Interactive-type real-time drive software system and method for CMOS resistor array

Abstract

The invention discloses an interactive-type real-time drive software system and method for a CMOS resistor array, and the system comprises a real-time simulation subsystem, an offline testing subsystem, and a single-chip microcomputer testing subsystem. The input end of the real-time simulation subsystem is connected with a main simulation machine, and the output end of the real-time simulation subsystem is connected with a CMOS resistor array infrared scene simulator. The real-time simulation subsystem is used for receiving a first confrontation situation scenario parameter, a first simulation control command and first simulation data sent by the main simulation machine, transmitting simulation state information to the main simulation machine, and transmitting the generated first infrared scene image data to the CMOS resistor array infrared scene simulator. The system is modular and systematic and is good in real-time performance.

Description

technical field [0001] The invention belongs to the technical field of computer simulation, and in particular relates to an interactive real-time driving software system and method applied to CMOS resistance arrays. Background technique [0002] With the widespread use of infrared guidance technology in weapon systems, the problems that need to be solved in the application process are becoming more and more prominent. How to reproduce the combat environment in the field with high fidelity in the laboratory, test and evaluate the combat performance of the infrared guidance system And ability, has gradually become the development direction that the current infrared guidance simulation needs to solve urgently. The CMOS resistance array infrared scene simulator is a dynamic simulator that is the closest to the infrared physical characteristics of the real natural environment. It is widely used in the simulation of infrared guidance systems in foreign, European and American evalu...

AI Technical Summary

Problems solved by technology

[0004] The resolution of domestic CMOS resistance array devices can reach 256×256 level, and now it is used in many infrared guidance models, but the software system for driving the resistance array is not perfect, lacks the system framework design, the software system structure is unreasonable, and the interactivity is poor. The degree of integration is not high, and the real-time performance cannot be guaranteed

[0005] In short, the design and research of CMOS resistor array driver software systems in China are relatively simple. Compared with foreign systematic, systematized, and modularized research software systems, there are more defects, and there is a lack of self-developed real-time and interactive software. Driver Software System of CMOS Resistor Array

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