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ZAK Talks - Öffentliches Symposium : Computer mit Vorurteilen? (Prof. Dr. Bertolt Meyer)
ZAK Talks - Öffentliches Symposium : Computer mit Vorurteilen? (Prof. Dr. Bertolt Meyer)
Die neue ILIAS-Version 7 kommt!
Die neue ILIAS-Version 7 kommt!
Thomas May
Computational Economics WS 2021/2022, 17.11.2021
Computational Economics WS 2021/2022, 17.11.2021
Pradyumn Shukla
Computational Economics WS 2021/2022, 15.11.2021
Computational Economics WS 2021/2022, 15.11.2021
Pradyumn Shukla
Computational Economics WS 2021/2022, 15.11.2021
Computational Economics WS 2021/2022, 15.11.2021
Pradyumn Shukla
Computational Economics WS 2021/2022, 12.11.2021
Computational Economics WS 2021/2022, 12.11.2021
Pradyumn Shukla
Computational Economics WS 2021/2022, 11.11.2021
Computational Economics WS 2021/2022, 11.11.2021
Pradyumn Shukla
Computational Economics WS 2021/2022, 10.11.2021
Computational Economics WS 2021/2022, 10.11.2021
Pradyumn Shukla
Computational Economics WS 2021/2022, 16.11.2021
Computational Economics WS 2021/2022, 16.11.2021
Pradyumn Shukla
Computational Economics WS 2021/2022, 15.11.2021
Computational Economics WS 2021/2022, 15.11.2021
Pradyumn Shukla
Computational Economics WS 2021/2022, 16.11.2021
Computational Economics WS 2021/2022, 16.11.2021
Pradyumn Shukla
Computational Economics WS 2021/2022, 09.11.2021
Computational Economics WS 2021/2022, 09.11.2021
Pradyumn Shukla
Computational Economics WS 2021/2022, 08.11.2021
Computational Economics WS 2021/2022, 08.11.2021
Pradyumn Shukla
06: Modellbildung und Simulation, WS 2019/20, Übung, NEUE VERSION, 18.10.2021, (ersetzt Übung vom 11.11.2019)
06: Modellbildung und Simulation, WS 2019/20, Übung, NEUE VERSION, 18.10.2021, (ersetzt Übung vom 11.11.2019)
Alexander Stein
04: Modeling and Simulation, Übung, WS 2018/19, NEW VERSION, 18.10.2021 (replaces Übung 05.11.2018)
04: Modeling and Simulation, Übung, WS 2018/19, NEW VERSION, 18.10.2021 (replaces Übung 05.11.2018)
Alexander Stein
06: Modeling and Simulation, Übung, WS 2018/19, NEW VERSION, 18.10.2021 (replaces Übung 12.11.2018)
06: Modeling and Simulation, Übung, WS 2018/19, NEW VERSION, 18.10.2021 (replaces Übung 12.11.2018)
Alexander Stein
04: Modellbildung und Simulation, WS 2019/20, Übung, NEUE VERSION, 18.10.2021, (ersetzt Übung vom 04.11.2019)
04: Modellbildung und Simulation, WS 2019/20, Übung, NEUE VERSION, 18.10.2021, (ersetzt Übung vom 04.11.2019)
Alexander Stein
Nonlinear Optimization I, Introduction
Nonlinear Optimization I, Introduction
Oliver Stein
Nonlinear Optimization II, Section 3.1.2 (First order approximations of the feasible set), part 2
Nonlinear Optimization II, Section 3.1.2 (First order approximations of the feasible set), part 2
Oliver Stein
Nonlinear Optimization I, Section 2.1.4 - bonus track on eigenvalues
Nonlinear Optimization I, Section 2.1.4 - bonus track on eigenvalues
Oliver Stein
Nonlinear Optimization II, Section 3.3.3 (Barrier method), part 1
Nonlinear Optimization II, Section 3.3.3 (Barrier method), part 1
Oliver Stein
Nonlinear Optimization II, Section 3.2.10 (Convex optimization problems)
Nonlinear Optimization II, Section 3.2.10 (Convex optimization problems)
Oliver Stein
Nonlinear Optimization II, Section 3.2.09 (Second order optimality conditions), part 1
Nonlinear Optimization II, Section 3.2.09 (Second order optimality conditions), part 1
Oliver Stein
Nonlinear Optimization II, Section 3.3.6 (Merit functions and filters), part 2
Nonlinear Optimization II, Section 3.3.6 (Merit functions and filters), part 2
Oliver Stein
Nonlinear Optimization II, Section 3.3.5 (SQP methods), part 1
Nonlinear Optimization II, Section 3.3.5 (SQP methods), part 1
Oliver Stein
Nonlinear Optimization II, Section 3.3.3 (Barrier method), part 2
Nonlinear Optimization II, Section 3.3.3 (Barrier method), part 2
Oliver Stein
Nonlinear Optimization II, Section 3.3.2 (Multiplier method)
Nonlinear Optimization II, Section 3.3.2 (Multiplier method)
Oliver Stein
Nonlinear Optimization II, Section 3.3.1 (Penalty methods)
Nonlinear Optimization II, Section 3.3.1 (Penalty methods)
Oliver Stein
Nonlinear Optimization II, Section 3.2.09 (Second order optimality conditions), part 2
