A Novel
Approach to Derive the Average-Case Behavior of Distributed Embedded System
Rajib Ghosh1,
Arenac Mitra2, Apurba Chakraborty3
1 Dept. of
CSE, Adamas Institute of Technology-Barasat, W.B. – 700126
2 Dept. of
CSE, Adamas Institute of Technology-Barasat, W.B. – 700126
3 Dept. of
MCA, Siliguri Institute of Techonology-Siliguri, W.B. – 734009
ABSTRACT
Monte-Carlo simulation
is widely used in distributed embedded system in our present era. In this
research work, we have put an emphasis on reliability assessment of any
distributed embedded system through Monte-Carlo simulation. We have done this
assessment on random data which represents input voltages ranging from 0 volt
to 12 volt; several numbers of trials have been executed on those data to check
the average case behavior of a distributed real time embedded system. From the
experimental result, a saturation point has been achieved against the time
behavior which shows the average case behavior of the concerned distributed
embedded system.
KEYWORDS
Distributed real-time
embedded system (DRE), reliability assessment, average case system behaviour
testing, Monte-Carlo simulation.
Original
Source URL: http://airccse.org/journal/ijccms/current.html
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