Design of recursive convolutional space-time codes with an arbitrary number of transmit antennas
Y Li, X Guo, X Wang�- IEEE communications letters, 2005 - ieeexplore.ieee.org
A new class of recursive convolutional space-time codes (ReC-STC) with an arbitrary
number of transmit antennas is designed by adopting several parallel two-state recursive
systematic convolutional codes (RSCs). An intercross linear mapping rule that distributes the
output bits of a RSC to the different positions of different transmitted signals is also
described. The proposed ReC-STC can not only increase the data rate with the number of
transmit antennas, but also perform well when it is used in a serially concatenated space�…
number of transmit antennas is designed by adopting several parallel two-state recursive
systematic convolutional codes (RSCs). An intercross linear mapping rule that distributes the
output bits of a RSC to the different positions of different transmitted signals is also
described. The proposed ReC-STC can not only increase the data rate with the number of
transmit antennas, but also perform well when it is used in a serially concatenated space�…
Effective design of recursive convolutional space-time codes with an arbitrary number of transmit antennas
Y Li, X Guo, X Wang�- IEEE Wireless Communications and�…, 2005 - ieeexplore.ieee.org
A new class of recursive convolutional space-time codes (ReC-STC) with an arbitrary
number of transmit antennas is designed by adopting several parallel two-state recursive
systematic convolutional codes (RSCs). An intercross linear mapping rule that distributes the
output bits of an RSC to the different positions of different transmitted signals is also
described. The proposed ReC-STC can not only increase the data rate with the number of
transmit antennas, but also performs well when it is used in a serially concatenated space�…
number of transmit antennas is designed by adopting several parallel two-state recursive
systematic convolutional codes (RSCs). An intercross linear mapping rule that distributes the
output bits of an RSC to the different positions of different transmitted signals is also
described. The proposed ReC-STC can not only increase the data rate with the number of
transmit antennas, but also performs well when it is used in a serially concatenated space�…
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