,同时,本文对外部环境因素和机动速度控制量分别进行了模糊化和反模糊化,有助于指挥员迅速制定机动方案,对人不在环的装备作战仿真具有一定的参考价值和指导意义。