Lecturer Prof. H.G. Matties, PhD
Assistant Daniel Fulger
Schedule Lecture: Wed 9:45-11:15 o'clock in room RZ 012 (Computing Center)
Exercises: Thu 11:30-12:15 Uhr in room
Start First week of the semester
Prerequisites Basic courses up to the intermediate diploma
Target group Students of computer science, mathematics, natural or engineering sciences or guest students in their advanced study period, CSE students
Certificates Homework assignments and active participation in the exercises, tests, grading scheme
Office hours will be announced in the lecture
A script for the lecture is available here:
Further literature will be announced in the lecture.
The notes for the Matlab Introduction course are avaliable here (as postscript).
Note that some of the documents are postscript for technical reasons.
Assignment 1: E1.pdf,
Assignment 2: E2.pdf,
Assignment 3: E3.ps,
Assignment 4: E4.ps,
Assignment 5: E5.pdf,
Assignment 6: E6.pdf,
Example program for the Oscillator-problem: solutionOsci.m,
Example program (thetaOsci.m) for the theta-integration of the oscillator equation.
Assignment 7: E7.pdf
Example solutions and code: EulerMethods.m, analytic_picard.nb,
Here are some typical SampleQuestionsfor the exam plus few other things to know.
Assignment 8: E8.ps
Assignment 9 (plus optional task): E9.ps, E9_optional.ps
Example how to create a Newton fractal: Newtonfractal.m
Assignment 10: E10.pdf
Assignment 11: E11.pdf
Assignment 12: E12.pdf
Assignment 13: E13.pdf
SampleQuestionsfor the second exam plus few other things to know.
The material in the third exam covers the whole course. The same sample questions apply. Generally the questions will be significantly more demanding. Note: For the big exam you can bring 4 sheets of paper (= 8 pages). You can fill the pages with any information you like and that might help you in the exam.
Programmable calculators are not allowed. Use ball pen or some other non-removable ink.
For the grading of the tests to this lecture see here.