%0 Conference Paper %1 marchenko2010incremental %A Marchenko, N. %A Bettstetter, C. %A Elmenreich, W. %B Proc. IEEE GLOBECOM %D 2010 %I IEEE %K class-1-conference relay %T Incremental Cooperative Relaying in Time-Correlated Rayleigh Fading Channels %X Incremental relaying is a communication technique enabling cooperative diversity in wireless networks. The relay forwards a correctly decoded packet only after getting the feedback that the destination failed to receive the data directly from the source. We model an incremental relaying protocol as a time-discrete finite-state Markov process and analyze its throughput performance in time-correlated radio channels with Rayleigh fading. We also determine two boundary cases: fully correlated and fully uncorrelated fading channel. The analysis shows that the throughput gains of incremental relaying to conventional Automatic Repeat-reQuest retransmission strongly depend on the channel correlation, relay position, and source-todestination fading margin.

@inproceedings{marchenko2010incremental, abstract = {Incremental relaying is a communication technique enabling cooperative diversity in wireless networks. The relay forwards a correctly decoded packet only after getting the feedback that the destination failed to receive the data directly from the source. We model an incremental relaying protocol as a time-discrete finite-state Markov process and analyze its throughput performance in time-correlated radio channels with Rayleigh fading. We also determine two boundary cases: fully correlated and fully uncorrelated fading channel. The analysis shows that the throughput gains of incremental relaying to conventional Automatic Repeat-reQuest retransmission strongly depend on the channel correlation, relay position, and source-todestination fading margin.}, added-at = {2016-06-30T15:55:44.000+0200}, author = {Marchenko, N. and Bettstetter, C. and Elmenreich, W.}, biburl = {https://www.bibsonomy.org/bibtex/274e0cd094663629e53676c4973461505/lakeside-labs}, booktitle = {Proc. IEEE GLOBECOM}, interhash = {880f8dfbf5b11a251acaeb3549f6cc35}, intrahash = {74e0cd094663629e53676c4973461505}, keywords = {class-1-conference relay}, location = {Miami, FL, USA}, month = dec, publisher = {IEEE}, timestamp = {2016-09-01T08:46:58.000+0200}, title = {Incremental Cooperative Relaying in Time-Correlated Rayleigh Fading Channels}, year = 2010 }