A reconfigurable computer module set for measurement, launch and control based on fpga

Abstract

The invention discloses an FPGA-based reconfigurable measuring, launching and controlling computer module group, comprising: an FPGA core control module, used to bridge the data information flow between modules; a power supply module, used to provide power for each module in the module group; The backplane module or cable network is used to provide data information flow channels and power supply interfaces for each module; the peripheral function module is used to realize the specific functions of the module group; the extended operating system motherboard is used to expand the visual graphical interface , providing the data information flow in the computer module group for users to view, and to monitor and intervene the control logic in real time. The reconfigured and integrated aircraft measurement, launch and control computer equipment of the present invention has strong flexibility and scalability, and has the advantages of miniaturization and integration, and can meet the equipment application requirements of short cycle, low cost and high reliability.

Description

technical field [0001] The invention relates to the fields of ground testing and launch control. More specifically, it relates to a FPGA-based reconfigurable computer module set for measuring, launching and controlling. Background technique [0002] Ground test and launch control equipment, as important maintenance equipment for modern aircraft equipment, is an important part of aircraft products that are frequently used, have complex working environments, and require extremely high reliability. The integrity of its test and launch control functions is directly related to reliability. The health status of the entire life cycle of the aircraft determines the ability of the aircraft to complete the mission. [0003] At present, various types of aircraft are showing a trend of diversification and complexity, and the supporting test, launch and control equipment mostly adopts the development model of special equipment, and no generalized and scalable architecture is adopted in ...

AI Technical Summary

Problems solved by technology

[0003] At present, various types of aircraft are showing a trend of diversification and complexity, and the supporting test, launch and control equipment mostly adopts the development model of special equipment, and no generalized and scalable architecture is adopted in the hardware development process. And the number is increasing day by day, which consumes a lot of research and development funds and investment, and at the same time prolongs the equipment development cycle, and the reuse rate of hardware resources cannot be effectively improved, and cannot meet the application requirements of diversified and rapid development of future aircraft types.

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