一体化联合作战中信息流作用研究

以复杂系统理论为基础,从动力学角度出发,阐述了如何以信息流变化为依据、以相空间重构为手段,对作战系统状态转移轨迹进行反演计算,进而预测态势发展趋势的构想。同时针对一体化联合作战的“联合增效”作用,讨论信息流协调作用对一体化联合作战组织结构有序度的影响,建立了基于信息流协调度评价的一体化联合作战要素优化组合模型。     

Optimal pricing and inventory control policy in periodic‐review systems with fixed ordering cost and lost sales

This paper studies a periodic‐review pricing and inventory control problem for a retailer, which faces stochastic price‐sensitive demand, under quite general modeling assumptions. Any unsatisfied demand is lost, and any leftover inventory at the end of the finite selling horizon has a salvage value. The cost component for the retailer includes holding, shortage, and both variable and fixed ordering costs. The retailer's objective is to maximize its discounted expected profit over the selling horizon by dynamically deciding on the optimal pricing and replenishment policy for each period. We show that, under a mild assumption on the additive demand function, at the beginning of each period an (s,S) policy is optimal for replenishment, and the value of the optimal price depends on the inventory level after the replenishment decision has been done. Our numerical study also suggests that for a sufficiently long selling horizon, the optimal policy is almost stationary. Furthermore, the fixed ordering cost (K) plays a significant role in our modeling framework. Specifically, any increase in K results in lower s and higher S. On the other hand, the profit impact of dynamically changing the retail price, contrasted with a single fixed price throughout the selling horizon, also increases with K. We demonstrate that using the optimal policy values from a model with backordering of unmet demands as approximations in our model might result in significant profit penalty. © 2005 Wiley Periodicals, Inc. Naval Research Logistics, 2006     

The stochastic joint replenishment problem: A new policy,analysis, and insights

In this study, we propose a new parsimonious policy for the stochastic joint replenishment problem in a single‐location, N‐item setting. The replenishment decisions are based on both group reorder point‐group order quantity and the time since the last decision epoch. We derive the expressions for the key operating characteristics of the inventory system for both unit and compound Poisson demands. In a comprehensive numerical study, we compare the performance of the proposed policy with that of existing ones over a standard test bed. Our numerical results indicate that the proposed policy dominates the existing ones in 100 of 139 instances with comparably significant savings for unit demands. With batch demands, the savings increase as the stochasticity of demand size gets larger. We also observe that it performs well in environments with low demand diversity across items. The inventory system herein also models a two‐echelon setting with a single item, multiple retailers, and cross docking at the upper echelon. © 2006 Wiley Periodicals, Inc. Naval Research Logistics, 2006     

网络舆论斗争的全域一体化联合作战

作战体系已成为制约网络舆论斗争作战效能的关键性问题。论文借鉴信息化战争的一体化联合作战思想,分析了网络舆论斗争的全域一体化联合作战特点,建立了全域一体化联合作战体系架构,为网络舆论斗争实践提供思想理论指导。论文的研究成果,对于丰富网络舆论斗争理论,占领网络舆论制高点,具有重要理论意义和参考价值。     

‘A Brave New World for Chinese Joint Operations’

A key organizational challenge for all modern militaries is instituting an effective command-and-control (C2) structure for joint operations. China has been a relative latecomer to joint operations, with a persistent weakness in joint C2. Reforms launched in early 2016 sought to overcome this challenge by establishing a permanent two-level joint C2 structure. Although not a ‘tipping point’ that will lead ineluctably to stronger operational effectiveness, this reform is nonetheless an important milestone in an evolutionary process towards better PLA joint operations. The result could be added operational challenges for several of China’s neighbors and the United States.     

军事云环境下基于动态博弈的资源调度方法

针对军事云环境下联合指挥资源调度优化问题,综合考虑了多部队任务需求,多目标优化,多部队资源竞争等约束条件,运用动态博弈理论及方法,建立并提出了一种基于完全信息扩展博弈的资源调度模型及方法,提高了资源调度效率,兼顾了多部队利益,增加了联合作战效益。最后通过实验验证了其有效性及准确性。     

机群超视距作战联合战术信息系统的效能分析

建立了机群联合战术信息系统在超视距作战中综合机群的传感器、导航和火力控制系统,组织对目标协同探测、辨识和火力控制的系统模型,以及它的效能评估模型.仿真计算表明此信息系统能有效增加机群超视距作战的效能,但噪声和欺骗干扰会显著地影响它的效率.     

联合作战中空间力量指挥体制方案的仿真评估

联合作战中空间力量指挥体制决定相应指挥体系的效能,有必要通过定理评估对指挥体制方案进行优选和优化,通过仿真评估方案的实体形式--联合作战中空间力量指挥体系的指挥效能来评估对应的指挥体制方案,基于指挥体系活动能力建立了指挥效能指标体系,提出了用于指挥体制方案评估的仿真系统设计方案.     

联合防空目标分配方案优化研究

目标分配是联合防空作战指挥决策的核心内容,是各级联合防空指挥中心的重要工作,其模型的合理性与可信性会对作战结局产生重大影响。为提高目标分配的合理性与可信性,对联合防空作战混合部署下的目标优化分配问题进行了详细分析,建立了相应的数学规划决策模型。为了有效获得问题的全局最优解,将改进遗传算法(GA)应用于数学规划决策模型的求解过程中,并给出了模型求解的方法和步骤,经实例应用,取得了满意的结果。     

网络空间联合反恐作战信息共享能力分析与评估?

在网络空间联合反恐作战信息共享能力构成框架的基础上,分析了信息共享能力生成的相关要素及其内部关系,并利用信息熵理论建立了信息共享的时效熵、质量熵、成本熵模型。通过对传统树形链状和新型网状循环两种信息共享模式进行仿真分析,为不断提高信息共享能力进行了有益探索。