弹载计算机

以某型号产品的弹载计算机为研究背景，按照实时性、小型化的要求，设计了以数字信号处理器（DSP）为核心的某光电跟踪产品信息处理平台的硬件系统。

With the studying background of missile-borne computer , and according to the requests of real-time and miniaturization , the signal-processing system hardware of photoelectric tracking product whose core is DSP is designed .

弹载计算机中的实时操作系统研究

Study on Real - Time Operate System in Missile-borne Computer

基于DSP的高性能通用并行弹载计算机设计与实现

Design and Realization of High-performance Universal Parallel Computer on Bomb Based on DSP

C25计算机开发系统是专为C25弹载计算机的开发调试而设计的。

The development system of C25 computer is designed for the debug and development of C25 computer on missile .

本文详细描述了C25开发系统的功能、实现及设计特点，并阐述了它对提高C25弹载计算机的调试开发效率，提高设计可靠性的重要意义。

This paper describes the functions 、 implementation and design character of the development system , and its important meaning of improving the debug efficiency and design reliability .

基于闭环仿真的弹载计算机评估系统研究

Research on Missile-Borne Computer Closed Loop Simulation System Based on Six-Degree-of-Freedom Model

捷联制导系统弹载计算机的设计

The on board computer design in strapdown inertial guidance-control system

实时弹载计算机软件动态测试平台

Real-Time Dynamic Testing Platform for Software Embedded in Missile-Borne Computer

测试结果表明，采用此方案设计的弹载计算机能够满足实时图像匹配的要求。

Test results show that the system can fulfill real-time image matching requirement .

弹载计算机具有实时性、可靠性、嵌入性等特点。

The characteristics of missile-borne computer are timeliness , reliability , and imbedibility .

当前对弹载计算机的考核手段单一，缺乏从总体性能上的评估方法。

The measurements to missile-borne computer are single for lacking effective methods to evaluate the performance as a whole .

分析结果表明弹载计算机系统硬件电路设计合理，各个模块功能正常有效。

The result show that the system hardware circuits designing was reasonable and the functions of these modules in the system were normal and valid .

另外，导弹的传感器或者寻的装置，产生数据，并且馈送给弹载计算机。

The missile sensor or seeker , on the other hand , is a component within a missile that generates data fed into the missile computer .

弹载计算机是现代导弹制导与控制系统的核心装置，其性能的好坏，直接关系到精确制导的精度和杀伤目标的概率。

The missile-borne computer is key installment of the modern missile guidance and the control system , its performance quality relates the precision of guidance and the probability of target damage directly .

随着数字式弹载计算机的使用，自动驾驶仪能够很方便地实现系统变参数设计，在不同的马赫数及不同的飞行状态下，通过弹载计算机的解算来实时装订系统参数。

But now the parameters of digital autopilot system can be easily designed , changed and loaded at real-time , at different flying states and at different Mach numbers by missile-borne computer .

本文分析了导弹飞行的弹体振动环境，计算了弹载计算机印刷线路板的自振频率，并给出了一个抗振可靠度的计算公式。

This paper analyses flying missile 's vibration environment . Computation of the self-vibration frequency of the printed circuit board of on-board computer and a computational formula for anti-vibration reliability are presented .

基于DSP的新型弹载控制计算机

A New Kind of Missile Control Computer Based on DSP

弹载专用计算机工作软件测试分析

Test and Analysis on Missile-borne Computer Working Software

第五，简要地叙述了弹载导航计算机的软硬件设计、主控软件的流程以及第一次原理样弹挂飞与投掷试验。

Fifthly , it is introduced that the software , hardware design of the guidance computer , the flow chart of control software and the first throw experimentation .

本设计具有通用性，对其它弹载、机载计算机系统的BIT设计具有一定的指导意义。

The design is universal , which can be used to guide the BIT design of other computer systems on bomb or on plane .

弹载数字图像处理计算机系统的设计与实现

Design and Implementation of Digital Image Processing Missile-borne Computer System

根据滑翔增程弹的工作原理和总体结构布局，以及系统的功能和性能需求，确定了弹载计算机系统的设计方案。（2）PCB硬件电路板的设计和制作。

The performance requirements of the projectile computer system to achieve targets and the fulfilling program were determined based on the overall structure of the layout and control scheme of the gliding extended range projectile . ( 2 ) The printed circuit board was designed and produced .