by Keshab K. Parhi
You can preview the book here. If you want to borrow the book, please contact the course assistant.
TKK | Tietoverkkolaboratorio | Opetus
The topic of this course in Fall 1999 will be:
VLSI Digital Signal Processing Systems:
Design and Implementation
Teacher: Professor Ramin Baghaie
| Ramin.Baghaie@hut.fi | Tel. : 451 2469 | Office: SG 208 |
Assistant: Researcher Yaohui Liu
| Yaohui.Liu@hut.fi | Tel. : 451 5481 | Office: SG 209b |
Course Description:
Digital Signal Processing (DSP) is used in numerous applications
such as multimedia and wireless communications, global positioning systems,
cable modems, and video compression. During the course of implementation,
in order to satisfy the enforced higher data rates and lower power consumption
constraints of the aforementioned applications alternative methods should
be taken into considerations.
In this course, we address the methodologies needed to
design very Large Scale Integration (VLSI) circuits that are suitable for
such applications. The emphasis of this course is on design of efficient
architectures, algorithms and circuits, which can be operated with either
less area or power consumption, or with higher speed.
This course will be based on the book:
|
VLSI Digital Signal Processing
Systems : Design and Implementation
by Keshab K. Parhi You can preview the book here. If you want to borrow the book, please contact the course assistant. |
This course will be held in English.
Prerequisites:
Basics of Digital signal Processing (S-88.115/116) or
(Tik-61.140) or equal knowledge.
Basic VLSI Design (S-88.132) or equal knowledge.
The requirements for passing the course are:
For registration and other info please contact Ramin Baghaie or Yaohui Liu.
| Date | Contents | Speaker(s) | Exercises |
| 4.10 | Introduction | Prof. Ramin Baghaie | |
| 11.10 | §2. Iteration bound | Harri Mäntylä | 2-1 |
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§3. Pipelining and parallel processing | Carl Eklund | 3-14 |
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§4. Retiming | Gibson Mwakipesile | 4-2 |
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§5. Unfolding | Markus Nentwig |
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§6. Folding | Pierre Coulon | 6-2 |
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§9. Algorithmic strength reduction in filters and transforms | Yaohui Liu | 9-1,38 |
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§10. Pipelining and parallel recursive and adaptive filters | Kari Seppanen |
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§15. Numerical strength reduction | Giedrius Zavadskis |
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Each presentation will last 35 minutes and afterwards
there will be an additional 10 minute time for questions and discussions.
Presentations will be held in English. Each speaker should
write a report about the topic of his presentation and also should provide
a copy of it for all the participants of the course. The report must be
distributed at the presentation.
More
detailed guidlines!
Sample
report
The final grade (0-5) will be an average of the grades
of the oral presentation, the written report, and the returned
exercises.
The followings are good up-to-date sources of references.
1. Keshab K. Parhi, VLSI Digital Signal Processing
Systems : Design and Implementation, New York, Wiley, 1999
2. Peter Pirsch, Architectures for Digital Signal
Processing, Chichester, Wiley, 1998
3. Lars Wanhammar, DSP Integrated Circuits, San
Diego, Academic press, 1999
The participants are supposed to search additional literature
by themselves.
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Comments or Questions !? |
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