Adaptive filtering based on least mean square algorithm
N. Sireesha, K. Chithra, Tata Sudhakar
Abstract
N. Sireesha, K. Chithra, Tata Sudhakar
Abstract
In this paper, an adaptive filter based on Least Mean Square (LMS) algorithm is implemented. The paper discusses the system configuration, filter structure and the implementation of the Adaptive LMS algorithm. The convergence and stability of the filter which ensures stable adaptation behavior is also discussed. The performance of the designed adaptive filter is comparable to the in-built Matlab LMS filter. The performance of the designed filter is evaluated based on the bit error rates by varying the additive white gaussian noise levels in the system. The performance of the designed adaptive filter is found to be satisfactory and is viable to be applied in underwater acoustic communication.
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In this paper, an adaptive filter based on Least Mean Square (LMS) algorithm is implemented. The paper discusses the system configuration, filter structure and the implementation of the Adaptive LMS algorithm. The convergence and stability of the filter which ensures stable adaptation behavior is also discussed. The performance of the designed adaptive filter is comparable to the in-built Matlab LMS filter. The performance of the designed filter is evaluated based on the bit error rates by varying the additive white gaussian noise levels in the system. The performance of the designed adaptive filter is found to be satisfactory and is viable to be applied in underwater acoustic communication.
Key concepts: Adaptive filter, Least mean squares filter, Kernel adaptive filter, Multidelay block frequency domain adaptive filter, Computer science, Control theory (sociology), Filter (signal processing), Filter design