Download e-book for iPad: Advanced Hardware Design for Error Correcting Codes by Cyrille Chavet, Philippe Coussy

By Cyrille Chavet, Philippe Coussy

ISBN-10: 3319105698

ISBN-13: 9783319105697

This ebook presents thorough insurance of blunders correcting recommendations. It comprises crucial uncomplicated innovations and the newest advances on key issues in layout, implementation, and optimization of hardware/software structures for blunders correction. The book’s chapters are written through across the world famous specialists during this box. issues contain evolution of errors correction options, commercial consumer wishes, architectures, and layout methods for the main complex mistakes correcting codes (Polar Codes, Non-Binary LDPC, Product Codes, etc). This e-book offers entry to fresh effects, and is acceptable for graduate scholars and researchers of arithmetic, laptop technological know-how, and engineering.

• Examines the best way to optimize the structure of layout for blunders correcting codes;
• provides blunders correction codes from idea to optimized structure for the present and the following iteration standards;
• offers assurance of commercial person wishes complicated mistakes correcting techniques.

Advanced layout for blunders Correcting Codes features a foreword by means of Claude Berrou.

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Additional info for Advanced Hardware Design for Error Correcting Codes

Example text

All algorithms have in common that probabilistic messages are iteratively exchanged between variable and check nodes until either a valid codeword is found or a maximum number of iterations is exceeded. 2 LDPC Decoder Design Space The LDPC decoder design space comprises a multitude of parameters which have to be tuned to the specific requirements. Each standard has different needs in means of error correction performance, number of supported code rates, codeword lengths, and throughput. There are numerous design decisions which have to be made for the hardware to satisfy these requirements.

These new possibilities are currently investigated and must be considered for future architectures. Regarding energy optimizations the proposed architecture is an excellent candidate for a Near-Threshold circuit technique [49]. For example, the throughput of 10 Gbit/s can already be fulfilled by the presented decoder running at less than 20 MHz. 6 V can be applied. This increases the energy efficiency by at least a factor of three and allows for a better energy efficiency than any other state-of-the-art decoder.

The N bit input vector u, including the frozen bits, is arranged as a N × N array, U, which is encoded using G√N to yield V : V = UG√N . 6) The codeword array, X, is obtained from V using X = V T G√N . 7) When X is rearranged into a 1 × N vector, it is equal to x = √ uGN . The TPSC decoder divides the decoding process into N cycles. 6). Since the first phase decoder, P1, corresponds to the larger stages in the polar code, it stores computations in RAM, which is area efficient and has addressing logic builtin.

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Advanced Hardware Design for Error Correcting Codes by Cyrille Chavet, Philippe Coussy

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