Teaching Assistants


Classes

  • Lecture: Friday, 10:15 – 12:00 (HG F 1)
  • Exercise: Tuesday 15:15 – 16:00
    • LFW B 1  – Students with last name A-E
    • CHN E 42 – Students with last name F-J
    • ML E 12 – Students with last name K-Me
    • NO C 44 – Students with last name Mi-R
    • NO C 6 – Students with last name S-Z

Exam

  • Date: 03.08.2020
  • Time: 14:30-16:30
  • Rooms:
    • HIL F 15 – Students with last name A-K
    • HIL F 41 – Students with last name L-Z
  • Aids: Personal summary 4 pages (2 sheets) handwritten or machine-typed
    (single-spaced, font size at least 8 pts.)

Schedule and Lecture Slides

Lecture Notes FS2020 (last update 18.06.2020)

Date Lecturer Lecture
21.02.2020 Arampatzis Modeling Data: Linear Least Squares
28.02.2020 Arampatzis Nonlinear systems I: Bisection, Newton, Secant methods
06.03.2020 Arampatzis Nonlinear systems II: sets of equations
13.03.2020 Walther Interpolation and extrapolation I/II: Lagrange interpolation and Cubic splines
20.03.2020 Walther Numerical integration I/II: Rectangle, Trapezoidal, Simpson’s Rule, Richardson and Romberg
27.03.2020 Walther Numerical integration I/II: Rectangle, Trapezoidal, Simpson’s Rule, Richardson and Romberg
03.04.2020 Walther Numerical integration III: Adaptive Quadrature
24.04.2020 Walther Numerical integration IV: Introduction to Probability, Whiteboard
08.05.2020 Walther Numerical integration IV: Monte Carlo
15.05.2020 Arampatzis Neural Networks I: Single Layer
22.05.2020 Arampatzis Neural Networks II: Principle Component Analysis and Autoencoders (Slides)
29.05.2020 Arampatzis Neural Networks III: Deep Learning (Slides)

Exercises

The exercises begin in the second week of the semester.

Date Exercise Notebooks Solution
25.02.2020
03.03.2020
10.03.2020
17.03.2020
24.03.2020
31.03.2020
07.04.2020
14.04.2020
28.04.2020
05.05.2020
12.05.2020
19.05.2020
26.05.2020

Old Exams

Textbooks

  • Numerical Analysis (R. L. Burden and J. D. Faires)
  • The Nature of Mathematical Modeling (N. Gershenfeld)
  • Introduction to Applied Mathematics (G. Strang)
  • Analysis of Numerical Methods (Isaacson and Keller)

Additional Material / Useful Links