Low-Power Decimation Filter Design for SDR Receiver Applications

Naghmash, Majid; Ain, Mohd F.; Chye, Yin H.

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MIC-CNIT 2010
18.Cnf-26

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MIC-CNIT 2009, Amman
2 Papers

MIC-CNIT 2010, Amman
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Papers Published at MIC-CNIT 2010

All 7 Papers

ID	Authors and Title	Pages

18.Cnf-10	Mr. Muamer Mohammed, Dr. Norrozila Sulaiman and Mr. Osama A. Muhsin, A Novel Intrusion Detection System by Using Intelligent Data Mining in Weka Environment	1-4
18.Cnf-15	Prof. Khireddine Abdelkrim, Mr. Djamel Derardja and Mr. J. Salvestrini, Artificial Intelligence Applied for a Telecommunication Satellite	5-9
18.Cnf-22	Mr. Jiri Libich and Prof. Stanislav Zvanovec, Thermal Influences of Buildings on Availability of Free Space Optical Links	10-13
18.Cnf-24	Mr. Saifur R. Sabuj and Mr. Md S. Islam, Suppression of Intercarrier Interference Using Self-Cancellation Data Conjugate Scheme in MIMO-OFDM System	14-18
18.Cnf-25	Mr. Saifur R. Sabuj, Mr. Zulfiker Mahmud and Mr. M. E. Mollah, Suppression ICI Self-Cancellation Technique in OFDM using ADS	19-22
18.Cnf-26	Mr. Majid Naghmash, Prof. Mohd F. Ain and Mr. Yin H. Chye, Low-Power Decimation Filter Design for SDR Receiver Applications	23-27
18.Cnf-39	Dr. Cinzia Bernardeschi, Dr. Luca Cassano, Dr. Andrea Domenici and Dr. Paolo Masci, Analysis of FPGAs Using the SAN Formalism	28-33

18.Cnf-26 Paper View Page

Title

Low-Power Decimation Filter Design for SDR Receiver Applications

Authors

Mr. Majid Naghmash, Universiti Sains Malaysia, Penang, Malaysia
Prof. Mohd F. Ain, Universiti Sains Malaysia, Penang, Malaysia
Mr. Yin H. Chye, Macquarie University, Sydney, Australia

Abstract

This paper investigates a design of a very low passband ripple in linear phase FIR filters for channelizer in a multi-standard software defined radio. A new technique that is able to reduce the ripple in passband by minimizing the deviation in a decimation block was introduced. The approach has been implemented in a multistage, multi-standard decimating filter. The overall design uses components from different communication standards and able to support a dynamic reconfiguration.

Track

DCS: Digital Communication Systems

Conference

4th International Conference on Communications, Networking and Information Technology (MIC-CNIT 2010), 3-5 December 2010, Amman, Jordan

Pages

23-27

Topics

Signal Processing for Communications
Software-Defined Radio

ISSN

2227-331X

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