Recursive structures and finite impulse response implementations of linear multiuser detectors for an asynchronous CDMA system.

Recursive structures and finite impulse response implementations of linear multiuser detectors for an asynchronous CDMA system.

We present order-recursive structures for implementing the linear decorrelating and linear minimum mean square error (MMSE) detectors in a computationally efficient manner. These infinite memory length, linear time invariant, noncausal systems can be approximated by implementing them as K-input K-ou...

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Détails bibliographiques
Publié dans:IEEE Journal on selected areas in communications 16, 9 (1998).
Auteur principal: Uppala, S.V
Format: Article
Langue:English
Sujets:
Asynchronous CDMA system.
Bit error rate.
Computational requirement.
Finite impulse response implementations.
Ideal MMSE detector.
Ideal decorrelating detector.
Infinite memory length.
Linear decorrelating detector.
Linear minimum mean square error detector.
Linear multiuser detectors.
Linear time invariant noncausal system.
Memory requirement.
Noncausal system.
Order-recursive structures.
Recursive linear multiuser detector.
Small window size.
Tap delay line FIR filter.
Window length.