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雷达智能检测诊断系统III

  • 简介:摘 要 随着科学技术的高速发展,军用雷达装备中的电子系统日趋复杂,数字化程度与集成度越来越高,这对装备保障有了更高的要求。针对这一状况,本文以高速数据采集技术为基础,以老师的科研项目“雷达装备便携智能检测诊断系统研制”为背景,开发了软...
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随着科学技术的高速发展,军用雷达装备中的电子系统日趋复杂,数字化程度与集成度越来越高,这对装备保障有了更高的要求。针对这一状况,本文以高速数据采集技术为基础,以老师的科研项目“雷达装备便携智能检测诊断系统研制”为背景,开发了软件界面子模块、技术资料子模块、装备训练子模块软件。检测诊断系统以军用便携工控机为载体,内置专用PC总线仪器卡,同时配以故障诊断专家知识库、性能自动测试软件和维修资源知识库等,构成了一个新型雷达装备保障平台。由于它具有体积小、重量轻、功能强、信息含量大、配备灵活等特点,特别适合野战条件下快速、机动修理和靠前抢修。

本文主要工作为:分析了Visual Basic程序设计语言的特点;开发了软件界面子模块、技术资料子模块、装备训练子模块软件。

 

关键词:界面设计visual Basic;软件开发

 


ABSTRACT

 

    With the high-speed development of science and technology, electronic system in military radar is more and more complicate, digital and integrated as well. So its reliability is more important than before. In order to adapt this status, we have developed a software of radar system based on teacher’s researching project-Portable, Intellective, Test and Fault Diagnosis System for Radar. This system is based on military portable personal computer, which include five instrument card, fault diagnosis expert repository, automatic performance test software and maintenance resource repository. It is especially adapt to the speediness repair in field operations due to its small volume, light weight, powerful function, abundant information and its flexible configuration.

   The main jobs in this thesis are: analyzing character of Visual Basic; developing a software including interface module, technic information module, equipment module.

 

 

Key Words: interface design, Visual Basic, software developing

 

 

 

1 绪论----------------------------------------------------------------------------------1  1.1  本文背景-------------------------------------------1

    1.2 测试技术发展与现状-----------------------------------2

2  Visual Basic程序设计语言的特点---------------------------11

2.1 Microsoft Windows 的功能特点-------------------------11    2.2 Visual Basic 的功能特点----------------------------14

3 软件开发-------------------------------------------------19

3.1 测试软件的编制方法----------------------------------19

3.2需求分析--------------------------------------------20

3.3 总体设计-------------------------------------------20

3.4软件界面设计----------------------------------------21

3.5技术资料子模块设计----------------------------------23

3.6装备训练子模块软件设计------------------------------24

结束语------------------------------------------------------26

参考文献----------------------------------------------------27

 

 

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