摘要
依据层次分析原理建立了水下自主航行器组成部分间层次结构及层次间，同层次间元素的支配关系，递层求得各组成部分相对航行器性能的设计要求（重要程度），结果令人满意。
Underwater Homing Vehicle is a rather complicated system. How to translate design requirements on such a system into design requirements on its subsystems and components is adifficult problem for Chinese engineers. We in this paper attempt to solve it.Our previous paper on underwater vehicle [3]becomes evidently inadequate when used totackle underwater homing vehicle. The main shortcoming is tin at only the interaction fromtop down is considered, i. e, only interaction between consecutive layers (system, subsys tem, component ) is considered. For underwater homing vehicle. intercations among system,all subsystems and all components need to be considered.Such complications require very advanced mathematical technique to deal with. Fortunate for us, we find Xu's book [4]does furnish such a needed mathematical tool. Accordingto Xu, the design requirements on a subsystem or a component can be mathematically expressed as its weight. For a certain underwater homing vehicle, we use Xu's mathematicaltechnique to compute all weights (in the table) and find them to be very satisfactory whenjudged by experienced engineers.
出处
《西北工业大学学报》
EI
CAS
CSCD
北大核心
1995年第4期592-596,共5页
Journal of Northwestern Polytechnical University
基金
"八五"中船总重点预研项目
