Nov 21, 2008 · We develop practical time- and frequency-domain adaptive equalizers for distributed time-reversal space-time block-coded (TR-STBC) systems.
Abstract—We develop practical time- and frequency-domain adaptive equalizers for distributed time-reversal space-time block-coded (TR-STBC) systems.
A practical time- and frequency-domain adaptive equalizer system for distributed time-reversal space-time block-coded (TR-STBC) systems and shows that the ...
Adaptive joint decoding and equalization for space-time block ...
dl.acm.org › abs › TSP.2008.2009890
We develop practical time- and frequency-domain adaptive equalizers for distributed time-reversal space-time block-coded (TR-STBC) systems.
We develop practical time- and frequency-domain adaptive equalizers for distributed time-reversal space-time block-coded (TR-STBC) systems.
A practical adaptive equalizer structure for time reversal-space time block-coded amplify-and-forward relaying systems, which eliminates the need for a ...
We develop a practical adaptive equalizer structure for time reversal-space time block-coded amplify-and-forward relaying systems, which eliminates the need ...
May 1, 2015 · In this study, the authors investigate a distributed time-reversal space-time block coded (D-TR-STBC) system with amplify-and-forward full ...
In this study, the authors investigate a distributed time-reversal space-time block coded (D-TR-STBC) system with amplify-and-forward full duplex relaying ...
Adaptive Joint Decoding and Equalization for Space-Time Block-Coded Amplify-and-Forward Relaying Systems. IEEE Transactions on Signal Processing 57(3): 1163 ...