| 1. | It summarizes the operation principle of torpedo ' s control and guiding system and the certain torpedo ' s target - searching logic
概述了鱼雷制导系统的工作原理、某型鱼雷的寻的逻辑。 |
| 2. | Torpedo guidance and control system ( tgcs ) is a complicate and contradictory information decision and control system with a certain fuzziness
鱼雷制导系统是一个复杂的、充满矛盾的，具有一定模糊性的信息决策和信息控制系统。 |
| 3. | Simulation technology plays very important roles in the research of tgcs , and the research of simulation environment is involved in kinds of subjects
仿真技术在鱼雷制导系统研究中扮演着重要的角色，其仿真环境的研究也涉及到多个学科领域的知识。 |
| 4. | Torpedo guidance and control system ( tgcs ) is an important part of torpedo whose performance is fine or inferior will directly influence torpedo ' s battling performance
鱼雷制导系统是鱼雷的重要组成部分，其性能的好坏直接影响到鱼雷的整体作战性能。 |
| 5. | Based on the analysis of the framework hierarchy and information syncretizing of the tgcs by using the oot , the basic framework model of the tgcs was founded
本论文利用面向对象技术分析鱼雷制导系统的层次结构，在信息融合关系基础上，建立鱼雷制导系统的基本层次模型。 |
| 6. | The result not only provide the novelty the practical method and useful tools for the visual modeling and visual simulation for tgcs , but also possess the theory meaning and engineering application value
其研究结果不但为鱼雷制导系统仿真提供了全新的技术实现手段和强有力的支撑工具，而且也具有重要的理论意义和工程应用价值。 |
| 7. | In this dissertation , we , firstly , research the system architecture of tgcs , field bus and embedded technology deeply . and then we project the system architecture of tgcs based on bus and embedded technology
本文首先对鱼雷制导系统的体系结构、现场总线技术和嵌入式技术进行了深入研究，提出了基于总线与嵌入式技术的鱼雷制导系统体系框架。 |
| 8. | The most advance software - engineering methodology was presented , for example the oop , com , compiler technology and so on . , which are used to design and develop the component modeling and simulation application framework of the tgcs
本论文仿真软件的实现采用了最先进的软件工程方法? ?面向对象技术、组件技术、编译技术，由此设计和开发了的鱼雷制导系统仿真环境。 |
| 9. | They included object model , dynamic model and function model of the tgcs . additional the basal arithmetic class component , parameter model class component and simulation model class component , which are set up
包括鱼雷制导系统的对象模型、动态模型和函数模型，以及基于这些模型的基本算法类组件、参数模型类组件和仿真模型类组件，它们共同构成鱼雷制导系统仿真环境的主体。 |
