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Fast maximum likelihood decoding of quasi-orthogonal codes
Lei He,
Hongya Ge
Electrical and Computer Engineering
Research output
:
Contribution to journal
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Conference article
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peer-review
19
Scopus citations
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Dive into the research topics of 'Fast maximum likelihood decoding of quasi-orthogonal codes'. Together they form a unique fingerprint.
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Keyphrases
Multiple-input multiple-output
100%
Rank Two
100%
Maximum Likelihood Decoding
100%
Quasi-orthogonal Space-time Block Code (QOSTBC)
100%
Quasi-orthogonal Codes
100%
Detection Algorithm
50%
Multiple-input multiple-output System
50%
Signal Space
50%
Encoder
50%
Reduced Computational Complexity
50%
Linear Processing
50%
Maximum-likelihood Detection
50%
Orthogonal Space
50%
Decoding Algorithm
50%
N-systems
50%
Fast Techniques
50%
Sphere Decoder
50%
Engineering
Maximum Likelihood
100%
Input Multiple
100%
Orthogonal Code
100%
Likelihood Decoding
100%
Subsystems
66%
Block Code
66%
Orthogonal Space
66%
Computational Complexity
33%
Detection Algorithm
33%
Output System
33%
Signal Space
33%
Linear Processing
33%
Decoding Algorithm
33%
Embedded Information
33%
Sphere Decoder
33%
Orthogonal Subspace
33%
Computer Science
space time block code
100%
maximum-likelihood decoding
100%
Computational Complexity
50%
Information Loss
50%
Detection Algorithm
50%
maximum likelihood detection
50%
Orthogonal Subspace
50%
Decoding Algorithm
50%
Embedded Information
50%
Mathematics
Maximum Likelihood
100%
Subsystems
100%
Space-Time Block Codes
100%
Decoding Algorithm
50%