Deeply-integrated processing system

Abstract

The invention provides a deeply-integrated processing system, which comprises an integrated data processing unit, an integrated signal processing unit, an integrated graphics processing unit, an integrated video processing unit, an integrated data storage unit, an integrated data exchange unit and remote intelligent interface units. The integrated data processing unit, the integrated signal processing unit, the integrated graphics processing unit, the integrated video processing unit, the integrated data storage unit and the integrated data exchange unit are connected mutually to form a core processor and network module; and the remote intelligent interface units are distributed in the periphery of the core processor and network module, and are connected and communicated with processing units in the core processor and network module respectively. The deeply-integrated processing system realizes deep integration of an avionics system, an electromechanical system and a flight control system of an airplane, and the scale thereof can be enlarged or reduced so as to be suitable for function application and services of different kinds of airplanes, thereby effectively reducing system development, verification and airworthiness certification cost and maintenance overhead, and improving system reliability, maintenance performance and guarantee performance.

Description

technical field [0001] The invention belongs to the technical field of embedded computer system design, and in particular relates to a deep comprehensive processing system. Background technique [0002] The increasingly complex environment requires the aircraft to have higher maneuverability, automatic flight, intelligent decision-making capabilities, information fusion capabilities of fire control\fly-propulsion integration, and even various sensors conform to the aircraft (smart skin) It has all-round battlefield situation awareness capabilities, and the existing system structure that separates the avionics system, electromechanical system, and flight control system cannot meet such requirements. Therefore, it is necessary to address the higher, larger and stronger requirements for the processing performance of aircraft avionics systems in complex environments, and propose a flexible, unified and open general-purpose networked information processing platform architecture t...

AI Technical Summary

Problems solved by technology

[0002] The increasingly complex environment requires the aircraft to have higher maneuverability, automatic flight, intelligent decision-making capabilities, information fusion capabilities of fire control\fly-propulsion integration, and even various sensors conform to the aircraft (smart skin) It has all-round battlefield situation awareness capabilities, and the existing system structure that separates the avionics system, electromechanical system, and flight control system cannot meet such requirements

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