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Transmission over wireless networks presents multiple technical challenges due to noise, interference, fading, power constraints and bandwidth limitation. Different solutions have been propposed to overcome these issues and some of them are treated here. Network Coding recently has been presented as a technique to increase the throughput in multicast networks. Most of the work done on the topic considers an error free transmission and few works have taken into account the errors due to the nature of the wireless channel. In this work we propose a scheme for a wireless network using ideas based on cooperative diversity and network coding.…mehr

Produktbeschreibung
Transmission over wireless networks presents multiple technical challenges due to noise, interference, fading, power constraints and bandwidth limitation. Different solutions have been propposed to overcome these issues and some of them are treated here. Network Coding recently has been presented as a technique to increase the throughput in multicast networks. Most of the work done on the topic considers an error free transmission and few works have taken into account the errors due to the nature of the wireless channel. In this work we propose a scheme for a wireless network using ideas based on cooperative diversity and network coding.
Autorenporträt
Alban, Eduardo§Eduardo Albán was born in Quito-Ecuador. He got his Electrical Engineering degree from Universidad San Francisco de Quito in 2005. In 2007 he received the M.S. in Electrical Engineering from Oregon State University in Corvallis. He started a Ph.D. program in September 2007. Mario E. Magaña is a professor at Oregon State University, US.