1) airfield pavement repairing
机场道面抢修
1.
Aiming at the problem of ascertaining MOS of the airfield pavement repairing in wartime,the basic mathematics model is established.
针对战时机场道面抢修MOS确定问题,建立基本数学模型,利用相对运动原理和坐标变换等知识进行数学分析,得出优化数学模型,并采用逐步搜索比较的算法和Matlab编程实现了MOS快速优选。
3) airfield rapid repair
机场抢修
4) BDAR
战场抢修
1.
Design of BDAR Command System Based on BDStar Navigation;
基于北斗系统的战场抢修指挥系统设计
2.
BDAR System Effectiveness Optimization for Communication Equipment Based on CPN;
基于CPN的通信装备战场抢修系统效能优化
3.
Discussion on Submarine BDAR Preparation in Peacetime;
潜艇实施战场抢修的平时准备
5) battlefield damage assessment and repair(BDAR)
战场抢修
1.
Based on the theory of Colored Petri Nets,effectiveness of Battlefield Damage Assessment and Repair(BDAR) system for communication equipment is analyzed by using modeling and simulation technology.
基于有色Petri网理论,运用建模与仿真技术,对通信装备战场抢修系统效能进行了分析;运用CPN-tools对具体实例进行了仿真实现,其运行结果与该抢修系统的统计结果基本一致;证明了有色Petri网理论和仿真工具在本领域运用的可行性和科学性,为战场抢修系统的效能评估探索出了一种新的方法。
2.
Aimed at the problems existed in the battlefield damage assessment and repair(BDAR) of radar equipments,and combined with the constructing and distributing characteristics of radar troops,the BDAR level is defined.
针对雷达装备战场抢修(battlefield damage assessment and repair,BDAR)中存在的问题,结合雷达部队组成和部署的特点,定义了雷达装备的战场抢修等级,分析了影响抢修等级决策的要素及其在抢修时间计算模型中的贡献关系,建立了抢修等级决策的数学模型,为上级决策层提供了决策依据。
6) battlefield damage assessment and repair
战场抢修
1.
According to colored Petri nets~′ great advantage in the modeling of disperse dynamic system,effectiveness of battlefield damage assessment and repair(BDAR) for communication equipment is assessed by using modeling and simulation technology.
根据有色Petri网在离散动态系统建模中的强大优势,运用建模与仿真技术,对通信装备战场抢修效能进行了评估;运用有色Petri网(colored Petrinet,CPN)工具对具体实例进行了仿真实现,其运行结果与该抢修系统的统计结果基本一致;证明了有色Petri网理论和仿真工具在本领域运用的可行性和科学性,为战场抢修系统的效能评估探索出了一种新的方法。
2.
Aiming at the development of decision support platform for BDAR(battlefield damage assessment and repair) in airborne materiel camp(DSP-BDAR),this paper puts forward a modeling method of decision optimal model based on related factors.
结合机载导弹阵地战场抢修决策平台项目开发,提出了基于相关因素的决策优化模型建模方法。
补充资料：道-道间寻道时间
道-道间寻道时间(single track seek)：
指磁头从一磁道移动至另一磁道的时间，单位为毫秒(ms)。
指磁头从一磁道移动至另一磁道的时间，单位为毫秒(ms)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条