A flight mission training computer

Abstract

The invention belongs to the technical field of avionics, and in particular relates to a flight task training computer. The flight mission training computer includes a video processing function module, a bus function module, an I / O interface function module, a data calculation function module, a mission scheduling function module and a power supply module for supplying power to each of the above modules. Wherein, the video processing function module, the bus function module, the I / O interface function module, and the data calculation function module are all connected to the task scheduling function module, and realize mutual data exchange through the task scheduling function module. The invention effectively utilizes the high-efficiency resources of the flight task training computer, improves the utilization rate of the CPU, enables the flight task training machine to quickly and stably respond to various tasks, and ensures the timeliness and stability of task transmission.

Description

technical field [0001] The invention belongs to the technical field of avionics, and in particular relates to a flight task training computer. Background technique [0002] Military training has always been a basic means to improve combat effectiveness, and well-trained pilots are one of the decisive factors for winning a war. The traditional training method mainly relies on flight simulators of various types of aircraft. Such simulators are generally installed on the ground, and the training locations are fixed and large in size. At the same time, they lack the complex environment and tense atmosphere of pilots fighting at high altitudes. With the rapid development of military aircraft technology and the increasing number of types, traditional training methods have exposed many shortcomings, and training costs will continue to rise. Therefore, flight missions with versatility, small size, and a combination of virtual simulation and real flight The Training Computer (FTC) w...

AI Technical Summary

Problems solved by technology

[0004] The current flight mission training computer communicates with other components of the embedded training system through the traditional GJB289A bus. The bus can only have a maximum of 31 nodes, which limits the flexibility of system upgrades and adapting to multi-tasking, which limits the development of GJB 289A in embedded training systems

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