• ROBOTICS 21XX
  • ROBOTICS 21XX is the online show of manufacturers of industrial robots
  • H25AI, IT and Computer Vision

    • Technologies for the new generation information infrastructures based on Computer Vision, Robotics and Artificial Intelligence
    • Osaka University
    • A1
    • Virtual Stand
    • Adaptive Learning Image and Signal Analysis: Image processing, detection and classification of structures and objects in images.
    • The George Washington University
    • A3
    • Virtual Stand
    • Robotics and neuroscience research implementing models of cognition in robots of humanoid shape
    • Italian Institute of Technology  (IIT)
    • A4
    • Virtual Stand
    • Embodied life-like artificial systems, humanoids, biological artificial systems, man-machine interaction, imitation learning
    • University of Genoa
    • A5
    • Virtual Stand
    • Foster intelligence in all its facets by promoting excellence in basic research, education, and society at large.
    • University of Zurich - AI Lab
    • A7
    • Virtual Stand
    • Developing the principles, techniques, and technologies for personal robots
    • MIT Media Lab
    • C1
    • Virtual Stand
    • Our research interests are in the area of Robot Locomotion and Manipulation, Kinematics and Mechanisms, and Autonomous Systems.
    • Virginia Tech
    • C3
    • Virtual Stand
    • ROBO GARAGE creates, designs, and invents unique and original humanoids for Exhibitions and even TV commercials...
    • ROBO GARAGE Co.,Ltd.
    • C5
    • Virtual Stand
    • Our research focuses on the interfaces between robots and biological systems.
    • KOREA UNIVERSITY OF TECHNOLOGY
    • C6
    • Virtual Stand
    • The Active Vision Group advances knowledge in computational vision in the areas of detection and tracking of moving objects...
    • University of Oxford
    • C7
    • Virtual Stand
    • Object, Activity and Interaction Recognition, Human-Robot Interaction, Machine Perception and Learning
    • National Taiwan University
    • E1
    • Virtual Stand
    • mechatronic design of robotic and automation systems, fault tolerance to mechanical systems, fault-tolerant design...
    • Florida International University, Miami
    • E3
    • Virtual Stand
    • The main focus is on the study of humanoid robots and articulated robotic hands.
    • King Mongkut's University of Technology
    • E4
    • Virtual Stand
    • Our research ranges from mechanical principles to novel fabrication techniques to system integration of autonomous millirobots.
    • UC Berkeley
    • E5
    • Virtual Stand
    • Centre for Robotics and Intelligent Systems - School of Computing, Communications and Electronics
    • University of Plymouth, UK
    • E6
    • Virtual Stand
    • Interaction, tele-operation, learning by example, emotion technology, advance image processing, Robot Interface to Cyberspace
    • Technical University of Kosice
    • E7
    • Virtual Stand
    • Researchers working at AIRLab have always followed and leaded the evolution of AI and Robotics.
    • Politecnico di Milano
    • E8
    • Virtual Stand
    • Fundamental research in robotics, vision, perception, control, automation and learning
    • University of Pennsylvania
    • G1
    • Virtual Stand
    • The humanoid robot developed as part of the EU project RobotCub and subsequently adopted by more than 20 laboratories worldwide
    • iCub.org
    • G3
    • Virtual Stand
    • Karlsruhe Institute of Technology - KIT
    • G5
    • Virtual Stand
    • doing research on all types of autonomous mobile robots, including intelligent driving and walking robots, AUVs, and UAVs
    • The University of Western Australia
    • G7
    • Virtual Stand
    • 3D models, Object recognition. Human-computer interfaces. Visual tracking and localisation. Visually guided robotics.
    • University of Cambridge
    • I1
    • Virtual Stand
    • The Computational Learning & Motor Control Lab Research in the areas of neural computation for sensorimotor control and learning.
    • University of Southern California
    • I2
    • Virtual Stand
    • The CIRG - Cybernetic intelligence is the study of intelligence and its application.
    • University of Reading
    • I3
    • Virtual Stand
    • CVRL is a research facility specializing in the theoretical and applied research in computer vision and robotics.
    • University of Illinois at Chicago
    • I5
    • Virtual Stand
    • strives to realize robots and autonomous systems that are effective collaborators for pursuing human endeavors
    • Brown University
    • I7
    • Virtual Stand
    • LRP studies experimental platforms include sensor networks, mobile manipulators, and integrated bimanual humanoids.
    • University of Massachussetts
    • K1
    • Virtual Stand
    • Autonomous service & social robots, human-robot interaction, cognitive architectures, neurorobotic & motor neuroprosthetic systems
    • University Carlos III of Madrid
    • K3
    • Virtual Stand
    • Our objective is to research into the foundations, representations and applications of intelligent systems
    • University of Hamburg
    • K4
    • Virtual Stand
    • SRL is dedicated in research and development in making social robots ubiquitous parts of our day to day lives.
