Jul 7, 2016 · Abstract: Non-binary low-density parity-check codes have superior communications performance compared to their binary counterparts.
This work proposes the first architecture for high speed, low latency Non-Binary Low-Density Parity-Check Check Node processing for GF(256), ...
In this paper a new hardware aware check node algorithm and its architecture is proposed. It has state-of-the-art communications performance while reducing the ...
Vladimir Rybalkin, Philipp Schläfer, Norbert Wehn : A New Architecture for High Speed, Low Latency NB-LDPC Check Node Processing for GF(256).
Abstract—Non-binary low-density parity-check codes have superior communications performance compared to their binary counterparts.
The presented architecture has a 3.3 times higher area efficiency, increases the energy efficiency by factor 2.5 and reduces the latency by factor of 5.5 ...
The Trellis-EMS (T-EMS) introduced in [6] reduces the latency of the FB computation but presents a hardware complexity that significantly increases with q ...
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2015. A new Architecture for High Speed, Low Latency NB-LDPC Check Node Processing for GF(256). V Rybalkin, P Schläfer, N Wehn. IEEE Vehicular Technology ...
A new Architecture for High Speed, Low Latency NB-LDPC Check Node Processing for GF(256) · Error Resilience and Energy Efficiency: An LDPC Decoder Design Study ...
We introduce a new processing block that updates a check node ... A new architecture for high speed, low latency NB-LDPC check node processing for GF(256).