A novel subspace-based blind channel estimation method is proposed in this paper,in which Time-Reversal Space Time Block Coding(TR-STBC) is employed and the conception of"virtual receive antenna"is proposed.

A combined space-time block code(STBC) and vertical Belllabs layered space time(V-BLAST) scheme was developed to achieve a good tradeoff between diversity and multiplexing in the downlinks of single user distributed wireless communication systems with grouped antennas.

A space-time block code(STBC) and multiple trellis-coded modulation(MTCM) both have excellent performance.

Traditional blind estimation methods for space-time block code(STBC),such as subspace(SS) method,are based on the eigenvalue decomposition(EVD) or singular value decomposition(SVD) of the received signal s correlation matrix,while the QR factorization-based blind estimation algorithm is a new algorithm with good performance and without calculating the correlation matrix.

Blind channel estimation for space-time block coded MIMO system;

New blind channel estimation algorithm in orthogonal space-time block codes system;

Differential detection and coherent detection based on space-time block codes;

Uplink multi-user detection for STBC coded OFDM systems;

A new hybrid space-time coding scheme based on STBC and LST;

The Performance Analysis of OFDM System Based on Serial Concatenation Turbo STBC;

Approximations analysis for the capacity of orthogonal space-time block codes over correlated fading channels;

Analysis of the capacity of orthogonal space-time block codes over Nakagami fading channels;

Research on decoders for space-time block codes using multi-received antennas;