One of the fundamental problem faced by
wireless sensor networks is its constrained lifetime due to
scarce energy supply available during their operation. In
this paper we are going to model an efficient real time
wireless recharging for wireless sensor network along with
Dynamic Multilevel Priority( DMP) packet scheduling. For
that firstly a Real time recharging scheme is adopted. An
NDN based Real time recharging scheme is one of the best
real time recharging scheme which uses multiple mobile
vehicles for recharging, and also provides more scalability
and robustness. In this proposed work, an efficient real time
wireless recharging protocol which is named as,
ENHANCED NETWRAP (E-NETWRAP) is developed, by
including DMP packet scheduling along with above
mentioned NDN based real time recharging scheme. By
adopting DMP packet scheduling scheme along with the
Real time recharging framework further improves the
network performance.
Anjana P.S : completed her B.Tech in Electronics and
Communication Engineering under Mahatma Gandhi
University,Kerala. Presently she is pursuing M.Tech in Electronics
with specialization in Wireless Technology under Cochin University of
Science and Technology (CUSAT), Kerala.
Dr. Gnana Sheela K : received her Ph D in Electronics and
Communication from Anna University, Chennai. She is now working
as a Professor, Department of ECE, Toc H Institute of Science and
Technology. She has published more than 40 international journal
papers. She is reviewer, editor and evaluator in various international
papers. Also she is life member of ISTE.
Wireless Charging Technology
Real Time
Recharging
NDN
NETWRAP
Sencars
DMP
In this paper, an efficient NDN based real time wireless
recharging model with DMP packet scheduling is
developed. Use of NDN based real time recharging
scheme enables coordination of multiple mobile vehicles
to recharge sensor nodes. Employing multiple mobile
vehicles provides more scalability and robustness. In this
framework, a scalable and efficient communication
protocol along with priority packet scheduling, called ENETWRAP
is developed, which provides more priority
for real-time energy information gathering and delivery
mechanism, and also for real time recharging of energy
depleted nodes when compared to other non real time
process . E-NETWRAP ensures minimum end to end
data transmission for the highest priority data i.e. real
time based recharging packets, while exhibiting
acceptable fairness towards lowest priority data. This
protocol can also adapt to unpredictable and dynamic
network conditions and satisfies the needs for both normal
and emergency recharging of nodes. Performance of the
developed E-NETWRAP protocol is analyzed and it is
compared with NETWRAP case by using graphs of
various simulation metrics. Comparison results show that
E-NETWRAP is having better network performance than
the NETWRAP.
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