Abstract
This paper will cover the basic principles of a frequency domain adaptive filter and implementation of surface acoustic wave (SAW) analogue Fourier transform processors in order to perform the forward and inverse Fourier transformations. A practical realisation of this kind of filters which employs a cascade of forward and inverse SAW Fourier transform processors interconnected via a digital interface will also be presented, Figure 1.
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References
Widrow et al, “Adaptive Noise Cancelling: Principles and Applications” Proc. IEEE 63 No. 12 pp 1692–1716 Dec 1975
Bracewell R. “The Fourier Transform and its Applications” McGraw Hill New York 1965
Dentino M. McCool J. and Widrow B., “Adaptive Filtering in the Frequency Domain” Proc. IEEE 66 No 12 pp. 1658–9 Dec. 1978.
Reed and Feintuch, “A Comparison of LMS Adaptive Cancellers Implemented in the Frequency Domain and Time Domain” IEEE Trans ASSP 29 No 3 pp. 770–5 June 1981.
Shankar and Peterson, “Frequency Domain Least Mean Square Algorithm!’ Proc IEEE 69 No 1 pp 124–6 Jan 1981
Friedlander, “Lattice Filters for Adaptive Processing” Proc IEEE Vol 70 No 8 pp 829–876 Aug. 1982
Jack, Grant and Collins, “Theory Design and Application of Surface Acoustic Wave Fourier Transform Processors” Proc IEEE 68 No 4 pp 450–68 April 1980.
Moshner, “Adaptive Filter whith Clipped Input Data” Stanford Univ. Inf. Sys. Lab Report No 6796–1 1970.
Widrow et al, “The Complex LMS Algorithm” Proc IEEE 63 pp 719–20 April 1975.
Morgül, Grant and Cowan, “Widebaand Frequency Domain Adaptive Filter Module” Paper. No 413 IEEE ICASSP Conference, April 1983
Morgül, Grant and Cowan, “Wideband Hybrid Ana.log/Digital Frequency Domain Adaptive Filter” Manuscript submitted to IEEE transaction ASSP.
Rabiner at al, “The Chirp-z-Trans.form Algorithm” IEEE Trans. AU 17 pp 86–92 June 1969.
Ferrara, “Fast Implementation of LMS Adaptive Filters” IEEE Trans ASSP-28 pp 474–5 Aug. 1980.
Copeland, “Transmultiplexers used as Adaptive Frequency Sampling Filters” Proc. IEEE ASSP Conf. pp 319–22 1982.
Clark, Parker and Mitra “Efficient Realisation of Adaptive. Digital Filters in the Time and Frequency Domains” IEEE ICASSP Conf. Proc. pp 1345–8 1982.
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© 1985 Martinus Nijhoff Publishers, Dordrecht
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Morgül, A., Grant, P.M. (1985). A Wideband Adaptive Filter Using “Saw” Devices. In: Skwirzynski, J.K. (eds) The Impact of Processing Techniques on Communications. NATO ASI Series, vol 91. Springer, Dordrecht. https://doi.org/10.1007/978-94-009-5113-6_19
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DOI: https://doi.org/10.1007/978-94-009-5113-6_19
Publisher Name: Springer, Dordrecht
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