Blind Adaptive Constrained Constant-Modulus Reduced-Rank Interference Suppression Algorithms Based on Interpolation and Switched Decimation

This work proposes a blind adaptive reduced-rank scheme and constrained constant-modulus (CCM) adaptive algorithms for interference suppression in wireless communications systems. The proposed scheme and algorithms are based on a two-stage processing framework that consists of a transformation matri...

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Published in:IEEE transactions on signal processing Vol. 59; no. 2; pp. 681 - 695
Main Authors: de Lamare, R C, Sampaio-Neto, R, Haardt, M
Format: Journal Article
Language:English
Published: New York, NY IEEE 01.02.2011
Institute of Electrical and Electronics Engineers
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
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ISSN:1053-587X, 1941-0476
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Abstract This work proposes a blind adaptive reduced-rank scheme and constrained constant-modulus (CCM) adaptive algorithms for interference suppression in wireless communications systems. The proposed scheme and algorithms are based on a two-stage processing framework that consists of a transformation matrix that performs dimensionality reduction followed by a reduced-rank estimator. The complex structure of the transformation matrix of existing methods motivates the development of a blind adaptive reduced-rank constrained (BARC) scheme along with a low-complexity reduced-rank decomposition. The proposed BARC scheme and a reduced-rank decomposition based on the concept of joint interpolation, switched decimation and reduced-rank estimation subject to a set of constraints are then detailed. The proposed set of constraints ensures that the multipath components of the channel are combined prior to dimensionality reduction. We develop low-complexity joint interpolation and decimation techniques, stochastic gradient, and recursive least squares reduced-rank estimation algorithms. A model-order selection algorithm for adjusting the length of the estimators is devised along with techniques for determining the required number of switching branches to attain a predefined performance. An analysis of the convergence properties and issues of the proposed optimization and algorithms is carried out, and the key features of the optimization problem are discussed. We consider the application of the proposed algorithms to interference suppression in DS-CDMA systems. The results show that the proposed algorithms outperform the best known reduced-rank schemes, while requiring lower complexity.
AbstractList This work proposes a blind adaptive reduced-rank scheme and constrained constant-modulus (CCM) adaptive algorithms for interference suppression in wireless communications systems. The proposed scheme and algorithms are based on a two-stage processing framework that consists of a transformation matrix that performs dimensionality reduction followed by a reduced-rank estimator. The complex structure of the transformation matrix of existing methods motivates the development of a blind adaptive reduced-rank constrained (BARC) scheme along with a low-complexity reduced-rank decomposition. The proposed BARC scheme and a reduced-rank decomposition based on the concept of joint interpolation, switched decimation and reduced-rank estimation subject to a set of constraints are then detailed. The proposed set of constraints ensures that the multipath components of the channel are combined prior to dimensionality reduction. We develop low-complexity joint interpolation and decimation techniques, stochastic gradient, and recursive least squares reduced-rank estimation algorithms. A model-order selection algorithm for adjusting the length of the estimators is devised along with techniques for determining the required number of switching branches to attain a predefined performance. An analysis of the convergence properties and issues of the proposed optimization and algorithms is carried out, and the key features of the optimization problem are discussed. We consider the application of the proposed algorithms to interference suppression in DS-CDMA systems. The results show that the proposed algorithms outperform the best known reduced-rank schemes, while requiring lower complexity.
Author de Lamare, R C
Sampaio-Neto, R
Haardt, M
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Keywords Performance evaluation
Rank statistic
iterative methods
Adaptive algorithm
Blind adaptive estimation
Wireless telecommunication
Adaptive estimation
Stochastic method
Adaptive method
Optimization
Least squares method
Direct sequence
Multistage method
Model selection
Blind identification
Interference suppression
Interpolation
Dimension reduction
Telecommunication system
Code division multiple access
Recursive method
Signal processing
spread spectrum systems
Matrix method
Decimation
reduced-rank techniques
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SubjectTerms Adaptive algorithms
Algorithm design and analysis
Algorithms
Applied sciences
Blind adaptive estimation
Blinds
Complexity theory
Constraints
Detection, estimation, filtering, equalization, prediction
Estimation
Exact sciences and technology
Information, signal and communications theory
Interference
Interference suppression
Interpolation
iterative methods
Miscellaneous
Optimization
reduced-rank techniques
Reduction
Signal and communications theory
Signal processing
Signal, noise
spread spectrum systems
Studies
Switches
Telecommunications and information theory
Transformations
Wireless communication
Wireless communications
Title Blind Adaptive Constrained Constant-Modulus Reduced-Rank Interference Suppression Algorithms Based on Interpolation and Switched Decimation
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