- The Active Vision Group advances knowledge in computational vision in the areas of detection and tracking of moving objects...
- 3D models, Object recognition. Human-computer interfaces. Visual tracking and localisation. Visually guided robotics.
- Adaptive Learning Image and Signal Analysis: Image processing, detection and classification of structures and objects in images.
- TLD is an award-winning, real-time algorithm for tracking of unknown objects in video streams
- Geminoid-DK is home to a geminoid, a human-like robot which is intended to advance android science & philosophy
- Research in the fields of autonomous and mobile robotics.
- Our aim is to engage in state of the art research into the mathematical theory of computer vision and artificial intelligence
- Human robot interaction, robot navigation, neural computing and machine learning
- Computer Graphics, Computer Vision, Robotics, Sensor Networks
- Our Research is based on the interdisciplinary design, computer-aided optimisation and simulation and complex mechatronic systems
- The laboratory is working in the field of automation technology including robotics, mechatronics & control of industrial processes
- NREC automation solutions for every industrial, agricultural or municipal needs.
- Artificial Vision, Intelligent Systems, Sensor Data Fusion, Pattern Recognition
- Our research and teaching activities encompass all aspects of real-time and embedded systems design.
- Computer Vision research involves both feature extraction from two-dimensional images and analysis and reconstruction of 3D scenes
- Developing the principles, techniques, and technologies for personal robots
- Computer Science Department - Image and Video Computing Group
- Our main goal is to establish an internationally recognized center to better integrate researchers in the area of computer vision.
- KOVAN research lab is founded to study the synthesis of intelligent systems inspired from nature.
- Personal Robotics Lab researches fundamental problems in robotics, in order to enable personal robots to perform challenging tasks
- Our pupose is to develop a high-speed and high-performance robot system beyond human.
- Our group is focused on combining computer vision techniques to develop real-time algorithms able to assist the driving activity.
- Civil Engineering, Computer Science, Controls and Robotics, Industrial Engineering, Materials Science...
- MR is a set of tools that implements multiscale methods for processing 1D signals, 2D images, and 3D data volumes
- Embodied life-like artificial systems, humanoids, biological artificial systems, man-machine interaction, imitation learning
- My research group persues a model-driven approach to explore visual perception and cognition.
- Human-Brain Teleoperated Robot between Remote Places
- Rersearch in the fields of industry, medical and mobile robots, controls and image processing.
- Software and hardware for mobile robots, embedded systems, autonomous agents and in-situ evaluation
- Reserved for
COLUMBIA UNIVERSITY
- Design and development of intelligent mobile robots - self-guided vehicles.
