模糊综合评判在军队指挥效能评估中的应用

分析现行军队指挥效能评估中方法的不足,在现有评估方法的基础上,提出一种更优的隶属度函数来建立模糊评判矩阵中的元素值,并论证确定该隶属度函数的合理性,同时给出用该隶属度函数确定的模糊评判矩阵的一个实例。用提出的模糊综合评判方法来评估的军队指挥效能评估指标体系,在一定程度上提高了对军队指挥系统效能评估的合理性。     

模糊信息的信息量及其计算

定义了有关信息的基本概念 ,给出了一种关于位置的模糊信息即闭区间 [a ,b]上模糊数的信息量计算公式 ,讨论了模糊数信息量的性质 ,最后介绍了在模糊层次分析的比较判断矩阵构造中的算例     

基于案例推理和模糊诊断的兵器故障诊断专家系统

讨论了基于案例的推理和模糊诊断矩阵在兵器故障中的应用 ,建立了兵器故障诊断WDDS -E系统模型和模糊诊断矩阵模型。详细说明了系统的工作原理和设计过程 ,并给出了应用实例     

抗击军用无人机问题研究

由于军用无人机的突出优点及其在近期局部战争中的杰出表现,许多军事强国将无人机作为主要空袭平台而置于优先发展的地位,现代防空面临来自无人机的严峻挑战.在分析无人机特点及反无人机面临困难的基础上,提出了抗击无人机的主要战术技术措施.     

Profust故障树建模与分析

实际中普遍存在的有显著渐近失效行为的系统 ,难以用经典故障树加以分析 ,于是 ,以“模糊事件的普通概率”这一理论为基础 ,建立了Profust故障树模型 ,并进行了部分定量分析 ,该模型的最大特点是综合运用了可以得到的关于系统运行的可能性信息和概率信息     

Generating Pareto‐optimal boundary points in multiparty negotiations using constraint proposal method

In this paper a constraint proposal method is developed for computing Pareto‐optimal solutions in multiparty negotiations over continuous issues. Constraint proposal methods have been previously studied in a case where the decision set is unconstrained. Here we extend the method to situations with a constrained decision set. In the method the computation of the Pareto‐optimal solutions is decentralized so that the DMs do not have to know each others' value functions. During the procedure they have to indicate their optimal solutions on different sets of linear constraints. When the optimal solutions coincide, the common optimum is a candidate for a Pareto‐optimal point. The constraint proposal method can be used to generate either one Pareto‐optimal solution dominating the status quo solution or several Pareto‐optimal solutions. In latter case a distributive negotiation among the efficient points can be carried out afterwards. © 2001 John Wiley & Sons, Inc. Naval Research Logistics 48: 210–225, 2001     

后方油库整体生存概率分析计算

针对我军后方油库特点,探讨了油库整体生存概率计算的基本思路和方法,分析了各类分项目标生存概率的计算方法,采用层次分析对后方油库各分项目标权值进行了详细分析计算,可为后方油库伪装防护效能评估提供依据。     

Effectiveness of (R,Q) policies in one‐warehouse multiretailer systems with deterministic demand and backlogging

Consider a distribution system with a central warehouse and multiple retailers. Customer demand arrives at each of the retailers continuously at a constant rate. The retailers replenish their inventories from the warehouse which in turn orders from an outside supplier with unlimited stock. There are economies of scale in replenishing the inventories at both the warehouse and the retail level. Stockouts at the retailers are backlogged. The system incurs holding and backorder costs. The objective is to minimize the long‐run average total cost in the system. This paper studies the cost effectiveness of (R, Q) policies in the above system. Under an (R, Q) policy, each facility orders a fixed quantity Q from its supplier every time its inventory position reaches a reorder point R. It is shown that (R, Q) policies are at least 76% effective. Numerical examples are provided to further illustrate the cost effectiveness of (R, Q) policies. © 2000 John Wiley & Sons, Inc. Naval Research Logistics 47: 422–439, 2000     

Optimal policies for M/M/m queue with two different kinds of (N,T)‐policies

In this paper, two different kinds of (N, T)‐policies for an M/M/m queueing system are studied. The system operates only intermittently and is shut down when no customers are present any more. A fixed setup cost of K > 0 is incurred each time the system is reopened. Also, a holding cost of h > 0 per unit time is incurred for each customer present. The two (N, T)‐policies studied for this queueing system with cost structures are as follows: (1) The system is reactivated as soon as N customers are present or the waiting time of the leading customer reaches a predefined time T, and (2) the system is reactivated as soon as N customers are present or the time units after the end of the last busy period reaches a predefined time T. The equations satisfied by the optimal policy (N*, T*) for minimizing the long‐run average cost per unit time in both cases are obtained. Particularly, we obtain the explicit optimal joint policy (N*, T*) and optimal objective value for the case of a single server, the explicit optimal policy N* and optimal objective value for the case of multiple servers when only predefined customers number N is measured, and the explicit optimal policy T* and optimal objective value for the case of multiple servers when only predefined time units T is measured, respectively. These results partly extend (1) the classic N or T policy to a more practical (N, T)‐policy and (2) the conclusions obtained for single server system to a system consisting of m (m ≥ 1) servers. © 2000 John Wiley & Sons, Inc. Naval Research Logistics 47: 240–258, 2000     

一种由分抗干扰效果推出合成抗干扰效果的方法

提出了一种在外场雷达对抗试验中,由多部具有分抗干扰措施的雷达的抗干扰效果推出某种具有综合性抗干扰措施的雷达的合成抗干扰效果的方法,以在不具备该种雷达的情况下,用多部具有分抗干扰措施的雷达来代替它作为被干扰对象,在外场进行干扰机对其干扰的干扰效果试验检验。