## Topic outline

• ### General

 Lecturer : Mohd Adib bin SarijariRozeha binti A.Rashid Semester : I, 2016/2017

Synopsis :

This course is about signals and their processing by systems. It involves: Modelling of physical signals by mathematical functions, Modelling of physical systems by mathematical equations, Solutions of the equations when excited by the functions. The course provides the fundamental to all engineering. Steps involve in engineering are: Model system- Involve writing a mathematical description of input and output signals, Analyse system: Study of the various signals associated with the system, Design system: Requires deciding on a suitable system architecture, as well as finding suitable system parameters, Implement system/test system: Check system, and the input and output signal, to see that the performance is satisfactory.

• ### Topic 1

Introduction
Introduction to Signal and System
• ### Topic 2

Signal Operation
Time-based operation, amplitude-based operation, addition and multiplication, and convolution
• ### Topic 3

Basic Function
Introduction to a number of basic functions, graphically and mathematically
• ### Topic 4

Discrete Time Signal & Type of System
Introduction to discrete time signal, its properties and system operation
• ### Topic 5

Convolution
Introduction to Convolution and operation to signal
• ### Topic 6

Fourier Series Part I
Introduction to Fourier series to represent periodic signal in time domain and frequency domain
• ### Topic 7

Fourier Series Part II
Complex Fourier Series, Parserval’s theorem, and Fourier Series application in circuit
• ### Topic 8

Fourier Transform
Introduction to Fourier Transform to represnet unperiodic signal
• ### Topic 9

Fourier Transform Properties
The properties of Fourier Transform
• ### Topic 10

Fourier Transform Applications
The application of Fourier Transform
• ### Topic 11

Laplace Transform
Introduction to Laplace Transform for signal represntation
• ### Topic 12

Laplace Transform Properties
The properties of Laplace transform
• ### Topic 13

Laplace Transform Circuit Analysis
Circuit analysis using Laplace transform
• ### Topic 14

Filter and Transfer Function
Introduction to filter and the transfer function
• ### Topic 15

Bode Plot
Introduction to Bode Plot and the application
• ### Topic 16

Filter Design - Chebyshev
Chabychecv filter design
• ### Topic 17

Filter Design - Butterworth
Butterworth filter design