Proceedings, Volume 1, Parts 1-2; Volume 2, Parts 1-2IEEE, 2005 - Artificial intelligence |
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Page 72
... approaches described in section 4 were simulated . The first approach is based on the dynamic calculation of the promotion time of periodic packets , whereas the second approach is based on a static promotion . The goal of the ...
... approaches described in section 4 were simulated . The first approach is based on the dynamic calculation of the promotion time of periodic packets , whereas the second approach is based on a static promotion . The goal of the ...
Page 73
... approaches , while aperiodic priority 1 still maintains a reduced delay of transmission ( check in Figure 9 ) . Again DP dispatcher approach performs better than the DP relaxed deadline approach . The same high load provokes a lower ...
... approaches , while aperiodic priority 1 still maintains a reduced delay of transmission ( check in Figure 9 ) . Again DP dispatcher approach performs better than the DP relaxed deadline approach . The same high load provokes a lower ...
Page 74
... approach relatively to the classic DP approach . These simulations show that the DP dispatcher approach produces better results ( in terms of deadline constraint ) . However , the DP relaxed deadline dispatcher still allows to maintain ...
... approach relatively to the classic DP approach . These simulations show that the DP dispatcher approach produces better results ( in terms of deadline constraint ) . However , the DP relaxed deadline dispatcher still allows to maintain ...
Contents
Dynamic Guarantee in ComponentBased Distributed RealTime | 7 |
A ComponentBased RealTime Architecture for Distributed | 15 |
System to Realize Traceability | 19 |
Copyright | |
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Access Point algorithm architecture automation backlog channel clock communication components Computer configuration connected constraints control system Controller Area Network cycle deadline defined delay developed devices distributed dynamic embedded embedded systems error Ethernet execution fault fieldbus Figure flow Foundation Fieldbus frame frequency function blocks fuzzy genetic algorithms hardware IEEE implemented input integration interface load loop Management Driver master maximum metaheuristics microcontroller microprocessor module multicast MV-algebra Network Layer node object operation optical fiber optimal output parameters performance periodic packets priority problem processor production Profibus protocol queue real-time REMPLI request requirements RFID robot router routing scheduling sensor sensor nodes server signal simulation slave solution station strategy Tabu Search tags task tion token traceability traffic transmission transmitted uClinux variable vector vehicle Web Services WebLab wireless