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 en:projects:details:har01 [2009/04/07 15:26]admin created en:projects:details:har01 [2009/06/05 23:13]cangiani 2009/06/05 23:13 cangiani 2009/06/05 10:24 cronie 2009/04/07 15:26 admin created Next revision Previous revision 2009/06/05 23:13 cangiani 2009/06/05 10:24 cronie 2009/04/07 15:26 admin created Line 1: Line 1: - === Low-Density Lattice Codes === - Low-density parity-check (LDPC) codes are able to achieve a near-capacity performance on several binary channels for acceptable decoding complexity. LDPC codes are linear codes which can be decoded with a sub-optimal algorithm on a sparse graph. ​ - - For channels with an Euclidean input space, continuous alphabet codes might be more appropriate. Lattice codes are the Euclidean space analog of linear codes. In this project the goal is to analyze and design low-density lattice codes for the additive white Gaussian noise channel. ​ - - The project is suitable for students with a theoretical and practical interest. - ---- dataentry project ---- ---- dataentry project ---- title : Low-Density Lattice Codes title : Low-Density Lattice Codes contactname:​ Harm Cronie contactname:​ Harm Cronie contactmail_mail:​ harm.cronie@epfl.ch contactmail_mail:​ harm.cronie@epfl.ch - contacttel: 021 6931205 + contacttel: 021 6936793 contactroom:​ BC 150 contactroom:​ BC 150 type : master semester type : master semester Line 23: Line 16: template:​datatemplates:​project template:​datatemplates:​project ---- ---- + + Low-density parity-check (LDPC) codes are able to achieve a near-capacity ​ + performance on several binary channels for acceptable decoding complexity. ​ + LDPC codes are linear codes which can be decoded with a sub-optimal algorithm on a sparse graph. ​ + + For channels with an Euclidean input space, continuous alphabet codes + might be more appropriate. Lattice codes are the Euclidean space analog ​ + of linear codes. In this project the goal is to analyze and design low-density ​ + lattice codes for the additive white Gaussian noise channel. ​ + + The project is suitable for students with a theoretical and practical interest. + +