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Turbocodes
- 1993 年两位法国教授Berrou、Glavieux 和他们的缅甸籍博士生Thitimajshima 在ICC 会议上发表的Near Shannon limit error-correcting coding and decoding: Turbo codes”，-1993 France 2 Professor Berrou, Glavieux and their Burmese Doctor ICC meeting in Thitimajshima published Near Shanno
alowpowerturbocodedecodingalgorithm
- 在3G通讯中，turbo码以其优异的性能几乎达到了香浓定理的极限。我们提供一种低功耗的turbo码译码算法-In the 3G communications, turbo codes for its excellent performance almost reached the limit of Shannon theorem. We provide a low-power turbo code decoding algorithm
ldpc
- serval books about ldpc , which is latest code near shannon limit , has great importance in digital communication
forney1
- On the Design of Low-Density Parity-Check Codes within 0.0045 dB of the Shannon Limit
MacKay96
- Near Shannon Limit Performance of Low Density Parity Check Codes
Shannon
- Notes on Shannon´ s limit
these
- The Low-Density Parity-Check codes are among the most powerful forward error correcting codes, since they enable to get as close as a fraction of a dB the Shannon limit. This astonishing performance combined with their relatively simple decoding
report_4th
- In the early nineties, turbo codes and its new iterative decoding technique were introduced, employing this new coding scheme and its decoding algorithm, it was possible to achieve performance within a few tenths of a dB the Shannon limit for a
ANTENNA_Alignment
- Turbo codes were first proposed by Berrou (and others) in 1993. Since its introduction, turbo code has become the coding technique of choice in many communication and storage systems due to its near Shannon limit error correction capability. Thes