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  • GC-CPE 2008
  • 5.Cnf-406
Papers Published at GC-CPE 2008
All 9 Papers
IDAuthors and TitlePages
5.Cnf-40 Mr. Hani Al-Barqawi
Prof. Nihad Dib
Prof. Majid Khodier
A full-wave two-dimensional finite-difference frequency-domain analysis of ferrite-loaded structures
1-6
5.Cnf-93 Dr. Ikram S. Trigui
Dr. Zarai Faouzi
Prof. Lotfi Kamoun
An Anticipated Handoff Management Mechanism for Next Generation Wireless Networks
7-12
5.Cnf-406


Power Efficient Polyphase Decomposition Comb Decimation Filter in Multi-Rate Telecommunication Receivers
13-18
5.Cnf-681
Performance Analysis of Ultra Wide Band Indoor Channel
19-28
5.Cnf-745
Design of Ultra Wideband Receiver Front-End
29-34
5.Cnf-782
A Robust Power Allocation Scheme for Multibeam Opportunistic Strategies
35-39
5.Cnf-854
Performance Evaluation of IEEE802.16 Protocol Using FDD Allocation Scheme
40-47
5.Cnf-855
ON A MULTIPLIERLESS FIR FILTER DESIGN FOR IS-95 CDMA SYSTEMS
48-53
5.Cnf-1042 Prof. Gordana J. Dolecek
Mr. Fernando J. Trejo Torres
Multiplierless Fractional SRC Filter
54-58
5.Cnf-406 Paper View Page
Title Power Efficient Polyphase Decomposition Comb Decimation Filter in Multi-Rate Telecommunication Receivers
Authors , , ,
, , ,
, , ,
Abstract A Power efficient polyphase decomposition comb filter with a novel clock distribution algorithm for its memory elements is presented. The proposed algorithm results in a significant reduction in the dynamic power consumption, comparing with the conventional polyphase decomposition comb filter that is widely used as a first stage of decimation process in sample rate conversion for multi-rate telecommunication receivers. A general form of the proposed clock distribution algorithm is presented with respect to the decimation factor of the polyphase comb filter. It is shown that, using the proposed clock distribution algorithm reduces the dynamic power consumption of the memory elements for a second order polyphase comb filter up to 33.33%,40%, 60.32%, and 71.37%. As well as, reducing the dynamic power consumption of the memory elements for a third order polyphase comb filter up to 25%, 33.33%, 54.29%, and 67.41% for decimation factors 2, 4, 8, and 16 respectively.
Track CCS: Communication Circuits and Sub-Systems
Conference 1st Mosharaka International Conference on Communications, Propagation, and Electronics (MIC-CPE 2008)
Congress 2008 Global Congress on Communications, Propagation, and Electronics (GC-CPE 2008), 6-8 March 2008, Amman, Jordan
Pages 13-18
Topics Digital Comumications Circuits
Circuits, Devices and Subsystems
ISSN 2227-331X
DOI
BibTeX @inproceedings{406CPE2008,
title={Power Efficient Polyphase Decomposition Comb Decimation Filter in Multi-Rate Telecommunication Receivers},
author={ , and , and },
booktitle={2008 Global Congress on Communications, Propagation, and Electronics (GC-CPE 2008)},
year={2008},
pages={13-18},
doi={}},
organization={Mosharaka for Research and Studies} }
Paper Views 138 Paper Views Rank 345/524
Paper Downloads 116 Paper Downloads Rank 134/524
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All 9 Papers
IDAuthors and TitlePages
5.Cnf-40 Mr. Hani Al-Barqawi
Prof. Nihad Dib
Prof. Majid Khodier
A full-wave two-dimensional finite-difference frequency-domain analysis of ferrite-loaded structures
1-6
5.Cnf-93 Dr. Ikram S. Trigui
Dr. Zarai Faouzi
Prof. Lotfi Kamoun
An Anticipated Handoff Management Mechanism for Next Generation Wireless Networks
7-12
5.Cnf-406


Power Efficient Polyphase Decomposition Comb Decimation Filter in Multi-Rate Telecommunication Receivers
13-18
5.Cnf-681
Performance Analysis of Ultra Wide Band Indoor Channel
19-28
5.Cnf-745
Design of Ultra Wideband Receiver Front-End
29-34
5.Cnf-782
A Robust Power Allocation Scheme for Multibeam Opportunistic Strategies
35-39
5.Cnf-854
Performance Evaluation of IEEE802.16 Protocol Using FDD Allocation Scheme
40-47
5.Cnf-855
ON A MULTIPLIERLESS FIR FILTER DESIGN FOR IS-95 CDMA SYSTEMS
48-53
5.Cnf-1042 Prof. Gordana J. Dolecek
Mr. Fernando J. Trejo Torres
Multiplierless Fractional SRC Filter
54-58
GC-CPE 2008 Visits: 9096||MIC-CPE 2008 Visits: 7185||CCS Track Visits: 292