Queuing Theory-Guided Performance Evaluation for a Reconfigurable High-Speed Device Interconnected Bus

Authors :: Yuanhui Ni
Keni Qiu
Yuanchao Xu
Jiqin Zhou
Weiwen Chen
Source :: TrustCom/BigDataSE/ICESS
Publication Year :: 2017
Publisher :: IEEE, 2017.
Abstract: UM-BUS, a reconfigurable high-speed device- interconnected bus, also characteristic of dynamic fault-tolerance and remote access has been proposed to enablelightweight sensor system design in IoTs. Performanceprediction is a key step to build an idea of the worst or best casesbefore real-world deployment of UM-BUS-based systems. Thispaper proposes a queuing theory-guided analytic model whichallows us to obtain an approximation for the average packetdelay as well as exact upper and lower bounds. A set ofexperiments based on MATLAB simulation are conducted to doperformance evaluation. Finally design insights are given forpragmatic implementation.

Subjects :: 010302 applied physics
Sensor system
Queueing theory
business.industry
Computer science
Distributed computing
Analytic model
02 engineering and technology
01 natural sciences
Upper and lower bounds
020202 computer hardware & architecture
Set (abstract data type)
Software deployment
0103 physical sciences
0202 electrical engineering, electronic engineering, information engineering
Key (cryptography)
Process control
business
Computer hardware

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