基于AHP的装备研制项目风险分析方法

把AHP(Analytic H ierarchy Process)方法运用于装备研制项目风险分析,实现了风险因素的排序、系统总风险的评价以及风险响应措施的选择。在风险发生概率和风险损失的基础上,将风险因素的可控制性和用户满意度风险也同时作为风险判断准则,使得风险的评价更合理、更准确地反映项目实际。最后给出了风险因素排序及风险响应措施选择的应用实例。     

遗传算法在装备调拨辅助决策中的应用

利用遗传算法求解装备调拨中的路径优化问题和运输装载问题,并利用MATLAB进行了实例仿真,对装备调拨的辅助决策具有积极的意义。     

装备一体化设计中基于约束和实例的维修性冲突解决方法研究

分析了装备一体化设计过程中维修性约束及维修性冲突的特点。在此基础上,结合并行设计、协同设计领域内的相关研究,提出了基于约束和实例的维修性冲突解决方法,该方法发扬了约束法和实例法解决冲突的优势,弥补了单一解决方案存在的不足。最后以某型飞机电动机设计为例对该方法进行了说明。     

武器装备研发成本补偿引入保险机制

随着我国军民融合武器装备研发生产体系的深度发展和社会主义市场经济体制的不断完善,武器装备研发中投入的研发成本面临很高的投资风险,成为困扰企业参与武器装备研发的重要因素。面对庞大的研发费用支出以及研发成本补偿措施不完善,企业要独自面对研发活动中的风险,这在一定程度上降低了企业参与装备研发的积极性。本文认为,通过保险机制的引入,鼓励企业为武器装备研发活动投保科技保险,同时,军方在对研发活动进行分析评判后,对企业的保费按比例进行分摊,能够在拓宽补偿途径的同时,利用保险分担企业研发过程中的风险,激发企业参与武器装备研发的热情,更好地为军队武器装备发展建设做出贡献。     

舰用主锅炉低负荷时升压运行对蒸汽净化的影响

分析了蒸汽压力变化对饱和蒸汽湿度和汽水分离的影响,并在模拟器上进行了定量计算,得出的结论为某型舰用主锅炉低负荷时升压运行提供了理论依据.     

On‐line algorithms for minimizing makespan on batch processing machines

We consider problem of scheduling jobs on‐line on batch processing machines with dynamic job arrivals to minimize makespan. A batch machine can handle up to B jobs simultaneously. The jobs that are processed together from a batch, and all jobs in a batch start and complete at the same time. The processing time of a batch is given by the longest processing time of any job in the batch. Each job becomes available at its arrival time, which is unknown in advance, and its processing time becomes known upon its arrival. In the first part of this paper, we address the single batch processing machine scheduling problem. First we deal with two variants: the unbounded model where B is sufficiently large and the bounded model where jobs have two distinct arrival times. For both variants, we provide on‐line algorithms with worst‐case ratio (the inverse of the Golden ratio) and prove that these results are the best possible. Furthermore, we generalize our algorithms to the general case and show a worst‐case ratio of 2. We then consider the unbounded case for parallel batch processing machine scheduling. Lower bound are given, and two on‐line algorithms are presented. © 2001 John Wiley & Sons, Inc. Naval Research Logistics 48: 241–258, 2001     

基于IGAHP-IEW-GT-MCGC的装备体系方案质量评价模型

针对装备体系方案质量评价指标体系不够全面,通过运用鱼骨图分析法对各类影响因素进行综合分析,并从稳定度和有效度角度优化分析指标,以确定合理适用的装备体系方案质量评价指标体系;针对赋权过程中存在的不确定性,采用IGAHP(Improved Group Analytic Hierarchy Process,IGAHP)-IEW(Improved Entropy Weight,IEW)-GT(Game Theory,GT)相结合的方法,对评价指标体系各指标进行了赋权;针对原始数据处理和评价过程中的不确定性性,运用云重心评判法(Membership Cloud Gravity Center,MCGC)对装备体系方案质量的进行综合评价,以得出定性与定量评价结果。最后,以某装备体系方案为对象进行示例评价,验证了模型的合理性和适用性。     

Brinkmanship,not COIN,in Pakistan’s post-9/11 Internal War

Politics is critical to making sense of Pakistani successes and failures in dealing with non-state armed groups. This includes domestic political currents; regional political currents; and the global impetus of the post-9/11 era. How these currents overlap renders to any reading of insurgency in Pakistan real complexity. This article engages with this complexity rather than shirking from it. Its hypothesis is that while the insurgency bordering Afghanistan has been an epicentre of Pakistani military efforts to fight the Taliban, this theatre is in of itself insufficiently inclusive to grasp the nature of Pakistan’s security challenges and its consequent responses.     

装备研制技术风险流传导与耦合过程的CFD模拟

装备研制中风险间的相关性导致风险传导与耦合的产生,为深化对技术风险动态传导效应和非线性耦合机理的认识,探索研制技术风险管理与控制的有效思路或工具,在对风险传导与耦合进行定义的基础上,给出了装备研制中的风险传导模式,基于CFD技术对两种不同的耦合模式进行了数值模拟,结合仿真结果分析了风险的耦合机理,所提方法对于揭示装备研制技术风险传导与耦合规律有一定的促进作用,为下阶段求解关键风险因子间的关联关系奠定了良好基础。     

2017年世界军事装备技术发展

2017年,世界军事技术装备发展将呈现出一些新趋势.航母仍是大国竞相发展的国之重器,第五代战机逐步开始列装,新一代防空反导系统将投入使用,“常规快速全球打击”装备技术试验稳步推进,军用卫星技术国际竞争将更加激烈,核武器小型化将取得重要进展,无人作战装备与技术依然是新宠,网络攻防技术将向物联网领域拓展,新概念武器实战化有望取得新突破,军用新材料将引发新的热潮.