Vehicular, military and industrial field wireless deployments take place in harsh environments affected by impulsive noise. This letter proposes the use of a selective automatic repeatrequest (SR-ARQ) scheme where the data transmission rate is optimized in order to minimize the mean delay. The optimizationprocedure is proposed in relation to the use of a soft-limiting detector that eliminates out-of-amplitude noise at the receivingend. The superiority of the optimized SR-ARQ.
Bartoli, G., Beaulieu, N.C., Fantacci, R., Marabissi, D. (2014). Optimal Data Rate for Reliable Packet Communications in Laplace Noise. IEEE COMMUNICATIONS LETTERS, 18(1), 2-5 [10.1109/LCOMM.2013.111213.130944].
Optimal Data Rate for Reliable Packet Communications in Laplace Noise
BARTOLI, GIULIO
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2014-01-01
Abstract
Vehicular, military and industrial field wireless deployments take place in harsh environments affected by impulsive noise. This letter proposes the use of a selective automatic repeatrequest (SR-ARQ) scheme where the data transmission rate is optimized in order to minimize the mean delay. The optimizationprocedure is proposed in relation to the use of a soft-limiting detector that eliminates out-of-amplitude noise at the receivingend. The superiority of the optimized SR-ARQ.
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https://hdl.handle.net/11365/1218720