Interleave-division multiple access and chip-by-chip iterative multi-user detection
L Ping - IEEE Communications Magazine, 2005 - ieeexplore.ieee.org
IEEE Communications Magazine, 2005•ieeexplore.ieee.org
This article outlines a multiple access scheme in which interleaving is the only means of
user separation. As a special form of CDMA, the new scheme inherits many advantages of
CDMA, such as dynamic channel sharing, mitigation of cross-cell interference,
asynchronous transmission, ease of cell planning, and robustness against fading.
Furthermore, it allows a low-cost interference cancellation technique applicable to systems
with large numbers of users in multipath channels. Performance close to theoretical limits …
user separation. As a special form of CDMA, the new scheme inherits many advantages of
CDMA, such as dynamic channel sharing, mitigation of cross-cell interference,
asynchronous transmission, ease of cell planning, and robustness against fading.
Furthermore, it allows a low-cost interference cancellation technique applicable to systems
with large numbers of users in multipath channels. Performance close to theoretical limits …
This article outlines a multiple access scheme in which interleaving is the only means of user separation. As a special form of CDMA, the new scheme inherits many advantages of CDMA, such as dynamic channel sharing, mitigation of cross-cell interference, asynchronous transmission, ease of cell planning, and robustness against fading. Furthermore, it allows a low-cost interference cancellation technique applicable to systems with large numbers of users in multipath channels. Performance close to theoretical limits has been observed based on an unequal power control strategy.
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