    • National University of Singapore
    • K5
    • Virtual Stand
    • Artificial Vision, Intelligent Systems, Sensor Data Fusion, Pattern Recognition
    • Democritus University of Thrace
    • K7
    • Virtual Stand
    • RoboLab conducts research in Autonomous Robots, Social Robotics and Computer Vision
    • University of Extremadura
    • M1
    • Virtual Stand
    • Intelligent robots (construction, control and training) and artificial intelligence.
    • Michigan State University
    • M3
    • Virtual Stand
    • The Robot Autonomy and Interactive Learning research group focuses on the development of interactive robotic and software systems
    • Worcester Polytechnic Institute - RAIL
    • M5
    • Virtual Stand
    • Personal Robotics Lab researches fundamental problems in robotics, in order to enable personal robots to perform challenging tasks
    • Cornell University
    • M6
    • Virtual Stand
    • We focus on basic research that leads to fundamental new concepts that can be demonstrated on real robot or sensor networks.
    • University of Tennessee
    • M7
    • Virtual Stand
    • ASL, a laboratory consisting of the Center of Product Design / ETH Zurich and the Autonomous System Lab / ETH Lausanne.
    • Swiss Fed Institute of Tech ZŘrich ETH
    • O1
    • Virtual Stand
    • UniversitÚ Libre de Bruxelles (ULB)
    • O3
    • Virtual Stand
    • Looking at self-organization and evolutionary phenomena. Modular Robotics and Self Assembly...
    • Cornell University
    • O5
    • Virtual Stand
    • Developing Albots providing significant insights into how humans and animals compute representations of their spatial environments
    • Auckland University of Technology
    • O7
    • Virtual Stand
    • Research conducted at the Lab is divided into three areas: Automated Surveillance, Augmented Reality, Robotics
    • Fordham University, New York
    • O8
    • Virtual Stand
    • specialized on telerobotics and models and algorithms for controlling the motion of robots using geometrical sensors
    • Luleň University of Technology
    • Q1
    • Virtual Stand
    • Design and development of intelligent mobile robots - self-guided vehicles.
    • Czech Technical University
    • Q2
    • Virtual Stand
    • Mobile Multirobot Systems, Mobile Robots, Underwater Robotics...
    • University of Cassino
    • Q3
    • Virtual Stand
    • Investigating machine intelligence based on mechanics and its related technologies
    • Ritsumeikan University
    • Q5
    • Virtual Stand
    • Development of theoretical and technological solutions on the particular area of autonomous systems
    • Mobile Robotics Lab
    • Q7
    • Virtual Stand
    • Our main research interest in AI is understanding how we can best create complete intelligent agents.
    • The University of Texas at Austin
    • S1
    • Virtual Stand
    • Analog Computation, Choreography of Dynamical Systems, Control of Quantum Systems, Pattern Generation, Robotic Manipulation
    • Harvard University - HRL
    • S2
    • Virtual Stand
    • The SAUVIM project is about a Semi-Autonomous Underwater Vehicle for Intervention Missions
    • University of Hawaii at Manoa
    • S3
    • Virtual Stand
    • Computer Graphics, Computer Vision, Robotics, Sensor Networks
    • University of Ontario Institute of Tech.
    • S5
    • Virtual Stand
    • The world's first Arabic-speaking Humanoid Robot and Facebots - Robots entering in relationship with humans via Facebook
    • United Arab Emirates University
    • S7
    • Virtual Stand
    • Our pupose is to develop a high-speed and high-performance robot system beyond human.
    • Chiba University
    • U1
    • Virtual Stand
    • We apply artificial intelligence methods to various types of real robots: mobile robots, manipulating robots, and humanoid robots
    • IDSIA
    • U2
    • Virtual Stand
    • Drawing Robot, Mechancial Rider, Talking Robot, Spherical Motor, Compressive Sampling
    • The Chinese University of Hong Kong
    • U3
    • Virtual Stand
    • My research group persues a model-driven approach to explore visual perception and cognition.
    • Chemnitz University of Technology
    • U4
    • Virtual Stand
    • The URI Mechatronics Laboratory
    • The University of Rhode Island
    • U5
    • Virtual Stand
    • The research activity focuses mainly on the perceptual inference processes a cognitive robotics system should be able to activate
    • Sapienza UniversitÓ di Roma
    • U7
    • Virtual Stand
    • Opto offers various compact imaging modules for system integrators and machine manufacturers. The high-resolution optical-illumination-camera-electronic solutions are ideal for use in measuring machines, testing devices, roundness testing machines or directly in the production line.
    • W1
    • Virtual Stand
    • e-con Systems is a pioneer in OEM Cameras and Computer-on-Module products. Cameras include standalone MIPI camera modules, USB cameras and stereo cameras. System on Modules include SOMs based on NXP, Texas Instruments & NVIDIA ARM processors.
    • W3
    • Virtual Stand