A New Full-Rate Full-Diversity Space-Time Block Code With Nonvanishing Determinants and Simplified Maximum-Likelihood Decoding - Paredes, J.M.; Gershman, A.B.; Gharavi-Alkhansari, M. (IEEE transactions on signal processing, 2008)
Keywords: Applied sciences; Block codes; Coding, codes; Computational complexity; Criteria; Decoding; Design optimization; Determinants; Dispersions; Exact sciences and technology; Fading; Full-rate full-diversity codes; Gain; Information, signal and communications theory; Lattices; Maximum likelihood decoding; MIMO; Multiplexing; nonvanishing determinant property; optimal diversity-multiplexing gain tradeoff; Optimization; Receiving antennas; Signal and communications theory; Space time codes; space-time block codes; sphere decoder; Telecommunications and information theory; Transmitting antennas; Performance evaluation; Multiplexing; Full-rate full-diversity codes; Block code; Space-time codes; optimal diversity-multiplexing gain tradeoff; Computational complexity; Optimization; Maximum likelihood decoding; sphere decoder; Optimal control; space-time block codes; nonvanishing determinant property