Robotics 2 - Exercise (WS 25/26) [SerienID : 4340]

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Robotics 2 - Exercise (WS 25/26)

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This lecture introduces advanced methods of robotics with a focus on manipulator control. The course covers the following topics:
  • Dynamics: Euler-Lagrange formulation, recursive Newton-Euler algorithm, extensions of the dynamical model
  • Nonlinear control: Lyapunov stability, gravity compensation, inverse dynamics, adaptive control, task space control
  • Motion planning: Time-optimal trajectory generation, collision checking, configuration space, local path planning, global path planning
  • Mobile robots: Basics of control and planning
The students are able to
  • derive the dynamical model of a robotic manipulator
  • design and implement nonlinear methods for robot motion and force control
  • plan collision-free motions for robots in known environments

Semester

Wintersemester 2025/2026

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Passwortgeschützt, StudOn-Zugang

aktualisiert

2025-12-01 08:27:38

Abonnements

2

  • # 1
    Passwortgeschützt, StudOn-Zugang
    Livestream - Robotics 2
    M. Sc. Philipp Santer
    2025-10-14 Wintersemester 2025/2026
  • # 2
    Passwortgeschützt, StudOn-Zugang
    Robotics 2 - Exercise 1
    M. Sc. Philipp Santer
    2025-10-23 Wintersemester 2025/2026
  • # 3
    Passwortgeschützt, StudOn-Zugang
    Robotics 2 - Exercise 2
    M. Sc. Philipp Santer
    2025-10-30 Wintersemester 2025/2026
  • # 4
    Passwortgeschützt, StudOn-Zugang
    Robotics 2 - Exercise 3
    M. Sc. Philipp Santer
    2025-11-04 Wintersemester 2025/2026
  • # 5
    Passwortgeschützt, StudOn-Zugang
    Robotics 2 - Exercise 4
    M. Sc. Philipp Santer
    2025-11-13 Wintersemester 2025/2026
  • # 6
    Passwortgeschützt, StudOn-Zugang
    Robotics 2 - Exercise 5
    M. Sc. Philipp Santer
    2025-11-20 Wintersemester 2025/2026
  • # 7
    Passwortgeschützt, StudOn-Zugang
    Robotics 2 - Exercise 6
    M. Sc. Philipp Santer
    2025-11-27 Wintersemester 2025/2026