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Adaptive FIR Filtering
(m11801)
Author:
Lee Potter
Keywords:
adaptive filter
,
echo cancellation
,
LMS
,
system identification
Summary:
In this laboratory, students implement a real-time adaptive FIR filter, investigate the convergence of the least mean squares (LMS) algorithm, and apply the adaptive filter to the problems of system identification and echo cancellation.
Subject:
Science and Technology
Language:
English
Popularity:
94.60%
Revised:
2007-04-18
Revisions:
3
convexity
(m10328)
Author:
Lee Potter
Keywords:
convexity
,
projection
Subject:
Mathematics and Statistics,
Science and Technology
Language:
English
Popularity:
47.25%
Revised:
2005-07-18
Revisions:
4
DSP Development Environment: Introductory Exercise for TI TMS320C55x
(m14409)
Authors:
Lee Potter
,
Thomas Shen
Keywords:
Code Composer Studio
,
DSP
,
FIR filter
,
MATLAB
,
TMS320C55x
Summary:
This exercise introduces the hardware and software used in the course. By the end of this module, you should be comfortable with the basics of testing a simple real-time DSP system with Code Composer Studio, the debugging environment we will be using throughout the semester. First you will connect ... DSP's output.
[Expand Summary]
This exercise introduces the hardware and software used in the course. By the end of this module, you should be comfortable with the basics of testing a simple real-time DSP system with Code Composer Studio, the debugging environment we will be using throughout the semester. First you will connect the laboratory equipment and test a real-time DSP system with provided code to implement an eight-tap (eight coefficient) finite impulse response (FIR) filter. With a working system available, you will then begin to explore the debugging software used for downloading, modifying, and testing your code. Finally, you will create a filter in MATLAB and use test vectors to verify the DSP's output.
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
68.07%
Revised:
2007-04-02
Revisions:
3
FIR Filtering on the TI TMS320C55x
(m14417)
Author:
Lee Potter
Keywords:
assembly
,
DSP
,
FIR filter
,
linear phase symmetry
,
mac
Summary:
Students implement band-pass finite impulse response (FIR) filters on the TI TMS320C55X digital signal processor.
Subject:
Science and Technology
Language:
English
Popularity:
71.82%
Revised:
2007-03-28
Revisions:
New
IIR Filtering Using the DSP56002
(m10047)
Author:
Lee Potter
Keywords:
assembly
,
IIR filtering
,
interrupt
,
lowpass filter
,
notch filter
,
polling
Summary:
This module introduces the design and implementation of IIR filters on the 56002.
Subject:
Science and Technology
Language:
English
Popularity:
72.11%
Revised:
2004-02-25
Revisions:
9
Introduction to the 56002 Application Development System
(m10083)
Author:
Lee Potter
Keywords:
Assembly
,
Codec
Summary:
This lab exercise is intended to provide an introduction to the DSPLab-56002 Digital Signal Processing system, the Windows-based BoxView software development system, and the asm56000 assembler. You are strongly encouraged to experiment during the lab session and explore all aspects of the system.
Subject:
Science and Technology
Language:
English
Popularity:
69.15%
Revised:
2004-02-25
Revisions:
9
Linear and Logarithmic Quantization
(m10051)
Author:
Lee Potter
Keywords:
linear quantization
,
logrithmic quantization
,
quantization noise
,
Signal to Noise Ratio
,
SNR
Summary:
In this module, we will use the 56002 to measure noise introduced by quantization and compare the performance of linear and logarithmic quantization. First, we will write a program to perform N-bit (N less than or equal to 16) linear quantization and logarithmic (mu-law) quantization. Then will use ... audio signals.
[Expand Summary]
In this module, we will use the 56002 to measure noise introduced by quantization and compare the performance of linear and logarithmic quantization. First, we will write a program to perform N-bit (N less than or equal to 16) linear quantization and logarithmic (mu-law) quantization. Then will use that program to compare the techniques for simple signals and audio signals.
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
81.87%
Revised:
2004-02-25
Revisions:
10
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22023
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