This letter proposes adaptive coding (AC) for multilevel bit interleaved coded modulation (ML-BICM) with MMSE turbo equalization, of which aim is to minimize the information rate loss due to the mismatch between the channel realization and channel coding. With the aid of the knowledge about extrinsic information transfer (EXIT) characteristics at the receiver, the code parameters such as code rates and/or generator polynomials are adaptively selected independently in each the ML-BICM layer. Numerical results show that throughput efficiency can be significantly improved with the proposed AC technique over the automatic repeat request (ARQ) technique with fixed code rate
New adaptive, iterative approaches to the decoding of block Turbo codes and multilevel codes are dev...
This paper presents a novel technique for cross-layer adaptive modulation and coding, suited for bit...
In minimum mean squared error (MMSE) based turbo equalization, the decoder's extrinsic informat...
This paper proposes an adaptive coding (AC) scheme for multilevel bit-interleaved coded modulation (...
Abstract—This paper proposes an adaptive coding (AC) scheme for multilevel bit-interleaved coded mod...
In bandwidth limited communication systems, the high data rate transmission with performance close t...
Convergence properties of frequency domain turbo equalization with multilevel bit-interleaved coded ...
Transmission of digital information through a wireless channel with resolvable multipaths or a bandw...
A comparative study of various codeq. modulation schemes is carried out in terms of their different ...
This paper addresses the problem of iterative equalization and decoding (turbo-equalization) when bi...
A turbo-equalization technique is presented for transmissions, where QAM constellations are construc...
Adaptive coded modulation is a powerful method for achieving a high spectral efficiency over fading ...
International audienceClosed-loop link adaptation in LTE involves a family of modulation and coding ...
Abstract — The application of powerful coding for transmission over multiple-input multiple-output c...
In minimum mean squared error (MMSE) based turbo equalization, the decoder's extrinsic informat...
New adaptive, iterative approaches to the decoding of block Turbo codes and multilevel codes are dev...
This paper presents a novel technique for cross-layer adaptive modulation and coding, suited for bit...
In minimum mean squared error (MMSE) based turbo equalization, the decoder's extrinsic informat...
This paper proposes an adaptive coding (AC) scheme for multilevel bit-interleaved coded modulation (...
Abstract—This paper proposes an adaptive coding (AC) scheme for multilevel bit-interleaved coded mod...
In bandwidth limited communication systems, the high data rate transmission with performance close t...
Convergence properties of frequency domain turbo equalization with multilevel bit-interleaved coded ...
Transmission of digital information through a wireless channel with resolvable multipaths or a bandw...
A comparative study of various codeq. modulation schemes is carried out in terms of their different ...
This paper addresses the problem of iterative equalization and decoding (turbo-equalization) when bi...
A turbo-equalization technique is presented for transmissions, where QAM constellations are construc...
Adaptive coded modulation is a powerful method for achieving a high spectral efficiency over fading ...
International audienceClosed-loop link adaptation in LTE involves a family of modulation and coding ...
Abstract — The application of powerful coding for transmission over multiple-input multiple-output c...
In minimum mean squared error (MMSE) based turbo equalization, the decoder's extrinsic informat...
New adaptive, iterative approaches to the decoding of block Turbo codes and multilevel codes are dev...
This paper presents a novel technique for cross-layer adaptive modulation and coding, suited for bit...
In minimum mean squared error (MMSE) based turbo equalization, the decoder's extrinsic informat...