Impact of Energy Models on Energy Efficient Sensor Network Routing.
B. Emmert, and D. Staehle. Technical Report, 415. Department of Computer Science, (April 2007)
Abstract
Models and proposals to capture the energy consumption of sensor nodes
are
plentiful. Even if the majority of the various energy consumption
models roughly
agree about the energy consumed in the different states of the sensor
node duty
cycle, different approaches for abstracting the costs of radio
operations exist. In
our work, we investigate which factors are crucial for the modeling of
transmission
costs by establishing a general framework whose modular structure
allows to compare
existing abstractions. We analyze the impact of typical assumptions
when
they influence the creation of energy efficient routing topologies. We
compare the
resulting routing trees not only by topological characteristics, but
also by estimating
radio related energy consumptions, a metric which changes strongly with
the
MAC layer efficiency.
%0 Report
%1 TR415
%A Emmert, Barbara
%A Staehle, Dirk
%C Department of Computer Science
%D 2007
%K myown
%N 415
%T Impact of Energy Models on Energy Efficient Sensor Network Routing.
%U http://www3.informatik.uni-wuerzburg.de/TR/tr415.pdf
%X Models and proposals to capture the energy consumption of sensor nodes
are
plentiful. Even if the majority of the various energy consumption
models roughly
agree about the energy consumed in the different states of the sensor
node duty
cycle, different approaches for abstracting the costs of radio
operations exist. In
our work, we investigate which factors are crucial for the modeling of
transmission
costs by establishing a general framework whose modular structure
allows to compare
existing abstractions. We analyze the impact of typical assumptions
when
they influence the creation of energy efficient routing topologies. We
compare the
resulting routing trees not only by topological characteristics, but
also by estimating
radio related energy consumptions, a metric which changes strongly with
the
MAC layer efficiency.
@techreport{TR415,
abstract = {
Models and proposals to capture the energy consumption of sensor nodes
are
plentiful. Even if the majority of the various energy consumption
models roughly
agree about the energy consumed in the different states of the sensor
node duty
cycle, different approaches for abstracting the costs of radio
operations exist. In
our work, we investigate which factors are crucial for the modeling of
transmission
costs by establishing a general framework whose modular structure
allows to compare
existing abstractions. We analyze the impact of typical assumptions
when
they influence the creation of energy efficient routing topologies. We
compare the
resulting routing trees not only by topological characteristics, but
also by estimating
radio related energy consumptions, a metric which changes strongly with
the
MAC layer efficiency.
},
added-at = {2015-06-18T10:00:28.000+0200},
address = {Department of Computer Science},
author = {Emmert, Barbara and Staehle, Dirk},
biburl = {https://www.bibsonomy.org/bibtex/27cc004bab62f52870c470c93be172eac/trcsuniwue},
interhash = {fc21903b659ccd26c118273c8e1e8a7d},
intrahash = {7cc004bab62f52870c470c93be172eac},
keywords = {myown},
month = {April},
number = 415,
timestamp = {2015-06-18T10:00:28.000+0200},
title = {Impact of Energy Models on Energy Efficient Sensor Network Routing.},
type = {Technical Report},
url = {http://www3.informatik.uni-wuerzburg.de/TR/tr415.pdf},
year = 2007
}