Error probabilities of Bootstrapped blind adaptive cross-pol cancellers for m-ary QAM signals over non-dispersive fading channel

Document Type

Conference Proceeding

Publication Date

1-1-1992

Abstract

M-QAM dual-polarized transmission became an important method for frequency re-use, particularly in microwave radio communication. However, the orthogonally polarized waves suffered degradation due to cross polarization interference. Different canceller structures were proposed to mitigate the effect of cross-polarization. Among these are the Diagonalizer and the LMS canceller. The Bootstrapped algorithms have been suggested in the past, for different applications; such as satellite dual-polarized communication, tactical communication and QAM microwave radio, as well as tactical communication. Nevertheless, no attempt was made yet to quantify these cancellers' probability of error. These issues will be addressed in this paper and will show that the Power-Power structure of the Bootstrapped cross polarization always outperforms the other cancellers.

Identifier

48649089057 (Scopus)

ISBN

[078030599X]

Publication Title

IEEE International Conference on Communications

External Full Text Location

https://doi.org/10.1109/ICC.1992.268023

ISSN

15503607

First Page

1593

Last Page

1598

Grant

C-0-2458

Fund Ref

American Friends Service Committee

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