More military base closure? Considering the alternatives*

Despite multiple base closing rounds, the United States Department of Defense still has excess base capacity, and thus President Trump and high-level Defense Department officials are calling for more base closure through the Base Realignment and Closure (BRAC) process. However, another BRAC may not be the optimal solution, because simple base closure is not an efficient way to reduce surplus base capacity. Thus, Defense Department officials should consider other methods to reduce surplus capacity, including reduction in base size, leasing excess base property, or transferring it to another government agency for a variety of alternative uses. The surplus capacity issue also offers an opportunity to DOD to reassess base utilization, to update base requirements with current and future force structure. While BRAC focuses on American military bases, the process and alternatives also have international applications.     

军事通信中ad hoc网络路由协议性能分析

移动ad hoc组网灵活,抗毁性很强,将在未来的军事通信中发挥重要作用。因此,对于移动ad hoc网络研究中的首要的路由问题作了探讨,先简要介绍了两种典型的路由协议OLSR(Optimized Link State Routing)和AODV(Ad hoc On-Demand Distance Vector Routing),接着利用网络仿真工具OPNET分析了AODV的协议特点,最后比较了两种路由协议的性能。仿真结果表明AODV路由开销小,但时延大,节点移动过快时存在路由稳定性的问题;OLSR路由开销很大,但时延相对较小。因此在搭建军用adhoc网时,应根据实际使用情形做出选择。     

新型移动式野战加油站建设与运用

针对部队加油站建设标准不一、形式多样、改造周期长、费用高、效率低、耐候性差的问题，本文在明确新型移动式野战加油站的建设意义和建设目标的基础上，对移动式野战加油站的整体可移动性、储油罐与加油装置集成以及边海防等一线连队的油料保障模式和建设标准进行了研究，从工艺流程、建设选址和建设标准等方面提出了基于集装箱方舱框架设计新型移动式野战加油站的保障运用模式。这种模式不仅可填补大容量战储装备空白，还可以为热点方向实施定点保障，为加快推进部队储加油设施建设向集约化转型、保障向战场延伸提供借鉴。     

一种解决知识不相容的方法

介绍了知识库更新的基本概念,并且在命题知识库的范围内研究了知识库更新的方法,结合实际应用给出了一种特殊情况下知识不相容的判定方法。     

实时潜艇损管专家系统的设计与实现

介绍实时潜艇损管专家系统的设计与实现.该系统应用专家系统理论对潜艇损管训练及其在危险情况下进行损管决策领域的知识进行了建模,具有连续实时判断潜艇受损后的浮态和稳性以及制定损管决策方案和损管有效性检验功能.