| The airborne network system studied in this subject, is one of the key technologies in modern advanced avionics integration. The new avionics system adopts function partition architecture, and makes a great deal use of data fusion technology. The needs of information to be passed between functional systems and data communication rate increased greatly.MIL-STD-1553 bus,1Mbps, which is widely adopted by the third generation fighter, cannot satisfy the need of high bandwidth in avionics system integration.On the basis of FC, the main purpose of this subject is to develop a type of airborne avionics fabric network system to satisfy the data communication requirement of high bandwidth and intense data fusion to instead of MIL-STD-1553B bus as the avionics main network.This subject researchs and analyzes the network topology and transport protocol of Fibre Channel technology.And on the basic we bring forward the network structure and transport protocol of avionics system. And we design a method of avionics network management and control.Throughout the testing of FC network platform and software, this subject meets the demands of high bandwidth, strong real-time and low bit error-rate. It can satisfy the network requirement of new generation campaign flighter. And it is a helpful attempt for FC technology application in aeronautics field. |
PDF Full Text Request