Self-Concatenated Codes with Self-Iterative Decoding for Power and Bandwidth Efficiency
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Bandwidth Efficiency self concatenated code recurs↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Improved inference in coupling, encoding, and decoding models and its consequence for neuroscientific interpretation
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59 BASIC BIOLOGICAL SCIENCES↗
Design and iterative decoding of networks of many small codes
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iterative decoding code graphs code networks molec↗
Improving turbo-like codes using iterative decoder analysis
The density evolution method is used to analyze the performance and optimize the structure of parallel and serial turbo codes, and generalized serial concatenations of mixtures of different outer and inner codes. Design examples are given for mixture codes.
turbo codes iterative decoding↗
Deep Space Network turbo decoder implementation
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turbo decoder turbo code↗
Herative Decoding of Serially Concatenated Codes with Interleavers and Comparison with Turbo Codes
A serially concatenated code with interleaver consists of the cascade of an outer encoder, an interleaver permuting the outer codewords bits, and an inner encoder whose input words are the permuted outer codewords.
low-complexity iterative decoding simulation compa↗
Continuous MAP Algorithms and Their Applications to Decode Parallel and Serial Code Concatenations
Concatenated coding schemes with interleavers consist of the combination of two simple constituent encoders and an interleaver. The parallel concatenation known as.
algorithms decoding parallel code concatenations s↗
Enhanced Decoding for the Galileo Low-Gain Antenna Mission
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coding system Reed-Solomon outer code Viterbi deco↗
Turbo Codes and Turbo Decoders for Deep Space Communication
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coding turbo codes deep space iterative decoders↗
Self-Concatenated Trellis Coded Modulation With Self-Iterative Decoding
Self-concatenated trellis coded modulation with b(q-1) interleavers is a concatenated coded scheme based on only one rate bq/n convolutional code.
Self-Concatenated trellis coded iterative decoding↗
Trellis Decoding Complexity of Linear Block Codes
We consider the problem of finding a trellis for a linear block code that minimizes one or more measures of trellis complexity. The domain of optimization may be different permutations of the same code, or different codes with the same parameters. Constraints on trellises, including relationships between the minimal trellis of a code and that of the dual code, are used to derive bounds on complexity. We define a partial ordering on trellises: if a trellis is optimum with respect to this partial ordering, it has the desirable property that it simultaneously minimizes all of the complexity measures examined. We examine properties of such optimal trellises and give examples of optimal permutations of codes, most notably the (48,24,12) quadratic residue code.
trellis decoding↗
Deep Space Network turbo decoder implementation
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Turbo codes↗
Deep Space Network turbo decoder implementation
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turbo code↗
Deep Space Network turbo decoder implementation
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turbo decoders↗
Serial Concatenation of Interleaved Codes: Performance Analysis, Design and Iterative Decoding
A serially concatenated code with interleaver consists of the cascade of an outer encoder, an interleaver permuting the outer code words bits, and an inner encoder whose input words are the permuted outer code words.
concatenated↗
Decoder Synchronization for Deep Space Missions
The Consultative committee for Space Data STandards (CCSDS) recommends that space communication links employ a concatenated error-correcting channel-coding system in which the inner code is a convolutional (7, 2/2) code and the outer code is a (255,223) Reed-Solomon code.
Decoder↗