Medical Robotics – CS4270 T
Content
- Kinematics, path planning of robot systems
- Robot Programming
- Medical Navigation
- Sensors in medical applications
- Surgery planning
- Velocity kinematics after motion prediction
- Motion planning
Qualification-goals / Competencies
- Gain the ablity to derive the inverse kinematic equation for a given robot construction with 6 degrees of freedom, and implant it in an application.
- Design goals for a robotic application can be formulated and reduced to a practical system
- Mathematical methods for machine learning can be applied to motion learning, considering the dynamics of motion.
- The dynamics of motion in space can be mapped to learning techniques
- Education
- Robotics - CS2500
- Project course robotics and automation - CS5295
- Artificial Intelligence I - CS3204
- Artificial Intelligence II – CS5204 T
- Deep Learning - CS4295
- Sequence Learning - CS4575
- Humanoid Robotics – RO5300
- Medical Robotics – CS4270 T
- Lab Course Robotics and Automation - CS3501
- Bachelor Project - CS3701
- Bachelor Seminar - CS3702
- Master Seminar - CS5280, CS5840
- Rescue Robotics – RO5801
- Medical Product Regulation - ME4520
- Bachelor and Master Theses
Achim Schweikard
Gebäude 64
,
Raum 97
achim.schweikard(at)uni-luebeck.de
+49 451 31015200