New Signal Processing Undergraduate
Course
C5505 eZdsp USB Stick DSP
Development Tool
Video: C5505 eZdsp USB Stick Dev
Tool_ Details and Availability (Basic - Small)
Textbook:
Description
This Third Edition has been updated to include the latest DSP applications and introduces new development tools. The software design process has been adjusted to enable readers to concentrate on learning DSP fundamentals and innovative applications by relaxing the intensive programming efforts, namely, the traditional DSP assembly coding efforts. The low-cost, portable TMS320C5505 eZdsp USB stick device is now used in this latest edition as the required development tool for hands-on experiments.
CDN $101.99
Appendix C Introduction to the TMS320C55xx Digital Signal
Processor 490
1 Introduction to Real-Time Digital
Signal Processing 1
1.1 Basic Elements of Real-Time DSP Systems 2
1.2 Analog Interface 3
1.3 DSP Hardware 10
1.4 DSP System Design 16
1.5 Experiments and Program Examples 21
2
DSP Fundamentals and Implementation Considerations 44
2.1 Digital Signals and Systems 44
2.2 System Concepts 48
2.3 Introduction to Random Variables 66
2.4 Fixed-Point Representations and Quantization Effects 72
2.5 Overflow and Solutions 81
2.6 Experiments and Program Examples 83
3 Design and Implementation of FIR
Filters 102
3.1 Introduction to FIR Filters 102
3.2 Design of FIR Filters 114
3.3 Implementation Considerations 125
3.4 Applications: Interpolation and Decimation Filters 130
3.5 Experiments and Program Examples 135
4 Design and Implementation of IIR
Filters 148
4.1 Introduction 148
4.2 Design of IIR Filters 154
4.3 Realization of IIR Filters 158
4.4 Design of IIR Filters Using MATLAB1 164
4.5 Implementation Considerations 168
4.6 Practical Applications 174
4.7 Experiments and Program Examples 179
5 Frequency Analysis
and the Discrete Fourier Transform 195
5.1 Fourier Series and Fourier Transform 195
5.2 Discrete Fourier Transform 198
5.3 Fast Fourier Transforms 205
5.4 Implementation Considerations 210
5.5 Practical Applications 214
5.6 Experiments and Program Examples 224
6 Adaptive Filtering 239
6.1 Introduction to Random Processes 239
6.2 Adaptive Filters 243
6.3 Performance Analysis 252
6.4 Implementation Considerations 255
6.5 Practical Applications 259
6.6 Experiments and Program Examples 268
7 Digital Signal Generation
and Detection 283
7.1 Sine Wave Generators 283
7.2 Noise Generators 288
7.3 DTMF Generation and Detection 291
7.4 Experiments and Program Examples 298
8 Adaptive Echo Cancellation
304
8.1 Introduction to Line Echoes 304
8.2 Adaptive Line Echo Canceler 306
8.3 Practical Considerations 309
8.4 Double-Talk Effects and Solutions 312
8.5 Nonlinear Processor 314
8.6 Adaptive Acoustic Echo Cancellation 315
8.7 Experiments and Program Examples 323
9 Speech Signal Processing 330
9.1 Speech Coding Techniques 330
9.2 Speech Enhancement 350
9.3 VoIP Applications 355
9.4 Experiments and Program Examples 360
10 Audio Signal Processing 377
10.1 Introduction 377
10.2 Audio Coding 378
10.3 Audio Equalizers 389
10.4 Audio Effects 397
10.5 Experiments and Program Examples 411
11 Introduction
to Digital Image Processing 430
11.1 Digital Images and Systems 430
11.2 Color Spaces 432
11.3 YCbCr Sub-sampled Color Space 433
11.4 Color Balance and Correction 434
11.5 Histogram Equalization 437
11.6 Image Filtering 440
11.7 Fast Convolution 448
11.8 Practical Applications 452
11.9 Experiments and Program Examples 461
Appendix A Some Useful Formulas and
Definitions 477
Appendix B Software Organization and
List of Experiments 484
Appendix C Introduction to the
TMS320C55xx Digital Signal Processor 490
Lab
Examples:
Laboratory
1:
Conduct a series of basic experiments with the board
Experiment 1
Get Start with CCS and eZdsp USB Stick
Experiment 2
Experiment 3
Design a clapper that will turn on and off an incandescent light. In this case the LED within the board
Laboratory
2:
The idea here
is to identify when power tools are being used so that to start the vacuum
cleaner that you see in the picture at the same time a power tool emits its
unique sound.
Laboratory
3:
Connect an
external ADC to the board and a SPDT switch to use low frequency ultrasound
transducers to estimate distances as well as to implement a stud detector.
http://www.steminc.com/PZT/en/air-transducers
Drive these
transducers with chirps and noise waveforms to verify that correlations can
improve on the measurements specially when noise is
present.
Example of
laboratory parts:
|
Part name |
Prize per 5 units |
|
TI C5505 eZdsp USB Stick |
$ 308.10 |
|
Connector |
$ 50.10 |
|
Analog Devices ADG 5419 SPDT Switch |
$ 15.00 |
|
TI ADC 101S101 10-Bit A/D converter |
$ 25.00 |
|
Total |
$ 398.10 |
Texas
Instruments C5505 eZdsp USB Development Kit CAN$
61.62
Single
pole double throw Switch http://www.digikey.ca/product-detail/en/ADG5419BRMZ-RL7/ADG5419BRMZ-RL7TR-ND/4494757 CAN $ 3.00
