| 1. | Study on operational effectiveness of submarine torpedo weaponsystem under the support of military satellite system
卫星支援下潜载鱼雷武器系统作战效能评估 |
| 2. | And it can automatically calculate the finding probability after setting correctly random error and simulation times . 4
通过随机误差设置和统计次数选择， igts能自动给出鱼雷武器系统各项作战性能指标如命中概率等统计结果。 |
| 3. | The designing method on visualized and integrated simulation environment of torpedo weapon system , namely integrated general torpedo simulator ( igts ) , is put forward
三、提出了一种鱼雷武器系统可视化一体化仿真环境(集成通用鱼雷模拟器igts )的设计方法。 |
| 4. | Igts is by means of normalized designing of torpedo ' s main model , standardized and visualized designing of interface , and backing of database technology . the integrated and automatized function of modeling , simulation and statistic comes true in igts
该软件通过鱼雷武器系统主要模型的规范化设计，人机界面的标准化、可视化设计，实现了鱼雷武器系统的仿真建模、仿真实验和仿真结果统计的一体化和自动化。 |
| 5. | Based on the modern theories of effectiveness and operational effectiveness of weapon system , this paper provides the definition and content structure of operational effectiveness for torpedo weapon system , and gives every index of operational effectiveness and corresponding models
本文基于现代武器装备效能与作战效能研究的成果，详细地分析了鱼雷武器系统作战效能的定义、内容分析体系、各个评价指标参量和相应的数学模型。 |
| 6. | So the dissertation clarified the hypotaxis between torpedo system and torpedo weapon system firstly , then expatiated the evaluation elements , evaluation characteristics , generic contents , generic process and the station in the process of torpedo investigation . 2
针对此点，本文从鱼雷系统和鱼雷武器系统的关系出发，明确了鱼雷总体方案评估的评估要素、评估特点、一般内容、一般过程以及在鱼雷研制过程中的地位，夯实了本文理论研究的基础。 |
| 7. | The present situation of study is also provided . first , this paper provides several evaluation methods of operational effectiveness for torpedo weapon system , such as analytic hierarchy process ( ahp ) , fuzzy comprehensive evaluation and new gray & fuzzy comprehensive evaluation , from the angle of project managing
从工程管理的角度出发，给出了鱼雷武器系统作战效能决策中的几种常用方法：层次分析法、模糊综合评判法和两种新型的灰色模糊综合评判法。 |
| 8. | This dissertation derives from the national ninth five - year plan project " torpedo weapon system development and mathematic simulation methods research " and china shipbuilding industry group ' s project " sub - water multi - target trajectory counterwork distributed interactive simulation system "
本论文题目来源于总装备部“九五”预研课题“鱼雷武器系统规划发展数学仿真方法”和中国船舶重工集团第七五零试验场课题“水下多目标弹道对抗分布交互仿真系统” 。 |
| 9. | The main contributions are as follows : 1 . the torpedo weapon system is object - oriented analyzed with unified modeling language ( uml ) , and whose simulation framework made up of torpedo , carrier , target and countermeasure is built , in which torpedo ' s battle trajectory is for the center
其主要研究成果与创新点为：一、采用统一建模语言uml对鱼雷武器系统进行面向对象分析，建立了以鱼雷作战弹道为中心的由鱼雷、载体、目标和对抗器材各实体及其分系统构成的仿真体系结构。 |
| 10. | And multidisciplinary design optimization ( mdo ) , a new theory about complex engineering system design , is chosen as the optimization method for such a large engineering system . the main points in this paper are as follows : ( 1 ) based on the system effectiveness model from wseiac , this paper studies the corresponding factors of torpedo weapon system , and gives both its model and analysis architecture . every effectiveness index is studied and given corresponding ways of analysis
本文的主要研究内容和成果如下： ( 1 )运用wseiac模型，结合鱼雷武器系统的作战过程和武器系统组成的具体实际，给出了鱼雷武器系统作战效能的数学模型，构造了作战效能分析的指标体系，并对各个作战效能指标进行了详细的分析和讨论，给出了相应的分析和研究方法；综合应用模糊数学和灰色理论，提出了两种用于作战效能评判的灰色模糊综合评判方法；为了考虑作战过程中的不确定因素，设计了一种作战效能的仿真方法。 |
