Electrical, Computer, and Systems Engineering Department

ECSE 2410     Signals & Systems (sec 3)    Spring 2002


Lecture PDF files

 

Lecture 1: 1/15   Introduction

Lecture 2: 1/16   Basic signal properties

Lecture 3: 1/18   Exponential and sinusoidal signals (continuous time case)

Lecture 4: 1/22   Exponential and sinusoidal signals (discrete time case)

Lecture 5: 1/23   Introduction to systems

Lecture 6: 1/25   System properties and solution to first order differential and difference equations

Lecture 7: 1/29    Discrete Convolution (convolution sum)

Lecture 8: 2/1      Properties of discrete convolution

Lecture 9: 2/5      Fourier series

Lecture 10: 2/6    Approximation property of Fourier series

Lecture 11: 2/8    Properties of Fourier series

Lecture 12: 2/12 Discrete Fourier series and Introduction to Fourier Transform

Lecture 13: 2/13 Fourier transform of periodic functions

Lecture 14: 2/15 Properties of Fourier transforms

Lecture 15: 2/20 Numerical computation of Fourier transform: Discrete Fourier Transform

Lecture 16: 2/22 Applications of Fourier transform: filtering and modulation;  Continuous time convolution

Lecture 17: 2/26 Synchronous and asynchronous demodulation. Frequency domain multiplexing.

Lecture 18: 3/1    Single side band modulation, phase modulation (frequency modulation) in-class notes

Lecture 19: 3/5    Sampling and time domain multiplexing  in-class notes

Lecture 20: 3/6    Aliasing. in-class notes

Lecture 21: 3/19  Time division multiplexing.  Frequency response of differential equations.  Introduction to Bode plot. in-class notes

Lecture 22: 3/20  Bode plot (cont.) in-class notes

Lecture 23: 3/22  Solution of differential equations in-class notes

Lecture 24: 3/26  Second order systems, solution of difference equation  in-class notes

Lecture 25: 3/27  Laplace transform in-class notes

Lecture 26: 3/29  Inverse Laplace transform, solution of ODE in-class notes

Lecture 27: 4/2    Modeling of electromechanical systems in-class notes

Lecture 28: 4/9    Feedback control: in-class notes in-class notes

Lecture 29: 4/12 Feedback control, Routh criterion, root locus: in-class notes

Lecture 30: 4/16  Root locus: in-class notes

Lecture 31: 4/17 z-transform: in-class notes

Lecture 32: 4/19 solution of difference equation using z-transform: in-class notes

Lecture 33: 4/23 z-transform: in-class notes

4/24: exam 4 preparation

5/1:  final preparation

Back to HOME


Mailing Address:

John T. Wen
Office: CII 8213
Voice: (518)-276-8744
Fax: (518)-276-4897
Email: wen@cat.rpi.edu