Design of variable bandwidth symmetric/anti-symmetric FIR single-band PCLS lowpass and highpass filters
Access Status
Fulltext not available
Authors
Ling, B.
Ho, C.
Teo, Kok Lay
Siu, W.
Dai, Q.
Date
2016Type
Journal Article
Metadata
Show full item recordCitation
Ling, B. and Ho, C. and Teo, K.L. and Siu, W. and Dai, Q. 2016. Design of variable bandwidth symmetric/anti-symmetric FIR single-band PCLS lowpass and highpass filters. Signal, Image and Video Processing. 10 (1): pp. 37-43.
Source Title
Signal, Image and Video Processing
ISSN
School
Department of Mathematics and Statistics
Collection
Abstract
© 2014, Springer-Verlag London. This paper proposes a reconfiguration design of variable bandwidth symmetric/anti-symmetric finite impulse response single-band peak-constrained least squares (PCLS) lowpass and highpass filters. When the bandwidth of the filter changes, a new set of filter coefficients is derived based on the old set of filter coefficients via a modified method of bisection. Since the proposed algorithm is very efficient, the new set of filter coefficients can be obtained in real time. Also, the new set of filter coefficients can be arbitrarily close to the globally optimal solution of the new PCLS optimization problem.
Related items
Showing items related by title, author, creator and subject.
-
Huo, Jiaquan (2004)The main theme of this thesis is the control of acoustic echoes for modem voice communication systems by means of echo cancellation. Two important issues in acoustic echo cancellation, namely the efficient adaptation of ...
-
McMahon, Darryl (2017)Periodic structures exhibit interesting periodic structure wave (PSW) phenomena although the literature is mostly devoted to symmetric rather than asymmetric systems. Waves in asymmetric structures is a topic of interest ...
-
Dam, Hai Huyen Heidi (2014)This brief investigates a tradeoff between the integral squared error and the peak deviation error for a variable fractional delay (VFD) filter with a coefficient relationship. The integral squared error is minimized ...