Chapter 1: Review of Probability & Random Variable Concepts Review of Probability Concepts
Dr. Lim HS
Last Updated: 18 May 2009
c 2009 MMU
Presentation outline
Basics of Set Theory Fundamental Concepts in Probability Joint and Conditional Probability Ind

Chapter 1: Review of Probability & Random Variable Concepts Random Variable
Dr. Lim HS
Last Updated: 21 May 2009
c 2009 MMU
Presentation outline
The random variable concept Distribution and density functions Examples of distribution and density functions

Chapter 1: Review of Probability & Random Variable Concepts Multiple Random Variables
Dr. Lim HS
Last Updated: 2 June 2009
c 2009 MMU
Presentation outline
Joint CDF and PDF Conditional Distributions Statistical Independence Expectation and Moments Jointl

EEM3066: Random Processes & Queueing Theory
Chapter 1: Probability & RV
Chapter 1: Probability & Random Variable Concepts
Objective: To review the theory and concept of probability and random variable At the completion of the chapter, students should be a

Chapter 2: Random Processes
Dr. Lim HS
Last Updated: 12 Jun 2009
c 2009 MMU
Presentation outline
The Random Process Concept Characterization of Random Processes - Joint Distributions of Time Samples - Mean, Autocorrelation and Autocovariance Functions -

EEM3066: Random Processes & Queueing Theory
Chapter 2: Random Processes
Chapter 2: Random Processes
Objective: To introduce the concept of random process and related terms Syllabus: Basic concepts and definition. Classification of random processes. Statio

Chapter 3: Spectral Analysis
Dr. Lim HS
Last Updated: 17 Jun 2009
c 2009 MMU
Presentation outline
Power Spectral Density Response of Linear Systems to Random Signals Bandlimited Random Processes
c 2009 MMU
Page 1/59
Power Spectral Density
Continuous-Tim

PEM3066: Random Processes & Queueing Theory
Chapter 3: Spectral Analysis
Chapter 3: Spectral Analysis
Objective: To analyse the response of systems due to random processes in the frequency domain. Syllabus: Power density spectrum or power spectral density

MULTIMEDIA UNIVERSITY
FACULTY OF ENGINEERING AND TECHNOLOGY
EME4196
QUALITY ENGINEERING
ASSIGNMENT 1
Tri 1 2016/2017
Introduction
This individual assignment covers 5% of total coursework marks and it tests on students
understandings on learning outcome #2