作战指挥系统软件动态定义和动态重组设计

对作战指挥系统软件的功能模块进行分析,引入软件构件开发的思想,采用COM/DCOM构件技术,在现有软件系统中增加远程管理构件,通过客户端程序对远程服务器管理构件的访问,动态管理远程机器上运行的作战指挥系统软件功能模块,使得作战指挥系统软件的各个功能模块能够稳定运行,使分布式作战指挥系统软件具有动态定义、动态重组、动态管理等功能,大大提高了作战指挥系统软件的可靠性和可交互性,使作战指挥系统软件达到了互连、互通、互操作性的目的.     

航迹关联算法在飞行计划管理中的应用

针对传统飞行计划管理中的缺限,基于MK－NN航迹关联算法思想,提出了一种利用方向因子、速度因子、偏航因子、时差因子和区域因子对综合航迹和计划航迹进行比较关联的方法,实现对飞行计划实施的动态监控,从而提高了飞行计划管理的准确性与科学性。     

Dynamic institutionalization: the foundations of Japan’s radioactive problem

Many have suggested that the true purpose behind Japan’s development of a closed nuclear-fuel cycle is to maintain the technical potential to develop nuclear weapons. However, closer examination of the development of Japan’s nuclear industry shows that, although Japan possesses advanced nuclear technologies, there has been no deliberate strategy to create a nuclear-weapon option. There is no “nuclear hedge.” To illustrate this point, this article presents a framework called “dynamic institutionalization” to explain the origins of Japan’s nuclear policies and the different sets of institutionalized pressures and constraints that have perpetuated these policies over time. Japan’s continued development of closed fuel-cycle technologies is primarily driven by domestic politics and the lack of a permanent spent-fuel management solution. On the other hand, Japan’s institutionalized nuclear forbearance is driven by the calculation that, as long as US extended deterrence remains credible, Japan’s security is best guaranteed through reliance on the US nuclear umbrella. By analytically untangling the policy of closed fuel-cycle development from the rationale for nuclear forbearance, this article provides a more nuanced view of the relationships between the domestic and international variables shaping Japan’s nuclear policies.