3 domains from MATLAB code

3-domains for FIR system

Analyze a System Defined by a MATLAB Program

Approach to problem solving in 3 domains

Cascade Connection of LTI Systems; Inverse System

Cascade FIR Systems

Cascade of 2 FIR Systems; H(z); Difference Equation; Impulse Response h[n]

Cascade of 2 FIR Systems; H(z); Impulse Response h[n]

Cascade of 2 FIR Systems; H(z); Zeros; Difference Equation

Cascade of 3 FIR Systems: Obtain Overall Difference Equation

Cascade of 3 LTI Systems

Cascade of C/D, FIR H(z), D/C; Sinusoidal Response

Cascade two FIR system functions

Complex Roots of Polynomial; Plot in z-Plane

Compute z-Transforms of shifted impulses

Deconvolution in cascade of systems

Design FIR H(z) to Null Sinusoidal Inputs Sampled by C/D

Determine the System Function of a Difference Equation

Difference Equation and H(z) for Cascaded Systems

Difference Equation for Cascade of 3 Systems

Difference Equation from H(z); Frequency Response

Difference Equation from H(z); Frequency Response; Impulse Response h[n]

Difference Equation from H(z); Frequency Response; Sinusoidal Input

Difference Equation from H(z); Impulse Response h[n]

Difference Equation from H(z); Impulse Response h[n]; Step Response

Difference Equation from H(z); Zeros & Poles

Difference Equation from H(z); Zeros & Poles; Impulse Response h[n]

Difference Equation from H(z); Zeros; Complex Exponential Inputs

Difference equation and nulling from factored H(z)

Different descriptions of an FIR system

Digital Filtering of Continuous-Time Signals

Digital filtering of continuous-time signals given H(z)

Discrete-Time Filtering of Continuous-Time Signals

Discrete-Time Filtering of a Continuous-Time Signal

Discrete-Time Processing of Continuous-Time Signals

Discrete-Time filtering of continuous-time signal with H(z)

Discrete-time filtering of a continuous-time signal with H(z)

Discrete-time filtering of continuous-time sinusoid

FIR Difference Equation from System Function

Factored form of H(z) for FIR nulling system

Factored form of z-transform

Filtering Sinusoids Using MATLAB

Find Ouput of LTI System Function

Find Outputs of an FIR Filter Defined by a Factored System Function

Find the System Function H(z) Given Other System Descriptions

Four ways to represent a system

Four ways to represent a system from z-transform

Four ways to represent a system given H(z)

Frequency Response and H(z) from Difference Equation

Frequency Response from H(z); Nulling; Sinusoidal Input

Frequency Response from Pole-Zero Plot

Frequency response & H(z) from MATLAB code

H(z) Factored into Cascade of 2 FIR Systems

H(z) and Difference Equation for Cascade of 3 FIR Systems

H(z) and Difference Equation from Block Diagram for FIR Filter

H(z) and impulse response from FIR difference equation

H(z) and output signal for FIR Filter

H(z) for FIR Filter; Zeros; Complex Exponential Inputs

H(z) for FIR Filter; Zeros; Frequency Response

H(z) for FIR Filter; Zeros; Frequency Response; Impulse Response h[n]

H(z) for FIR Filter; Zeros; Frequency Response; Sinusoidal Input

H(z) for cascaded systems

H(z), frequency response & reconstructed output in MATLAB code

Impulse and step response for cascaded FIR systems

Impulse response & frequency response from factored form of H(z)

Impulse response and H(z) for parallel connection

MATLAB digital filtering with D-C reconstruction

Ouput of LTI System Function via z-Transforms

Output Signal y[n] from FIR H(z) and Complex Exponential Input x[n]

Output Signal y[n] from FIR H(z) and Periodic Input Signal x[n]

Output Signal y[n] from FIR H(z) and Sinusoidal Input Signal x[n]

Output Signal y[n] from FIR H(z) and Various Inputs

Output of C-to-D, FIR system and D-to-C

Output signal from FIR filter by various methods

Output via z-transform method

Pole-Zero Plot for H(z); Nulling Sinusoidal Inputs; Length of FIR Filter

Pole-Zero Plot for H(z); Nulling Sinusoidal Inputs; Sketch Frequency Response

Problem Solving Techniques for LTI Systems

Response of LTI System Function

Sum of Signals through H(z)

System Function and Poles and Zeros

System Function for Cascade System

System Function, Poles and zeros, and Frequency Response

System Functions and Frequency Response

System function for FIR filter defined by MATLAB code

System function for running-sum filter

Three domains: moving among them

Using the System Function to Analyze a MATLAB Program

Using the System Function to Find the Output of an LTI System

Various methods to find output of FIR discrete-time system

Various methods to find output of discrete-time system

Zeros of Cascaded FIR Systems

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McClellan, Schafer, and Yoder, *Signal Processing First*, ISBN 0-13-065562-7.

Prentice Hall, Upper Saddle River, NJ 07458.
© 2007 Pearson Education, Inc.