基于服务网格工作流技术的联合作战实验平台

为实现全军作战实验资源共享和跨军种的协同实验,提出了一种基于服务网格和网格工作流技术的联合作战实验平台构建方法.一方面利用服务网格技术实现分布、动态、异构实验资源的有效集成和共享,加强实验平台的通用性、灵活性和重用性;另一方面,在平台建设中引入面向服务网格的工作流技术,使得能够在动态变化的环境中,根据实验需求优化实验作业逻辑和执行过程,选择、配置和调度相应的实验资源完成指定的任务,实现跨军种的资源共享和协同实验.     

远程机动岸导与海上编队战术协同研究

远程机动岸导与海上编队合同突击是打击敌水面舰艇编队的有效兵力组合.首先,通过对远程机动岸导对海攻击态势的分析,给出了远程机动岸导两种攻击方式;然后建立了不同攻击方式下海上编队的安全方向分析模型和安全距离分析模型,确定出了海上编队的安全空间;对远程机动岸导与海上编队协同模式进行了探讨,指出互动式协同模式应是其采用的主要协同模式.     

Swedish–Finnish naval cooperation in the Baltic Sea: motives,prospects and challenges

Recently, Finland and Sweden decided to substantially deepen their defence cooperation and this project involves creating a bilateral standing Naval Task Group (SFNTG). The present article aims at examining the deepening naval cooperation between Finland and Sweden from a regional integration perspective, focusing on its motives, current challenges and future prospects. Driven by perceptions of common challenges and desires for cost-effectiveness, and strengthened by recent successes on sea surveillance and a combined Amphibious Task Unit, the bilateral project has considerable potential to achieve success. To fulfil its objectives, substantial legal changes in both countries are required to allow the use of force on each other’s territorial waters. To cater for the requirement of not conflicting with EU, NORDEFCO or NATO cooperations, the bilateral Task Group must operate according to NATO standards and by using English as the language in command and control. The costs of adjusting the naval units to NATO’s technical requirements are far from negligible and this issue still remains to be solved. If Finland and Sweden manage to incorporate new policies, common structures and common organisational norms among their navies, an even deeper integration, as in Belgium and the Netherlands, are conceivable.     

舰艇编队作战指挥训练模拟系统组织架构与运行技术

在对舰艇编队作战指挥训练需求分析和训练组织方法梳理的基础上,建立了舰艇编队作战指挥训练模拟系统的系统架构,提出了多层次导调控制技术、一致性训练态势生成分发技术、可扩展训练评估技术,并将其应用于某型编队作战指挥训练模拟系统中,初步验证了该项舰艇编队作战指挥训练模拟系统组织架构与运行技术的可行性。     

舰空导弹超视距协同反导装备体系结构设计方法

以网络化舰空导弹超视距协同反导作战装备发展需求为牵引,基于 DoDAF （ Department of Defense Architecture Framework）1?5体系结构框架,利用体系结构设计软件SA（ System Architect）,对协同反导作战装备体系结构进行了初步探索性和概念性设计,提出了体系结构框架裁减、作战视图设计、系统视图设计和体系结构评估等方法,对实现整个装备体系互连、互通、互操作,以及避免重复建设具有重要指导意义。     

空域窗射击舰炮火力分布方法

空域窗射击方式是近程防御舰炮武器提高对高速复杂机动反舰导弹射击效力的有效途径,研究论证舰炮射击区域内射弹分布方法是实现舰炮空域窗射击的关键。运用射击效力分析方法,从“软”、“硬”两个途径,研究了射击诸元分布法和炮管预置角法两种空域窗射击火力分布方法,对其火力分布方式、范围及火力密度进行了研究,可为舰炮研制及使用提供参考。     

分段供电六相圆筒式直线感应电动机数学模型

为研究新型分段供电六相圆筒式直线感应电动机的运行规律,针对其不对称运行的特点,采用磁动势理论推导了气隙中与空间位置无关的脉振磁场的电感矩阵表达式,通过将其引入abc坐标系下对称的电机数学模型,从而构建描述六相圆筒式直线感应电机不对称的数学模型。在Simulink环境下,采用隐式梯形法构建该不对称模型的系统仿真模型。对样机进行仿真分析和实验验证,仿真结果与实验数据吻合良好,验证了模型的正确性。     

基于模型诊断的集合逻辑运算法计算最小碰集

在基于模型的故障诊断仿真系统的诊断流程中,由最小冲突集计算最小碰集是整个流程中的关键步骤。针对现有计算最小碰集方法中存在的缺陷,提出了运用集合逻辑运算法计算最小碰集,将冲突集表示为集合的逻辑"与"、逻辑"或"运算,通过其运算法则进行运算简化,可得到全部的最小碰集。该方法具有简单有效、数据结构简单、计算简便快捷和易于程序实现等优点。最后通过实例计算,验证了该算法的正确性、简单性和高效性。     

A model for geographically distributed combat interactions of swarming naval and air forces

This article describes the Distributed Interaction Campaign Model (DICM), an exploratory campaign analysis tool and asset allocation decision‐aid for managing geographically distributed and swarming naval and air forces. The model is capable of fast operation, while accounting for uncertainty in an opponent's plan. It is intended for use by commanders and analysts who have limited time for model runs, or a finite budget. The model is purpose‐built for the Pentagon's Office of Net Assessment, and supports analysis of the following questions: What happens when swarms of geographically distributed naval and air forces engage each other and what are the key elements of the opponents’ force to attack? Are there changes to force structure that make a force more effective, and what impacts will disruptions in enemy command and control and wide‐area surveillance have? Which insights are to be gained by fast exploratory mathematical/computational campaign analysis to augment and replace expensive and time‐consuming simulations? An illustrative example of model use is described in a simple test scenario. © 2016 Wiley Periodicals, Inc. Naval Research Logistics 63: 562–576, 2016     

信息时代作战指挥控制的发展趋势

着眼信息时代及其信息化战争,探讨作战指挥控制思想一体化、作战指挥控制体制一体化、作战指挥控制平台一体化、作战指挥控制信息一体化、作战指挥控制行动一体化等发展趋势问题,为提高信息时代信息化战争作战指挥控制效率奠定基础.