CAJ | 학술논문

弹载计算机作为精确制导武器的核心单元，是实现武器系统精确制导的关键部件。随着武器装备发展水平的提高，弹载制导计算机要求更高的数据采集与处理速度、更高的实时性与可靠性。从功能上讲导引头弹载计算机要完成数据的采集、处理与运算，并提供通信接口。为保证武器的制导精度，弹载计算机必须具备较高的数据采集与运算速度，并完成实时处理。现从设计者的角度提供了一种应用高性能DSP主机接口的弹载计算机设计方法。
탄재계산궤작위정학제도무기적핵심단원，시실현무기계통정학제도적관건부건。수착무기장비발전수평적제고，탄재제도계산궤요구경고적수거채집여처리속도、경고적실시성여가고성。종공능상강도인두탄재계산궤요완성수거적채집、처리여운산，병제공통신접구。위보증무기적제도정도，탄재계산궤필수구비교고적수거채집여운산속도，병완성실시처리。현종설계자적각도제공료일충응용고성능DSP주궤접구적탄재계산궤설계방법。
Themissile-bornecomputer,asthecoreunitoftheprecision-guidedweapons,isthe key component of the precision-guided weapon system.With the improvement of the level of weapons development,the missile -borne guidance computer requires high speed of data acquisition and processing and a higher level of real-time and reliability.From a functional perspective,missile-borne computer needs to complete the data acquisition, processing and computing, and provide the communication interface.In order to ensure the accuracy of the weapons guidance,it must have high speed of data acquisition and operation,and complete real -time processing.This article describes a missile-borne computer design method with the application of high -performance DSP host interface from the designer's point of view.