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TU CAROLO-WILHELMINA zu Braunschweig

Company Profile

Our Strengths Highest scientific standards, internationality, interdisciplinarity – these are the key factors that characterize the special quality of research and teaching here at the Carolo-Wilhelmina. Please visit our website to find these essentials: Good Reasons for studying, teaching, or doing research at our Technical University Good Reasons for the City: Why Brunswick is a good place to live, what makes it a truly exceptional location for research

Product Range

  • Computer vision research: 3D laser scanner
  • Computer vision research: Image and signal processing
  • Computer vision research: Object recognition
  • Computer vision research: Object recognition, 3D robot sensor
  • Computer vision research: Object recognition, probabilistic
  • Computer vision research: Pattern recognition
  • Industrial robot research: Assembly tasks
  • Industrial robot research: Force torque maps
  • Industrial robot research: Sensor-based grasp-planning
  • Mechatronics in medicine
  • Medical robotics research: Instrumented endoscopic tool
  • Medical robotics research: Kinematics and the dynamics of endoscopic tools
  • Medical robotics research: Robot assisted surgery
  • Mobile robot research: Field and service robots
  • Mobile robot research: Flexible transport systems for industry environements
  • Mobile robot research: Navigation systems
  • Mobile robot research: Obstacle avoidance
  • Mobile robot research: Parking spot detection
  • Mobile robot research: Perception systems
  • Mobile robot research: Service robot
  • Research in the field of robotics
  • Robotics control research: Control of robot manipulators
  • Robotics control research: Friction precompensation for geared robots
  • Robotics control research: Hybrid robot control concept
  • Robotics control research: Manipulation primitives
  • Robotics control research: Multi-sensor integration
  • Robotics control research: Online identification of dynamical robot parameters
  • Robotics research: Control software
  • Robotics research: Dextrous manipulator
  • Robotics research: Distributed real time automation systems
  • Robotics research: Four degree-of-freedom parallel-kinematics
  • Robotics research: Inverse kinematics
  • Robotics research: Learning from demonstration
  • Robotics research: Manipulation tool
  • Robotics research: Modular robotics and self assembly
  • Robotics research: Multi-arm cooperation
  • Robotics research: On-Line trajectory generation
  • Robotics research: Open control software architectures
  • Robotics research: Parallel mechanisms
  • Robotics research: Parallel robots and kinematics
  • Robotics research: Robot kinematics
  • Robotics research: Simulation software
  • Robotics research: Software
  • Robotics research: Trajectory planning