Integrated technology for physical resources of the avionics system

Abstract With the ever-increasing demand for flight application tasks and system functions, the capability, performance, and effectiveness requirements of system physical resources are constantly increasing, imposing much pressure on the capabilities, efficiency, effectiveness, safety, reliability, availability, and system cost of avionics systems. The goal of the avionics system physical integration is: aiming at the requirements of system application tasks and functions, through the system resource integration technology, the system capability, the efficiency and the effectiveness are effectively enhanced; the system reliability, the availability, and the safety are well enhanced; and the system cost, the volume, and the function consumption are reduced. Chapter 6 can be divided into five sections. Section 1 introduces the equipment resource requirements and organization mode of the system, namely equipment resource types and classification, equipment resource operating and operation, and equipment resource capabilities and integration. Sections 2–4 discuss system equipment resource type characteristics and capabilities, namely the capability organization and operation mode of general computing resources, discipline computing resources, and dedicated physical resources. Section 5 discusses the system equipment physical integration ideas and methods, namely physical resource integration mechanism, general computing resource integration mode, dedicated computing resource integration mode, and dedicated physical resource integration mode.