Nonlinear Optimization II, Section 3.2.09 (Second order optimality conditions), part 2
Oliver Stein
Nonlinear Optimization II, Section 3.2.08 (Karush-Kuhn-Tucker points), part 2
Nonlinear Optimization II, Section 3.2.08 (Karush-Kuhn-Tucker points), part 2
Oliver Stein
Nonlinear Optimization I, Section 1.1 (Examples and notions), part 1
Nonlinear Optimization I, Section 1.1 (Examples and notions), part 1
Oliver Stein
Nonlinear Optimization II, Section 3.3.6 (Merit functions and filters), part 1
Nonlinear Optimization II, Section 3.3.6 (Merit functions and filters), part 1
Oliver Stein
Nonlinear Optimization II, Section 3.3.5 (SQP methods), part 2
Nonlinear Optimization II, Section 3.3.5 (SQP methods), part 2
Oliver Stein
Nonlinear Optimization II, Section 3.3.4 (Primal-dual interior point methods)
Nonlinear Optimization II, Section 3.3.4 (Primal-dual interior point methods)
Oliver Stein
Nonlinear Optimization I, Section 2.1.2 (First order optimality condition), part 2
Nonlinear Optimization I, Section 2.1.2 (First order optimality condition), part 2
Oliver Stein
Nonlinear Optimization I, Section 2.1.1 (Descent directions)
Nonlinear Optimization I, Section 2.1.1 (Descent directions)
Oliver Stein
Nonlinear Optimization I, Section 1.2 (Solvability), part 1
Nonlinear Optimization I, Section 1.2 (Solvability), part 1
Oliver Stein
Nonlinear Optimization I, Section 1.1 (Examples and notions), part 2
Nonlinear Optimization I, Section 1.1 (Examples and notions), part 2
Oliver Stein
Nonlinear Optimization I, Section 2.2.04 (Variable metric methods), part 2
Nonlinear Optimization I, Section 2.2.04 (Variable metric methods), part 2
Oliver Stein
Nonlinear Optimization I, Section 2.2.04 (Variable metric methods), part 1
Nonlinear Optimization I, Section 2.2.04 (Variable metric methods), part 1
Oliver Stein
Nonlinear Optimization I, Section 2.2.03 (Gradient method), part 1
Nonlinear Optimization I, Section 2.2.03 (Gradient method), part 1
Oliver Stein
Nonlinear Optimization I, Section 2.2.02 (Step size control), part 1
Nonlinear Optimization I, Section 2.2.02 (Step size control), part 1
Oliver Stein
Nonlinear Optimization I, Section 2.1.4 (Second order optimality conditions), part 3
Nonlinear Optimization I, Section 2.1.4 (Second order optimality conditions), part 3
Oliver Stein
Nonlinear Optimization I, Section 2.1.4 (Second order optimality conditions), part 2 (edit)
Nonlinear Optimization I, Section 2.1.4 (Second order optimality conditions), part 2 (edit)
Oliver Stein
Nonlinear Optimization II, Section 3.1.1 (Topological properties), part 1
Nonlinear Optimization II, Section 3.1.1 (Topological properties), part 1
Oliver Stein
Nonlinear Optimization I, Section 2.2.10 (Trust region methods)
Nonlinear Optimization I, Section 2.2.10 (Trust region methods)
Oliver Stein
Nonlinear Optimization I, Section 2.2.08 (Conjugate directions)
Nonlinear Optimization I, Section 2.2.08 (Conjugate directions)
Oliver Stein
Nonlinear Optimization I, Section 2.2.07 (Quasi-Newton methods)
Nonlinear Optimization I, Section 2.2.07 (Quasi-Newton methods)
Oliver Stein
Nonlinear Optimization I, Section 2.2.06 (Superlinear convergence)
Nonlinear Optimization I, Section 2.2.06 (Superlinear convergence)
Oliver Stein
Nonlinear Optimization I, Section 2.2.05 - bonus track on Newton's method
Nonlinear Optimization I, Section 2.2.05 - bonus track on Newton's method
Oliver Stein
Nonlinear Optimization II, Section 3.2.06 (Normal cones)
Nonlinear Optimization II, Section 3.2.06 (Normal cones)
Oliver Stein
Nonlinear Optimization II, Section 3.2.05 (Separation theorem), part 2
Nonlinear Optimization II, Section 3.2.05 (Separation theorem), part 2
Oliver Stein
Nonlinear Optimization II, Section 3.2.04 (First order optimality conditions without equality constraints), part 1
Nonlinear Optimization II, Section 3.2.04 (First order optimality conditions without equality constraints), part 1
Oliver Stein
Nonlinear Optimization II, Section 3.2.01 (Stationarity)
Nonlinear Optimization II, Section 3.2.01 (Stationarity)
Oliver Stein
Nonlinear Optimization II, Section 3.2.03 (Theorems of the alternative)
Nonlinear Optimization II, Section 3.2.03 (Theorems of the alternative)
