A Self-Stabilizing Neural Algorithm for Total Least Squares Filtering |
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Authors: | Kong Xiang-yu Hu Chang-hua Han Chong-zhao |
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Affiliation: | 1.The Research Institute of High Technology,Xi’an,China;2.School of Electronics and Information Engineering,Xi’an Jiaotong University,Xi’an,China |
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Abstract: | A neural approach for solving the total least square (TLS) problem is presented in the paper. It is based on a linear neuron
with a self-stabilizing neural algorithm, capable of resolving the TLS problem present in the parameter estimation of an adaptive
FIR filters for system identification, where noisy errors affect not only the observation vector but also the data matrix.
The learning rule is analyzed mathematically and the condition to guarantee the stability of algorithm is educed. The computer
simulations are given to illustrate that the neural approach is self-stabilizing and considerably outperforms the existing
TLS methods when a larger learning factor is used or the signal-noise-rate is lower. |
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Keywords: | |
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