Automatic simulation method for missile guidance control system hardware-in-the-loop simulation platform

Abstract

The invention provides an automatic simulation method for a missile guidance control system hardware-in-the-loop simulation platform. In the case of joint hardware-in-the-loop simulation of multiple computers for the missile guidance control system, through compiling a background control program, the operation of manual click on the mouse is simulated, and joint simulation of automatic operation of multiple computers is realized. A computer background program is completely used to replace manual operation test, a one-button cyclic operation hardware-in-the-loop simulation test mode is furtherrealized, test failure caused by a manual operation timing error is avoided, the simulation test efficiency is greatly improved, and the hardware-in-the-loop simulation test human resources and the time cost are saved.

Description

technical field [0001] The invention belongs to the technical field of semi-physical simulation of missile guidance and control systems, and in particular relates to an automatic operation method for efficient semi-physical simulation. Background technique [0002] The hardware-in-the-loop simulation platform of the missile guidance control system consists of interference control computer, radio frequency signal generation control computer, radio frequency main control computer, clutter simulation computer, combat situation setting computer, array monitoring computer, telemetry data receiving computer, ground test computer, ballistic simulation computer , turntable control computer and other computers and other hardware equipment, the whole large semi-physical simulation system is developed by different units and departments. When doing the semi-physical simulation test of the missile guidance control system, most of the computers that complete the corresponding functions do...

AI Technical Summary

Problems solved by technology

When doing the semi-physical simulation test of the missile guidance control system, most of the computers that complete the corresponding functions do not provide an interface that can be remotely controlled by the network to operate its software, so each computer interface program must be manually operated to complete the missile guidance. The semi-physical simulation test of the control system, so that every time a semi-physical simulation test is done, different stations need to be specially set up to operate the corresponding computers, which causes a waste of human resources

Moreover, manual operation tests by many people often cause test failures and invalid test data due to operational timing problems, which seriously affect the efficiency of hardware-in-the-loop simulation tests.

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