One of the key features of a modern mobile terminal is the simultaneous support of multiple/different transmission standards. Most of these standards include forward error correction decoding functionality. In this overview paper we review the possibilities for combinations of common decoder families (Reed-Solomon, Viterbi, Turbo and low-density parity check) within one hardware platform. We show, that although specific combinations may result in silicon area savings, in general case the reuse possibilities are limited to much less than 20% of the overall decoder area
From the methodological point of view, the design of efficient channel decoders for wireless applica...
International audienceWireless and PLC standards have to cope with noisy channels. The advanced FEC ...
Abstract—A programmable turbo decoder is designed to sup-port multiple third-generation wireless com...
One of the key features of a modern mobile terminal is the simultaneous support of multiple/differen...
International audienceNowadays wireless standards optimize their capacity thanks to technics such as...
During the last decade we have witnessed a proliferation of transmission standards for wireless comm...
Turbo decoding architectures have greater error correcting capability than any other known code. Due...
Abstract: Recent wireless systems such as EDGE, WIMAX, LTE are using LDPC, tail biting and turbo con...
Internet of Things technology is highly reliant on wireless radio link, which must be of low error r...
Forward Error Correction (FEC) schemes are an essential component of wireless communication systems....
This PhD dissertation proposes the ASIC design of a flexible Multi-Standard channel decoder for next...
The current trend in the consumer devices and commu-nication service provider market is the integrat...
This paper proposes a framework for a low-power design of flexible multi-standard channel decoders w...
To achieve the goal of efficient ”anytime, anywhere” communication, it is essential to develop mobil...
A new large constraint length, soft decision viterbi decoder fabric is presented for deployment usin...
From the methodological point of view, the design of efficient channel decoders for wireless applica...
International audienceWireless and PLC standards have to cope with noisy channels. The advanced FEC ...
Abstract—A programmable turbo decoder is designed to sup-port multiple third-generation wireless com...
One of the key features of a modern mobile terminal is the simultaneous support of multiple/differen...
International audienceNowadays wireless standards optimize their capacity thanks to technics such as...
During the last decade we have witnessed a proliferation of transmission standards for wireless comm...
Turbo decoding architectures have greater error correcting capability than any other known code. Due...
Abstract: Recent wireless systems such as EDGE, WIMAX, LTE are using LDPC, tail biting and turbo con...
Internet of Things technology is highly reliant on wireless radio link, which must be of low error r...
Forward Error Correction (FEC) schemes are an essential component of wireless communication systems....
This PhD dissertation proposes the ASIC design of a flexible Multi-Standard channel decoder for next...
The current trend in the consumer devices and commu-nication service provider market is the integrat...
This paper proposes a framework for a low-power design of flexible multi-standard channel decoders w...
To achieve the goal of efficient ”anytime, anywhere” communication, it is essential to develop mobil...
A new large constraint length, soft decision viterbi decoder fabric is presented for deployment usin...
From the methodological point of view, the design of efficient channel decoders for wireless applica...
International audienceWireless and PLC standards have to cope with noisy channels. The advanced FEC ...
Abstract—A programmable turbo decoder is designed to sup-port multiple third-generation wireless com...