SPATIALLY MULTIPLEXED SPACE TIME CODE WITH LOW FEEDBACK COMPLEXITY - Abey, Getachew
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This Manuscript exploits the diversity advantage and coding advantage of space time codes and the rate advantage of spatial multiplexing systems. A detailed analysis of the space time coding schemes such as space time block codes, CIODs, space time trellis codes, beamforming schemes and spatial multiplexing schemes using various processing algorithms are presented. The performance of the maximum eigenmode beamforming and SVD based spatial multiplexing schemes with different number of antenna configurations are compared. The detailed simulation of combined spatial multiplexing and space time coding is provided in both open loop and closed loop schemes.…mehr

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Produktbeschreibung
This Manuscript exploits the diversity advantage and coding advantage of space time codes and the rate advantage of spatial multiplexing systems. A detailed analysis of the space time coding schemes such as space time block codes, CIODs, space time trellis codes, beamforming schemes and spatial multiplexing schemes using various processing algorithms are presented. The performance of the maximum eigenmode beamforming and SVD based spatial multiplexing schemes with different number of antenna configurations are compared. The detailed simulation of combined spatial multiplexing and space time coding is provided in both open loop and closed loop schemes.
Autorenporträt
Getachew W. Abey is born in Raya Kobo, Ethiopia. He has received his M. Tech degree in electrical engineering from Indian Institute of technology- Madras, India and BS degree in electrical engineering from Jimma University, Ethiopia. He has been working as a lecturer and department head at Jimma University ECE and BME departments since 2003