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Introduction to the DDLCN
FaultTolerance Aspects of the DDLCN 27
The Distributed DoubleLoop Communication Network
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512 OELAY BUFFER acknowledgment additional analytical model AOORESS ASSIGN BATCH broadcast Chapter communication links Communication Protocols control token delay buffer described destination developed Distributed Double-Loop Computer DLCN double-fault Double-Loop Computer Network dynamically restructure EJECT exponentially distributed fault detection fault situation fault-tolerance problem GRAPH NO-FAULT UTILIZATION homogeneous INITIAL INITIAL INITIAL INITIALIZE NEXT NOOE INNER LOOP INOEX investigation Jackson's theorem LINK MAP LINK UTILIZATION GRAPH link-fault situation LINK-PAIR MAPI long message loop interface unit loop network LOOPi MATRIX message arrival rate MESSAGE LENGTH message routing algorithms message traffic network design NODE NETWORK NOOE VECTOR INITIAL operational OUTER LOOP parameters queueing model routing decision saturation scheme service rate SET MSG Shortest Distance routing simulation model single-fault single-loop design solution statistics store and forward TEST time-shared topology total message arrival total transmission totally distributed control trans transmit tri-state control logic UTILIZATION GRAPH NO-FAULT Utilization Graph—6 Nodes VARIABLE