UL13 Kmaps
IllinoisDSP
UL13 Kmaps
5:27
UL15 Adders
IllinoisDSP
UL15 Adders
3:27
UL14 Don't Cares
IllinoisDSP
UL14 Don't Cares
2:34
0 - Why Use Microlectures?
IllinoisDSP
0 - Why Use Microlectures?
2:22
33 - Fast Convolution
IllinoisDSP
33 - Fast Convolution
4:32
32 - Fast Fourier Transform
IllinoisDSP
32 - Fast Fourier Transform
9:22
31 - Oversampling D/A converters and A/D converters
IllinoisDSP
31 - Oversampling D/A converters and A/D converters
5:43
30 - Digital Interpolation
IllinoisDSP
30 - Digital Interpolation
3:43
29 - Bilinear transform
IllinoisDSP
29 - Bilinear transform
4:33
28 - Estimation of the Frequency Response of a Filter
IllinoisDSP
28 - Estimation of the Frequency Response of a Filter
3:36
27 - Filter Design Using the Frequency Sampling Method
IllinoisDSP
27 - Filter Design Using the Frequency Sampling Method
4:21
26 - Filter Design Using the Windowing Technique
IllinoisDSP
26 - Filter Design Using the Windowing Technique
4:39
25 - 2nd order filter construction
IllinoisDSP
25 - 2nd order filter construction
4:00
24 - Filter structures and BIBO stability
IllinoisDSP
24 - Filter structures and BIBO stability
5:10
23 - Digital to analog converters
IllinoisDSP
23 - Digital to analog converters
3:41
22 - Generalized linear phase
IllinoisDSP
22 - Generalized linear phase
3:47
21 - FIR and IIR filters
IllinoisDSP
21 - FIR and IIR filters
1:18
20 - Analog to digital converters
IllinoisDSP
20 - Analog to digital converters
3:28
19 - Frequency response of filters
IllinoisDSP
19 - Frequency response of filters
4:49
18 - Filter Classes
IllinoisDSP
18 - Filter Classes
1:04
17 - Complex valued filters and signals
IllinoisDSP
17 - Complex valued filters and signals
2:06
16 - Delta function
IllinoisDSP
16 - Delta function
2:30
12 - 1 sided z-transform
IllinoisDSP
12 - 1 sided z-transform
6:36
15 - Inverse 2-sided z-transform
IllinoisDSP
15 - Inverse 2-sided z-transform
3:07
14 - 2-sided z-transform
IllinoisDSP
14 - 2-sided z-transform
4:36
13 - Inverse 1-sided z-transform
IllinoisDSP
13 - Inverse 1-sided z-transform
3:19
10 - Linearity, Shift Invariance, and Causality
IllinoisDSP
10 - Linearity, Shift Invariance, and Causality
5:55
11 - Convolution
IllinoisDSP
11 - Convolution
5:36
09 - Digital Sampling
IllinoisDSP
09 - Digital Sampling
4:45
08 - Resolution of the Discrete Fourier Transform
IllinoisDSP
08 - Resolution of the Discrete Fourier Transform
2:10
07 - Zero-padding
IllinoisDSP
07 - Zero-padding
4:10
06 - Short Time Fourier Transform
IllinoisDSP
06 - Short Time Fourier Transform
2:38
05 - Discrete Fourier Transform
IllinoisDSP
05 - Discrete Fourier Transform
4:53
04 - Discrete Time Fourier Transform
IllinoisDSP
04 - Discrete Time Fourier Transform
5:13
02 - Introduction to digital filters
IllinoisDSP
02 - Introduction to digital filters
3:23
01 - Introduction to Digital Signal Processing
IllinoisDSP
01 - Introduction to Digital Signal Processing
5:25
03 - Complex number review
IllinoisDSP
03 - Complex number review
5:43