Oliver Stein
Nonlinear Optimization II, Section 3.1.2 (First order approximations of the feasible set), part 3
Nonlinear Optimization II, Section 3.1.2 (First order approximations of the feasible set), part 3
Oliver Stein
Nonlinear Optimization II, Section 3.1.2 (First order approximations of the feasible set), part 1
Nonlinear Optimization II, Section 3.1.2 (First order approximations of the feasible set), part 1
Oliver Stein
Nonlinear Optimization II, Section 3.2.07 (First order optimality conditions with equality constraints), part 1
Nonlinear Optimization II, Section 3.2.07 (First order optimality conditions with equality constraints), part 1
Oliver Stein
Nonlinear Optimization II, Section 3.2.08 (Karush-Kuhn-Tucker points), part 3
Nonlinear Optimization II, Section 3.2.08 (Karush-Kuhn-Tucker points), part 3
Oliver Stein
Nonlinear Optimization II, Section 3.2.08 (Karush-Kuhn-Tucker points), part 1
Nonlinear Optimization II, Section 3.2.08 (Karush-Kuhn-Tucker points), part 1
Oliver Stein
Nonlinear Optimization II, Section 3.2.07 (First order optimality conditions with equality constraints), part 2
Nonlinear Optimization II, Section 3.2.07 (First order optimality conditions with equality constraints), part 2
Oliver Stein
Nonlinear Optimization I, Section 2.2.01 (Descent methods), part 2
Nonlinear Optimization I, Section 2.2.01 (Descent methods), part 2
Oliver Stein
Nonlinear Optimization I, Section 2.2.01 (Descent methods), part 1
Nonlinear Optimization I, Section 2.2.01 (Descent methods), part 1
Oliver Stein
Nonlinear Optimization I, Section 2.1.5 (Convex optimization problems)
Nonlinear Optimization I, Section 2.1.5 (Convex optimization problems)
Oliver Stein
Nonlinear Optimization I, Section 2.1.4 (Second order optimality conditions), part 1
Nonlinear Optimization I, Section 2.1.4 (Second order optimality conditions), part 1
Oliver Stein
Nonlinear Optimization I, Section 2.1.3 (Geometric properties of gradients)
Nonlinear Optimization I, Section 2.1.3 (Geometric properties of gradients)
Oliver Stein
Nonlinear Optimization I, Section 2.1.2 - bonus track on scalar products
Nonlinear Optimization I, Section 2.1.2 - bonus track on scalar products
Oliver Stein
Nonlinear Optimization II, Section 3.2.05 (Separation theorem), part 1
Nonlinear Optimization II, Section 3.2.05 (Separation theorem), part 1
Oliver Stein
Nonlinear Optimization II, Section 3.2.04 (First order optimality conditions without equality constraints), part 2
Nonlinear Optimization II, Section 3.2.04 (First order optimality conditions without equality constraints), part 2
Oliver Stein
Nonlinear Optimization II, Section 3.2.02 (Constraint qualifications)
Nonlinear Optimization II, Section 3.2.02 (Constraint qualifications)
Oliver Stein
Nonlinear Optimization II, Section 3.1.1 (Topological properties), part 2
Nonlinear Optimization II, Section 3.1.1 (Topological properties), part 2
Oliver Stein
Nonlinear Optimization II, Section 3.1 (Properties of the feasible set), Introduction
Nonlinear Optimization II, Section 3.1 (Properties of the feasible set), Introduction
Oliver Stein
Nonlinear Optimization I, Section 2.2.04 (Variable metric methods), part 3
Nonlinear Optimization I, Section 2.2.04 (Variable metric methods), part 3
Oliver Stein
Nonlinear Optimization I, Section 2.2.03 (Gradient method), part 2
Nonlinear Optimization I, Section 2.2.03 (Gradient method), part 2
Oliver Stein
Nonlinear Optimization I, Section 2.2.02 (Step size control), part 2
Nonlinear Optimization I, Section 2.2.02 (Step size control), part 2
Oliver Stein
Nonlinear Optimization I, Section 2.2.01 (Descent methods), part 3
Nonlinear Optimization I, Section 2.2.01 (Descent methods), part 3
Oliver Stein
Nonlinear Optimization I, Section 2.1.2 (First order optimality condition), part 1
Nonlinear Optimization I, Section 2.1.2 (First order optimality condition), part 1
Oliver Stein
Nonlinear Optimization I, Section 1.2 (Solvability), part 2
Nonlinear Optimization I, Section 1.2 (Solvability), part 2
Oliver Stein
Nonlinear Optimization I, Section 2.2.09 (Conjugate gradient methods)
Nonlinear Optimization I, Section 2.2.09 (Conjugate gradient methods)
Oliver Stein
