About robots, robot development
and those who make it happen
  • National Instruments

    National Instruments was founded in 1976. Operating world-wide, the first products released by company were interface cards that connected instruments to standard office computers.

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  • UT Austin

    UT Austin recently ranked 13th among public universities. This major center for academic research has many fields of study, including engineering and robotics. In 2012, a team of computer scientists from UT Austin went home with the division championship…

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  • Maritime RobotX Challenge (RobotX)

    The Maritime RobotX Challenge is the newest AUVSI robotics challenge in which students, using a standard maritime platform, will be required to complete a course based on a variety of maritime surface vehicle missions. The Maritime RobotX Challenge will…

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  • BART LAB

    BART LAB, Center for Biomedical and Robotics Technology is a collaborative engineering/medical research center for computer integrated surgical technology and medical robotics. It wants to improve the partnership between machines and humans to help them…

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  • Drexel U.

    Drexel University is America’s 14th largest institution, with more than 23,500 enrollees. It is the leader in educational technology in Philadelphia. The university is home to the HUBO robots created by the Korean Advance Institute of Science and Technology;…

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  • Helsinki U. of Tech.

    The ATL at Helsinki University of Technology is a top-caliber research and teaching facility in the field of automation technology and robotics. Several groups have formed under the lab, including the GIM. This group has created many robots, including…

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  • Robotics Lab.

    The Laval University Robotics Laboratory pioneers research in the study of parallel mechanisms and articulated robotic hands. They have made numerous partnerships with other labs as well as government agencies, including the Canadian Space Agency. One…

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  • Robotics & Process Control

    The University of Kaiserslautern’s Robotics and Process Research Group worked on the development and creation of autonomous mobile robots. The Group disbanded in 2001, but played a significant role in a number of robotics projects before it ceased to…

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  • Vision-based Robot Localization

    The University of Auckland’s Vision-based Robot Localization is a robotics lab that focuses on real-time image processing, the use of vision in robotics, and biologically-inspired processes. The lab’s director, Mr. David Yuen, has presented research papers…

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  • RoboCup Soccer

    RoboCup Soccer is part of the RoboCup Federation which is an international organization that promotes and stimulate robotics technology worldwide by organizing competitions. The objective of RoboCup Soccer is to have a team of autonomous robots that…

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  • RoboEarth

    RoboEarth is a project involving European universities and companies like TU Eindhoven and Phillips. The goal is to pave the way for rapid advances in machine cognition and behavior, by developing a world wide web for robots so they can share and learn…

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  • Robot Techniek Lab Flevoland

    The Robot Techniek Lab is a Dutch robotics project designed to develop children's interest in robotics. They hope to increase the amount of students choosing a technical study by 30%. They will create an advanced robotics center to help achieve this goal.

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  • ACE

    The city exploring robot ACE travels through the streets of Munich mingling with people. It has laser sensors that enable it to move safely through streets. ACE makes a topographical map as it travels and uses hand gestures and speech to interact. Its…

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  • Bender HP

    Universidad de Chile developed a humanoid robot called Bender HP. It can detect human presence by thermal sensor, can detect objects in 3D and has improved communication skills.

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  • Hydrobot

    Hydrobot, a surveillance robot, is buit by Macroswiss for spying purposes. It is remote-controlled and comes in the form of a seagull or duck for different aquatic environments.

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  • Jibo

    JIBO is a humanized, highly interactive robot that, will have a range of capabilities making it the perfect helper and companion around the house. It is being developed by a team led by Cynthia Breazeal, an MIT professor and pioneer in the field of social…

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  • Marge

    University of Oxford developed the Marge, a prototype robot for literate artificial intelligence. It contains OCR software, a dictionary and a spellchecker enabling it to scan and read texts.

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  • Mr. SemProM

    Mr. SemProM is a 1.75m humanoid whose modifiable gripper-equipped arms and multiple cameras (including wrist cameras for fine manipulations) allow it to carry objects.

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  • NICO

    Yale University scientists developed NICO which is an upper-torso humanoid robot. It mimics movement of an infant, recognizes people and helps to diagnose autism in children.

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  • Pearl

    University of Pittsburgh and the Carnegie Mellon University developed the Pearl nurse robot. It is a personal and social robot which helps the elderly go about their daily routines.

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  • REEM

    Developed by Pal Robotics, REEM-C is a robotic platform that is created to use and implement algorithms easily. Aimed at research and academic users, REEM-C integrates the best expertise in robust platforms and biped robots to enable the development of…

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  • REETI

    Robopec's Reeti is a fully customizable robot capable of many functions. It can connect to the Internet so you can access social media and email. This PC-bot can help teachers who need better ways to teach students. It has a user-friendly interface and…

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  • Tux Droid

    Kyosh Robotics created Tux Droid, a wireless tux robot with a programmable interface. This mascot combines entertainment and programming by allowing users to hack its firmware and write programs for it. It converts text to speech and is available in 11…

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  • Wabian

    Developed by Waseda University, the Wabian R-II is a bipedal prototype robot. It is the predecessor of Wabian 2. The Wabian R-II is capable of measuring ground reaction forces through torque sensors on its ankles. It has 43 degrees of freedom and voice…

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  • WF

    Waseda University's WF-4R is a major improvement over the WF-3RIX. This anthropomorphic flutist robot now has 38 degrees of freedom. The range of motion increased in the neck and arms and the vibrato mechanism is smaller. The fingers are link mechanisms…

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  • WF

    WF-4RII is the successor to Waseda University's WF-4R. This flutist robot uses MIDI accompaniment data to perform and collaborates with human partners. Two CCD cameras in the eye system allow it to interact with the audience and the eyebrow moves depending…

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