Implementation of an online DCT based time-varying delay estimator using systolic arrays |
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Authors: | M. AbdallahAuthor Vitae S. OdehAuthor Vitae |
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Affiliation: | a Department of Electronics Engineering, Princess Sumaya University, College for Technology, Amman 11110, Jordan b Department of Electrical Engineering, University of Jordan, Amman 11942, Jordan |
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Abstract: | Time-delay estimation process is developed in the transform domain where discrete cosine transform (DCT) coefficients of time-varying delay signals are estimated. The DCT is very efficient in compacting the signal energy in a small number of coefficients. Hence, estimation of time-varying delay is obtained through calculation of small number of DCT coefficients. Online maximum likelihood estimator of time-varying delay is developed in which coefficients of the transformed delay signal are obtained by maximizing the likelihood function in terms of these DCT coefficients. A systolic array architecture is designed to implement the developed algorithm. |
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Keywords: | Discrete cosine transform Time-delay estimation and systolic arrays |
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