Lecture Notes

The lectures in this class draw heavily on past lectures created by Professor Scharf and Mike Buehner. However, there will be some changes in order and addition of new material. For reference purposes, I have included Mike Buehner’s lecture notes from a previous year.

Current Lecture Notes	Past Lecture Notes

Lecture 1 – Course Overview, DSK hardware overview	Lecture 1

Lecture 2 – Reconstruction, Sampling, Quantization · Reference: Fourier Transform of Sampling Function	Lecture 2
Lecture 3 Slides – Overview of Data Converters and Delta-Sigma · Reference: TI TLV320aic23B Audio Codec Data Manual · Reference: Motorola Sigma Delta Data Conversion White Paper
Lecture 4 – Lecture 4 - Number Precision, DSP Chip Hardware, Assembly Programming	Lecture 3-4 (Two 50 min lectures)

Lecture 5 – Assembly Programming(II), Intro to Digital Filter Design	Lecture 5

Lecture 6 – FIR Filters, Impulse Invariance, Zero Placement	Lecture 6

Lecture 7 - IIR Filters	Lecture 7

Lecture 8 – IIR Filters (II) · FIR Filter Re-expressed as Recursive Structure	Lecture 8

Lecture9 - DFT and FFT(I)	Lecture 9

Lecture 10 - FFT(II) and Block Convolution · Comparison of Convolution and DFT for FIR Filtering · Note on Circular vs Linear Convolution	Lecture 10

Lecture 11 – Analog Communication (I)	Lecture 11

Lecture 12 - Analog Communication (II)	Lecture 12

Lecture 13 -	Lecture 13

	Lecture 13 Supplement