摘要随着现代战争的转型，防空作战已成为了一种重要的作战方式，有关研究结果表明，在近程防空中，高炮因其具有高射速、高机动性、反应时间短等特性从而具有不可替代的作用，高炮与导弹具有互补性。在防空作战中，对目标有效识别、跟踪、射击、毁伤是防空作战的四大典型环节。实时求解火控系统的射击诸元，是火控系统的核心任务之一。本课题以火控高炮防空为研究对象，针对分布式火控系统试验中典型测试航路的生成和射击诸元求取展开了研究。论文作者在基于分布式火控系统演示平台的基础上，编写割线法解非线性方程代码，实现了对一般一元非线性方程的求解，依据演示平台滤波后的目标航路信息编写诸元解算软件，用matlab GUI界面显示出来。并通过不断的演算，使本课题所设计的航路以及标准射击诸元自动生成软件计算出的数据精度满足要求，并能够准确生成目标航迹以及计算目标标准射击诸元。28728
关键词 火控系统 测试航路 诸元解算
毕业论文设计说明书外文摘要
Title Software design of the demonstration platform of calculating
firing data in the distributed fire control system
Abstract
With the transformation of modern war, air defense operation has become an important battle mode and relevant research results show that in short-range air defense, artillery because it has high speed and high maneuverability, reaction time short plays an irreplaceable role, artillery and missile is complementary to each other.In the air defense operation, the target identification, tracking, shooting and damage are four typical links of air defense operation.. Real time solving fire system is one of the core tasks of fire control system.This subject to fire control for an antiaircraft artillery as the research object, for distributed fire control system experiment in typical test route generation and shooting elements obtained are studied.The author based on the distributed fire control system demonstration platform based on, preparation of secant method for solving nonlinear equation code, the realization of the solution of general nonlinear equations, according to demo platform filtered target route information write elements solution too soft, use matlab GUI interface shows out. And through the continuous calculation, the issue of the design of the route and the standard shooting elements of automatic generation of software to calculate the accuracy of the data meet the requirements, and can generate accurate target track and to calculate the target standard firing.
Keywords fire control system , typical tested route, firing data
目 次
1 绪论 1
1.1课题研究背景及意义 1
1.2 国内外研究现状 1
1.3 课题研究内容及意义 2
1.4 论文结构安排 2
2 分布式火控系统诸元解算解算基础 3
2.1 分布式火控系统概述 3
2.2 弹道方程与射表 3
2.3 非线性方程二分法简介 4
2.4 命中方程及其求解 7
2.5 算例分析 8
2.6 小结 9
3 诸元解算平台软件总体方案设计 10
3.1 软件需求分析 10
3.2 GUI界面设计 10
3.3 航路生成及射击诸元计算模块 12
3.4 文件输入输出模块 12
3.5 小结 14
4 诸元解算演示平台软件生成模块设计 15
4.1 设计思路 15 matlab分布式火控系统诸元解算演示平台软件设计:http://www.751com.cn/zidonghua/lunwen_23688.html