Lectures EE213A - Ingrid Verbauwhede

Lecture 1:

• Course Outline (PDF file)
• Overview slides (PDF file)

Lecture 2:

• Slides lecture 2 on FIRGEN (PDF file) (Author: Prof. R. Jain)
  Reference paper to FIRGEN (PDF file)
• Slides lecture 2 on "Digital Signal Processing, the new Semiconductor Industry Technology Driver," (PDF file)
  Reference: W.Strauss, "Digital Signal Processing, the New Semiconductor Industry Technology Driver," IEEE Signal Processing Magazine, pg. 52-56, March 2000. This paper is not available in a soft format.

Lecture 3 & 4:

• Slides lecture 3 (PDF file)
• Reference: F. Catthoor, "Integrated Systems for Real-Time Digital Signal Processing,"
  Chapter 2 (PDF file) Chapter 3 -Part 1 (PDF file) Chapter 3 -Part 2 (PDF file)

Lecture 5: C++

• Notes lecture 5 (Part 1 - PDF file)
• Slides lecture 5 (Part 2 - PDF file)

Lecture 6: Bitserial design

• Reference: K. Parhi, "VLSI Digital Signal Processing Systems: Design and Implementation." Wiley & Sons, 1999.
  Chapter 13, Bit Level Arithmetic Architectures, (skip section 13.3, 13.4.2, 13.7) No softcopy available

Lecture 7: Guest lecture Prof. Rajeev Jain

• Slides (PDF file).

Lecture 8: Synchronous data flow graphs

• Slides (PDF file).
  Reference: E.A. Lee, D. Messerschmitt, "Synchronous data flow," Proceedings of the IEEE, Vol. 75, no.9, Sept. 1987.

Lecture 9: Introduction to speech coding

• Slides by Jean-Francois and Vladislav (PDF file).
  

Lecture 10: A|RT designer

• Slides (PDF file).

Lecture 11: Time multiplexing

• Slides (PDF file).
  Reference: F. Catthoor, "Integrated Systems for Real-Time Digital Signal Processing," (see above)

Lecture 12: DSP processors - fundamentals

• Slides (PDF file).
  Reference: E.A. Lee, "Programmable DSP Architectures: Part I", IEEE ASSP Magazine, Oct. 1988, pg. 4-19. (PDF file).
  Reference: E.A. Lee, "Programmable DSP Architectures: Part II", IEEE ASSP Magazine, Jan. 1989, pg. 4-14. (PDF file).

Lecture 13: part A Fixed point arithmetic

• Slides on Fixed Point Effects in Digital Filters (PDF file).
• Slides on Division Algorithms (PDF file).
  Restoring division code (ASCI).
  Non-restoring division code (ASCI).

Lecture 14: Programmable DSP processors

• Slides: Pipelines, Arithmetic of DSP processors (PDF file).
  Reference: I. Verbauwhede, M. Touriguian, "Wireless Digital Signal Processors," Chapter 11, Digital Signal Processing for Multimedia Systems, Edited by K. Parhi & T. Nishitani, Marcel Dekker Inc., 1999.

Lecture 15: E. Killian, Tensilica

• (PDF file).

Lecture 16: DSP processors for wireless communications

• Presentation by Mr. Katsuhiko Ueda, Panasonic slides (PDF file).
  iMode phone (PDF file).
• Student presentation by Mark Anderson
  Slides (PDF file).
  Reference: A. Gatherer, T. Stetzler, M. McMahan, E. Auslander, "DSP-Based Architectures for Mobile Communications: Past, Present and Future" IEEE Communications Magazine, January 2000, pg. 84-90. (PDF file).

Lecture 17: Memorial Day !!

Lecture 18: VLIW processors for DSP

• Slides (PDF file).
  Reference: P. Faraboschi, G. Desoli, J. Fisher, "The latest word in Digital and Media Processing", IEEE ASSP Magazine, March 1998, pg. 59-85. (PDF file).