Nonlinear Optimization I, Section 2.2.05 (Newton's methods with and without damping; edit)
Nonlinear Optimization I, Section 2.2.05 (Newton's methods with and without damping; edit)
Oliver Stein
Wie lässt sich vom Menschen als geologischem Faktor erzählen? - Prof. Dr. Gabriele Dürbeck
Wie lässt sich vom Menschen als geologischem Faktor erzählen? - Prof. Dr. Gabriele Dürbeck
Gabriele Dürbeck
13: Nature-inspired optimization methods, Vorlesung SS 2021
13: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
11: Nature-inspired optimization methods, Vorlesung SS 2021
11: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
10: Nature-inspired optimization methods, Vorlesung SS 2021
10: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
09: Nature-inspired optimization methods, Vorlesung SS 2021
09: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
17: Nature-inspired optimization methods, Vorlesung SS 2021
17: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
16: Nature-inspired optimization methods, Vorlesung SS 2021
16: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
15: Nature-inspired optimization methods, Vorlesung SS 2021
15: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
14: Nature-inspired optimization methods, Vorlesung SS 2021
14: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
12: Nature-inspired optimization methods, Vorlesung SS 2021
12: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
08: Nature-inspired optimization methods, Vorlesung SS 2021
08: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
07: Nature-inspired optimization methods, Vorlesung SS 2021
07: Nature-inspired optimization methods, Vorlesung SS 2021
Pradyumn Shukla
05: Nature-inspired optimization methods, Vorlesung SS 2021, 21.05.2021
05: Nature-inspired optimization methods, Vorlesung SS 2021, 21.05.2021
Pradyumn Shukla
06: Nature-inspired optimization methods, Vorlesung SS 2021, 21.05.2021
06: Nature-inspired optimization methods, Vorlesung SS 2021, 21.05.2021
Pradyumn Shukla
04: Nature-inspired optimization methods. Vorlesung SS 2021, 20.05.2021
04: Nature-inspired optimization methods. Vorlesung SS 2021, 20.05.2021
Pradyumn Shukla
03: Nature-inspired optimization methods, Vorlesung SS 2021, 19.05.2021
03: Nature-inspired optimization methods, Vorlesung SS 2021, 19.05.2021
Pradyumn Shukla
02: Nature-inspired optimization methods, Vorlesung SS 2021, 18.05.2021
02: Nature-inspired optimization methods, Vorlesung SS 2021, 18.05.2021
Pradyumn Shukla
01: Nature-inspired optimization methods, Vorlesung SS 2021, 17.05.2021
01: Nature-inspired optimization methods, Vorlesung SS 2021, 17.05.2021
Pradyumn Shukla
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm55_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm55_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm44_br0_02
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm44_br0_02
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm25_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm25_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm25_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm25_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm15_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm15_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm44_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm44_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm_44_b40_01
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm_44_b40_01
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm15_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm15_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm_15_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm_15_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold25_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold25_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold10_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold10_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold55_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold55_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold43_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold43_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko