Download presentation
Presentation is loading. Please wait.
Published byLynette Laura Rich Modified over 9 years ago
1
CE00998-3 Coding and Transformations
2
Schedule WeekGrande LecturePetite LectureTutorialLab 7 Sep IntroductionIntro to MAPLEIntro MAPLEIntegration 14 Sep Integration by PartsStep FunctionsMatricesProgramming 21 Sep Fourier Series ExamplesMAPLE 28 Sep FSOdd & Even FunctionsExamplesMAPLE 5 Oct FSComplex FormExamplesAssignment 1 12 Oct Class Test 1Fourier TransformsExamplesMAPLE 19 Oct FTPropertiesExamplesMAPLE 26 Oct FTGeneralised FunctionsExamplesAssignment 2 2 Nov Class Test 2Discrete FTExamplesMAPLE 9 Nov DFTFast FTExamplesAssignment 3 16 Nov DFTHuffman CodingExamplesMAPLE 23 Nov Class Test 3
3
Fourier Series Class Test 9.00 next Monday (12 th October) It will take 40 mins What will I need to do? -Section A (20 marks) 10 multi-choice questions (2 mins each) -Section B (20 marks) 1 long question (eg Tutorial questions) -No Maple
4
Fourier Series Maple Assignment Submit by 3.30 Monday 19 th October –to Faculty Reception (Octagon L2) –do not email to me Include –an Assignment Submission Form (available from Faculty Reception) –an electronic copy on disc
5
Week 5 Fourier Series Home Work Exercises 2 (see p15 of notes)
6
Finding the Fourier Series The coefficients are given by (so is…? …the mean value of f(x))
7
Exercise (i) Find the Fourier series for T=2
8
Exercise (i) This is an ODD function, so….
9
Exercise (i) Find
10
Exercise (i) So the series is First few terms are
11
Exercise (i) What does it look like?
12
Exercise (i) Rate of convergence Magnitude of Size of terms decreases slowly Terms for ‘large’ n are still important Convergence rate is ‘slow’
13
Exercise (ii) Find the Fourier series for T=2
14
Exercise (i) This is an EVEN function, so….
15
Exercise (ii) Easy integration for T=2
16
Exercise (ii) Find
17
Exercise (ii) So the series is First few terms are
18
Exercise (ii) What does it look like?
19
Exercise (ii) What does it look like?
20
Exercise (ii) Rate of convergence Magnitude of Size of terms decreases rapidly Terms for ‘large’ n are not important Convergence is ‘rapid’
Similar presentations
© 2025 SlidePlayer.com. Inc.
All rights reserved.