Miniature low-power consumption comprehensive kernel processor based on avionics full duplex switched Ethernet (AFDX)

Abstract

The invention provides a miniature low-power consumption comprehensive kernel processor based on avionics full duplex switched Ethernet (AFDX), which mainly solves the problems that the existing processor is low in integrated degree and reliability and poor in maintenance and indemnificatory performance and comprises a data processing module used in task computing, data integration, system control and management and bus communication, a network support module for high-speed data transmission among all modules of the kernel processor and between the modules and a front end sensor and a power source module for supplying power to the modules. The kernel processor has capability in processing of data, signals, graphs and videos and high-capacity memory power, simultaneously has high-speed network communication capacity, system tolerance reconstitution capacity and has the advantages of being good in performance, light in weight, small in volume, low in power consumption and the like.

Description

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AI Technical Summary

Benefits of technology

This patented innovation allows for smaller and less expensive components that work together with an advanced technology called ADFA Network (Advanced Technology Fluid) which improves their efficiency at performing various tasks such as image analysis or speech recognition. It also includes features like graphics processing ability, videos storing capacity, fast networking capability, etc., making it ideal for use in flight control systems. Overall, this technical effect makes these devices more efficient and effective than older designs while still being lighterweight and requiring lower amounts of energy compared to previous versions.

Problems solved by technology

The technical problem addressed by this patented technology relates to improving the performance and lifespan of aircraft systems used on airplanes during extreme weather conditions or other challenging environmental situations such as high altitude flight operations where they are exposed to severe temperature changes over time due to changing atmospheric pressure levels that can damage their components.

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