filmov
tv
EE-565: Lecture-35 (Nonlinear Control Theory): Boundedness and Ultimate Boundedness
Показать описание
EE-565: Lecture-35 (Nonlinear Control Theory): Boundedness and Ultimate Boundedness
EE-565: Lecture-36 (Nonlinear Control Systems): Introduction to Input to State Stability
EE-565: Lecture-4 (Nonlinear Control Systems): Quantifiers
EE-565: Lecture-28 (Nonlinear Control Systems) Lyapunov Conditions for Exponential Stability
EE-565: Lecture-30 (Nonlinear Control Systems): Variable Gradient Method
EE-565: Lecture-34 (Nonlinear Control Systems) Stability Using Class K and Class KL Functions
EE-565: lecture-37 (Nonlinear Control Systems) Sufficient Condition for ISS
EE-565: Lecture-21 (Nonlinear Control Systems): Comparison Principle
EE-565: Lecture-3 (Nonlinear Control Systems): Logical Connectives
EE-565: Lecture-1(Nonlinear Control Systems): Axioms and Definition
EE-565: Lecture-9 (Nonlinear Control System): Qualitative Behavior of 2D System Part I
EE-565: Lecture-24 (Nonlinear Control Systems) Philosophy of Lyapunov's Direct Method
EE-565: Lecture-22 (Nonlinear Control Systems) Stability of Equilibrium Points of Autonomous Systems
EE-565: Lecture-32 (Nonlinear Control Systems): Definition and Properties of Comparison Functions
Nonlinear 2020 Lecture 12
L1.2 Nonlinear vs linear systems - 2 The basic differences
EE-561/581: Lecture 1 (Linear Control Theory): Introduction to Linear Control Theory
Ch. Kawan. A Lyapunov-based small-gain approach to ISS of infinite nonlinear networks.
Non-Linear Control system time varying system Bounded and Ultimate Bounded Lec-13, Atta ullah Memon
Nonlinear systems
15 Lyapunov Theorem
The small gain theorem and beyond
Análise de Sistemas Dinâmicos não-lineares - boundedness e ultimate boundedness
5 Construction of Lyapunov function
Комментарии