舰载机调运优化及仿真研究

发布时间：2018-03-24 02:29

本文选题：舰载机调运　切入点：模拟退火遗传算法　出处：《哈尔滨工程大学》2016年硕士论文

【摘要】：在现代化战争中,航母作为远程火力重要的支持平台,其技术的发展和进步是衡量一个国家综合实力和科技创新能力的重要指标。航母战斗力最直接的体现是其舰载机的出动回收能力,在整个出动回收过程中,舰载机在甲板上需要进行频繁调运以完成相关作业,所以对舰载机调运作业进行优化是提高航母作战能力的重要内容。航母所处的作战环境复杂,海况环境恶劣,且航母空间狭窄,甲板面积有限,与岸基飞机调运作业相比,舰载机调运作业危险系数更大。针对舰载机调运作业所处的环境和作业流程等特点,应该合理安排和规划舰载机的调运顺序、分配相关设备和人力资源,提高舰载机调运作业调度的效率。本文以舰载机调运作业调度为研究对象,对调运计划和方案进行优化操作,以制定出合理、高效的调运计划和方案,其内容主要有以下四个部分:首先,结合舰载机出动收回的整个作业过程,阐述舰载机调运作业对出动回收能力的重要意义,并对舰载机调运作业进行分析,进而对舰载机调运仿真系统进行设计,确定系统的功能和模块组成。其次,对舰载机调运作业过程中相关条件和规则进行分析,结合模拟退火遗传算法的理论和特点,建立基于改进遗传算法的舰载机调运作业计划数学模型,对优化算法进行设计,最后给出案例优化操作,并对优化后的调运计划进行分析。然后,对分布式仿真优化方法的基本原理、特点和执行流程进行分析,阐述HLA技术在分布式仿真优化系统中的适用性,并基于HLA平台对舰载机调运方案优化系统进行设计。最后,运用相关软件开发舰载机调运方案优化系统,在该优化系统上对舰载机调运作业调度方案进行案例仿真,进而分析仿真优化系统的可行性。
[Abstract]:In modern warfare, aircraft carriers are an important support platform for long-range firepower. The development and progress of its technology is an important index to measure the comprehensive strength and scientific and technological innovation ability of a country. Carrier aircraft need to be transferred frequently on deck to complete related operations, so optimization of carrier aircraft dispatching operation is an important content to improve carrier combat capability. The battle environment of carrier is complex, and the sea condition is bad. The carrier space is narrow, the deck area is limited, compared with the shore-based aircraft dispatching operation, the risk factor of the shipborne aircraft dispatching operation is greater. In view of the characteristics of the environment and operation flow of the ship-based aircraft dispatching operation, It is necessary to arrange and plan the dispatch sequence of shipborne aircraft reasonably, to allocate related equipment and human resources, and to improve the efficiency of dispatching operation of shipborne aircraft. This paper takes the scheduling of shipborne aircraft dispatching as the research object. To optimize the operation of the dispatching plan and scheme in order to formulate a reasonable and efficient dispatching plan and scheme, the contents of which are as follows: first, combined with the whole operation process of the shipborne aircraft's recovery, This paper expounds the important significance of shipborne aircraft dispatching operation to the recovery ability of dispatch, and analyzes the shipborne aircraft dispatching operation, and then designs the simulation system of shipborne aircraft dispatching, and determines the function and module composition of the system. According to the theory and characteristics of simulated annealing genetic algorithm, the mathematical model of shipborne aircraft dispatching scheduling based on improved genetic algorithm is established, and the optimization algorithm is designed, based on the analysis of the relevant conditions and rules in the process of shipborne aircraft dispatching, and combining with the theory and characteristics of simulated annealing genetic algorithm, the mathematical model of shipborne aircraft dispatching scheduling is established. Finally, the case optimization operation is given, and the optimized dispatching plan is analyzed. Then, the basic principle, characteristics and execution flow of the distributed simulation optimization method are analyzed. This paper expounds the applicability of HLA technology in distributed simulation and optimization system, and designs the optimization system of shipborne aircraft dispatching scheme based on HLA platform. Finally, the optimization system of shipborne aircraft dispatching scheme is developed by using related software. Based on this optimization system, the scheduling scheme of shipborne aircraft dispatching operation is simulated, and the feasibility of the simulation optimization system is analyzed.
【学位授予单位】：哈尔滨工程大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：E926.392;TP391.9

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