摘要进入21世纪，潜艇开始在全球扩散，航空反潜因其具有速度快、机动性强、可携带多种探测设备、搜索效率高、不易被潜艇攻击等特点，为各国海军所重视。本软件的开发的目的是为了方便的验证反潜算法的正确性并规划反潜机的航路。66669
本文在介绍了反潜算法、编程界面、通信原理的相关概念和技术的基础上，对直升飞机反潜算法验证软件进行了系统流程分析，系统物理拓扑结构的设计和功能模块的划分。利用Socket通信和MFC编程实现了该软件，并通过搭载服务器环境成功的验证了课题中的五个算法。
毕业论文关键词 反潜 Socket MFC 算法验证
毕业设计说明书（论文）外文摘要
Title Socket-based Helicopter Antisubmarine Algorithm
Verification System
Abstract
In 21st century, submarines spread globally. Countries all over the world has paid great attention to aviation anti-submarine since it’s high speed, flexible, efficient, hard to be attacked and be able to carry a variety of detection equipment, etc. The purpose of the development of this software is for the convenience of proving the anti-submarine algorithms and planning the route of the antisubmarine warfare aircraft.
Based on the introduction of anti-submarine algorithms, programming interface and the communication protocol, after the system analysis, system physical topology design and the pision of function modules. Using Socket communication and MFC programming the software has been implemented, and verified the five algorithms successfully by building a server environment.
Keywords Anti-submarine Socket MFC Algorithm Verification
目 录
1 绪论 1
1．1 研究背景 1
1．3 论文研究内容 1
2 相关概念和技术 2
2．1 反潜算法相关概念介绍 2
2．2 开发环境及技术介绍 4
2．2．1 Visual Studio 2012 介绍 4
2．2．2 MFC编程介绍 4
2．3 Socket通信介绍 5
2．3．1 Socket通信基本原理 5
2．3．2 Socket通信的基本步骤 5
2．4 MFC图形编程相关概念 5
2．4．1 二维图形坐标转换 5
2．4．2 二维图形缩放与平移 6
2．4．3 透明位图 6
2．4．4 位图旋转 6
3 基于Socket的直升机反潜算法验证需求分析与系统设计 7
3．1 系统工作流程 7
3．2 系统物理拓扑结构 7
3．3 反潜算法验证软件的功能模块 MFC基于Socket的直升机反潜算法验证系统设计:http://www.youerw.com/jisuanji/lunwen_74651.html