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Further Reading:
Chung-Ju
Chang and Fang-Ching Ren, "Downlink Power Control in DS/CDMA
Cellular Mobile Radio Network", Proceedings of ICUPC'94, San
Diego (CA), 1994.
Loutfi
Nuaymi, Philippe Godlewski and Xavier Lagrange, "Power
Allocation and Control for the Downlink in Cellular CDMA Networks",
Proceedings of PIMRC'01, San Diego (CA), 2001.
Further Reading:
Jae-Hwan Chang and Leandros Tassiulas, "Energy
Conserving Routing in Wireless Ad-Hoc Networks", Proceedings of IEEE
INFOCOM'00, Tel-Aviv(Israel), 2000.
Laura Marie Feeney and Martin Nilsson,
"Investigating the Energy Consumption of a Wireless Network
Interface in an Ad-Hoc Networking Environment", Proceedings of IEEE
INFOCOM'01, Anchorage (AL), 2001.
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Performance Analysis of Downlink Power
Control in CDMA Systems
Soumya Das,
Sachin Ganu,
Natalia Rivera,
Ritabrata Roy
This paper was presented at the IEEE
Sarnoff Student Symposium 2004 on April 27,
2004.
Abstract
In this paper, we analyze three existing downlink
power control algorithms and adapt an uplink power control algorithm for
downlink. In addition, based on the concept of hysteresis, we propose an
enhancement to this adapted algorithm in order to mitigate oscillations observed
at low outage probabilities. Using simulation results, we show that the behavior
of outage with number of iterations in our adapted algorithm converges as
rapidly as the original algorithm; however the oscillations at low outage
percentages have been reduced using our algorithms.
The
complete text of the conference paper may be accessed here (4 pages, 63 KB).
(Requires Adobe Reader)
Minimum Energy Transmission in Ad-Hoc
Networks with Deterministic Motion
Ritabrata Roy,
Can E. Korman,
Suresh Subramaniam,
Shahrokh Ahmadi
This paper was presented at the IEEE
Sarnoff Student Symposium 2004 on April 27, 2004.
Abstract
This paper proposes several relay
transmission schemes that lead to minimum energy consumption in a mobile
ad-hoc network. The study introduces mobility in the form of a node that
is capable of collecting data from sources randomly distributed in space
and delivering it to a fixed gateway. It defines an energy cost function
based on transmission powers, and then describes methods for locating
points on its predetermined trajectory that would minimize the cost
subject to a delay constraint.
The
complete text of the conference paper may be accessed here (4 pages, 200 KB).
(Requires Adobe Reader)
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Links:
Performance Analysis of
Downlink Power Control in CDMA Systems by
Soumya Das,
Sachin Ganu,
Natalia Rivera and
Ritabrata Roy, submitted as partial fulfillment of course
requirement in Communication Theory to
Dr
Predrag Spasojevic, WINLAB.
Links:
Minimum Energy
Transmission Schemes for Mobile Ad-Hoc Networks, M.S. Thesis,
The George Washington University, 2002. |
