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Multi-rate Signal Processing for Software-Driven Radios
The goal of the project is to design an intermediate frequency channelized
processor for a software radio system that is part of the Groupe Spécial Mobile
(GSM) specification.
Expected Parts for the Project Writeup
 | Abstract or Executive summary
 | Summary of what will be found in your report and any interesting conclusions or things that you learned, this should
be a "teaser" to convince someone to look at your entire paper. |
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| Introduction:
| Introduces the topic that you are covering and what issues you
are looking at, what is the purpose of the system you are analyzing? |
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| Background:
| How does your system work? Why is it done this way? |
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| Analysis or comparison
| is there more than one way to solve the problem? Are
there competing systems out on the market that take different approaches?
how does the system performance compare with different filters etc. |
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| Simulation Results
| Simulate the system using matlab, verify that you can pass different
sine waves through the system with minimal distortion. Discuss and
analyze your results. |
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| Conclusions |
| References:
| give websites, articles and books that you used in your report
with comments on their content and usefulness |
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Information Sources and papers for the project
General Background Information on Software Radio
| Buracchini, E., "The Software Radio Concept,"
IEEE Communications Magazine, September 2000, 138-143. |
| Chester, D.B., "Digital IF Filter Technology
for 3G Systems: An Introduction," IEEE Communications
Magazine, February 1999, 102-107. |
Sampling Rate Conversion
| Hentschel, T. and Fettweis, G., "Sample Rate
Conversion for Software Radio," IEEE Communications
Magazine, August 2000, 142-151. |
| Vaidyanathan, P.P., "Multirate
Digital Filters, Filter Banks, Polyphase Networks, and Applications: A
Tutorial," Proceedings of the IEEE, Vol. 78, No. 1, January 1990,
pp 56-93. (handed out in class) |
Page last updated 29 November, 2000 |
