Week 3 SKEE 3133 System Modelling and analysis Chapter 2 Math Modelling

Chapter 2 Notes


Control Bootcamp: Laplace Transforms and the Transfer Function

Solving problem in laplace and Transfer function

Transfer function

Math modelling of electrical system

Math Modelling of mechanical Translational system

Mechanical Translational system video 2

Math Modelling Rotational System

Problem On Rotational System

Rotational System with Gears

Week 3 Latest class schedule

Many Gap

Skee 3133 - System Modelling and analysis week 2 Utmspace lesson Plan, Chapter 1 Intro to control system

Course Marking Percentage
Test 1 - Chapter 1 and 2 = 15%
test 2 - Chapter 3 and 4 = 15%
Matlab assignment = 20%
Final Exam = 50%




Chapter 1 notes

Youtube video- brief history of control system

Control system basics

Examples of control system - Open loop control system

Examples of control system - Closed lopp control system

Feedback control system

Numerical Methods week 2 lesson plan,Solving Nonlinear equation,Linear System: Gaussian elimination with/without pivoting, Decomposition; Doolittle, Cholesky,

Course marking Percentage
Test 1 - 15%
Test 2 - 15%
Quiz/Assignment - 20%
Final Exam - 50%



Nonlinear equations (Note: secant method not included in sylabbus)

Chapter 1: Nonlinear equations UTMSPACE notes


Error analysis - video

Intermediate value theorem - video

Bisection method - video (click here)

Bisection Method using calculator

Fixed Point iteration - video

Fixed point iteration using calculator - video

Newton Method using calculator - video

Newton method online calculator

Chapter 2 Linear System

Gaussian Elimination

Gaussian elimination with partial pivoting

Gaussian elimination with partial pivoting 2

Matrix LU decomposition

Linear system Doolitle method

Linear system crout method

Linear system Thomas Method

Linear system Jacobi Method

Linear system Gauss Seidel method

Week 1 Skee 2263 Digital System (topics covered), review, tutorial

Course Marking Percentage

Milestone 1-5? = 30%
Test 1-2 (best 2 of 3) = 20%, 10& each
Final Exam = 50%





1.Introduction

Half Adder video

Full adder using Half adder

Implement using only NAND Gates

NAND as universal Gates

Change a Combinational Logic Circuit to Only NAND Gates or Only NOR Gates

Digital Circuits Lecture-18: NAND Gate Implementations

Bubble method NAND implementation

K map lesson

Minterm and Maxterm digital logic



2.Quartus tutorial (implement Half adder, full adder, etc) In video soon

Sem 1 2019/2020 Space study

This semester Subject
Sem 1 2019/2020

Digital System
System Modelling and analysis
Numerical methods