CCE 2101 - Signal Analysis

Credits:   4 
Lectures/Tut.:   28 hrs 
Labs:    14 hrs 
Prerequisite:   None 
Leads to: CCE 3201

Objectives
This course is an introduction to the tools used in signal processing to analyse the signal in time/frequency.

Syllabus

• Linear time invariant systems:

Discrete and continuous time systems.
Impulse response of systems. 
The convolution sum and the convolution integral.

• Fourier Series Analysis:

Trigonometric and exponential forms of the fourier series for periodic signals.
Properties of the Fourier series.
The RMS of a complex waveform.

• Fourier Transform Analysis:

Continuous time Fourier transform for non-periodic signals.
Properties of the fourier transform.
Analysis of linear circuits using the Fourier transform.

• Power and Energy Spectral Density Functions:

Correlation.
Discrete-time Fourier Transform and the Discrete Fourier Transform Sampling.
The Sampling theorem.
Aliasing.
Reconstruction

Assessment
Coursework - 10% 
Exam - 90%

Textbook

• Operheim A.V. & Willsky A.S., Signals & Systems, 2nd edition, Prentice Hall, ISBN 0-13-814757-4