All-digital simulation system and method for infrared imaging system

Abstract

The invention discloses an all-digital simulation system and method for an infrared imaging system. The simulation system is composed of a simulation platform, a simulation member database, a simulation information table, a plurality of simulation members and a simulation client, wherein the simulation platform is used for comprehensively managing an overall simulation process; the simulation member database is used for storing simulation member information; the simulation information table is used for storing simulation configuration information; the simulation members integrate one or more simulation models and interact with the simulation platform by virtue of the simulation client. The simulation method comprises the following specific steps: building and registering the simulation members; configuring a simulation process; carrying out simulation propulsion on the simulation members by the simulation platform according to the simulation process; and after the simulation is completed, carrying out performance evaluation on the simulated system. The system and method disclosed by the invention have the advantages that the rapid establishing of a virtual prototype for the infrared imaging system can be completed by developed simulation members, and the independent simulation of a single subsystem, the joint simulation of a plurality of subsystems and the distributed collaborative simulation of the whole virtual prototype can be realized.

Description

technical field [0001] The invention relates to computer simulation technology, in particular to an all-digital simulation system for an infrared imaging system and a simulation method thereof. Background technique [0002] With the development of infrared technology, the application of infrared imaging system in technical fields such as target detection, recognition and tracking is becoming more and more extensive. However, the complex structure and field performance test make the research and development process of infrared imaging system face the unfavorable situation of long period, high cost and low design flexibility. Since the field test cannot meet the test requirements in various complex environments, the evaluation range of the infrared imaging system is limited and the cost is huge. In order to improve the design efficiency and design quality of the infrared imaging system, and fundamentally help solve the problems of difficult design and test, computer simulatio...

AI Technical Summary

Problems solved by technology

However, the existing general-purpose simulation systems often focus on their versatility, and many unnecessary functional structures for infrared imaging systems increase the difficulty in the development of simulat

Images