|
| Lecture 1 (05.10) |
Lecture |
Class |
Sets, realtions, groups, fields, complex numbers |
| Lecture 2 (12.10) |
Lecture |
Class |
Vector spaces and subspaces, basis, dimension, coordinate systems |
| Lecture 3 (19.10) |
Lecture |
Class |
Linear mapping and a matrix of a linear mapping in a coordinate system |
| Lecture 4 (26.10) |
Lecture |
Class |
Kernel and rank of a mapping, determinant |
| Lecture 6 (16.11) |
Lecture |
Class |
Eigenvalues and eigenvectors |
| Lecture 10 (14.12) |
Lecture |
Class |
Bilinear forms, inner product, norm, unitary space |
| Lecture 11 (21.12) |
Lecture |
Class |
Orthogonal matrices, Gram-Schmidt procedure |
| Lecture 12 (04.01) |
Lecture |
Class |
Orthogonal projection, properties |
| Lecture 13 (11.01) |
Lecture |
Class |
Convex sets, convex functions, Jensen's inequality |
|
| Lecture 14 (18.01) |
Lecture |
Class |
Hyperplanes, multi-facet convex sets, dual cones |
| Exam (29.01) |
EXAM |
29.01, 16:00-19:00, G 112 (allowed: calculator, two sheets of A4 handwritten notes) |
| Exam - 2nd attempt (15.02) |
EXAM |
15.02, 18:00-20:00, G 458 (allowed: calculator, two sheets of A4 handwritten notes) |
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