Held from January 22-23, the SRG 2014 brings together robot enthusiasts from around the world to compete in 16 unique games. Since it debuted in 1998, the SRG has been an exciting forum to showcase advancements in the field of robotics and automation.
The Active Structures Laboratory of the Université Libre de Bruxelles specializes in such areas as walking machines and micro and mini robots. Some of their projects are being used in robotics facilities and space explorations. Projects the laboratory…
The Biomimetic Underwater Robot Program at Northeastern University specializes in biomimetic robots, autonomous underwater robots and biomimetic neurotechnology. So far they have created a lamprey-like robot designed for remote sensing operations in water…
CAS is KTH’s premier mobile robot systems research center. This facility’s research includes various robotics, computer vision, and machine learning and control. Recent studies included close-contact robot manipulation and computer animation in a project…
SAIL is the AI research lab at Stanford University. Their mission is to change how we perceive we understand the world. The lab is in the Gates Computer Science Department and is home to over 100 people and more than 30 robots. They have contributed to…
RESY is a prominent robotics lab in Germany, where researchers study ways to prevent harm to humans and robots coexisting in dangerous environments. Using lectures, tutorials, internships and various projects, RESY helps to advance the development of…
Hirosaki University in Japan offers plenty of opportunities for those who want to study robotics. Their School of Science and Technology has a course on Intelligent Machines and System Engineering. This course teaches Vision-based Robot control and micromachine…
From this modest start in 1950, IIT Kharagpur has been engaged in a steady process of development with about 18 academic departments, five centers of excellence. The vast tree-laden campus, spreading over 2100 acres has a self contained township of over…
The Instituto de Automatica Industrial (IAI) serves as an important Research Center in the field of robotics. Associated with the CSIC (Consejo Superior de Investigaciones Científicas), it aims at carrying out R&D for the evaluation, development and synthesis…
The ISLA works on solutions to a wide variety of robotic issues. This group carries out both teaching and research in cooperative robotics. Along with the Vrije Universiteit Amsterdam, they created the “A Framework”, which was used to maintain a shared…
The University of Florida’s MIL is home to the SubjuGator, an underwater unmanned vehicle and three-time AUVSI/ONR underwater contest champion. The lab’s primary focus is on such robotics issues as real-time computer vision, robotics kinematics and autonomous…
The Motion Control Association (MCA) is a global not-for-profit trade group dedicated to promoting the understanding and use of motion control technologies and developing business opportunities for mechanical and electronic (mechatronics) motion control…
The University of St Andrews has an interdisciplinary research centre (OSC) that aims at advancing semiconductor devices and materials towards applications in the electronics, semi-conductor and optoelectronics industries.
The University of Electro-Communication (UEC) is one of the premiere universities in the Japan. The university is also equipped with various labs and research facilities that mostly involve the study of information technology, robotics and artificial…
Formerly known as the Hatfield Technical College, the University of Hertfordshire is a British new university that is located in Hatfield. The university’s Adaptive Systems Research Group was instrumental in the creation and development of a unique robot…
The Unmanned Aircraft Research at Sydney University brings academics and students together to conduct research in such fields as Decentralized Navigation and Control of Autonomous Flight Vehicles. It is the country’s largest and most active group of robotic…
The Vision and Robotics Research at the University of Rochester was a recipient of NASA’s prestigious “Cool Robot of the Week” award. The lab focuses on techniques that require little or no calibration, making them suitable to use in natural everyday…
The EveR-2 has several improvements over the EveR-1. It has three cameras for better vision, improved speech recognition, and can express more emotions than its predecessor.
The android robot EveR-3 has been quite the star in South Korea, appearing in several dramas. This lifelike robot has 16 facial expressions and can speak Korean and English.
University of UAE created an interactive robot called Sarah the Facebot. It can connect to Facebook, retrieve statuses and information, and interact with people using shared memories.
Shenyan Siasun Robot & Automation Co. Ltd. developed a household robot called Family Nanny Robot. It can detect fire and gas, can call owner, and can interact with humans.
Delft Biorobotics Lab. developed a biped humanoid robot called Flame. It has advanced actuators, can walk sideways, and can handle an 8-millimeter step-down disturbance.
Fujitsu Teddy Bear is an adorable toy robot capable of 300 different movements. It comes with a USB port connector for a PC connection and easy customization. A high-resolution camera mounted on its nose allows it to detect people nearby. Fujitsu Teddy…
Tsukuba University developed twin robots called Gemini. These museum guide robots speak to each other instead of giving sequenced storyline to visitors for each museum exhibits.
The Korean company Dasatech developed a dog robot called Genibo. It is a security robot, and has a loud barking voice, a snout-mounted camera and blue LED eyes.
Hadaly-2 was developed to move toward a world where humans and robots coexist peacefully. It is designed to respond to stimuli as though it was human. Hadaly-2 can react to the intensity of light, pick up objects and do handshakes, and engage in interesting…
Hai Bao robot is a service robot capable of conversing in 6 different dialects. It was created to greet visitors at the Shanghai World Expo 2010; shaking hands, talking, and taking pictures with them. Thirty-seven of these smart robots were used at the…
HERO-1 has been around since the early 80’s. It is an excellent teaching tool and robot lab. This educational robot can detect light, sound and movement and maneuvers easily.
HIRO is a Japanese-developed, humanoid robot. This interactive robot can pass for human when wearing synthetic skin. HIRO is being used in the development of future robotics.
Fujitsu developed the third platform in the HOAP series called HOAP 3. It has an astounding range of state-of-the art features, and runs on RT-Linux and Intel Pentium M processor.
The 6th generation of Dr Robot's android series, HR 6 can recognize faces, obey voice commands, read emails and do online research. It also sings, dances and tells jokes.
KAIST developed the third robot in the HUBO series called HUBO KHR-3. It is a prototype humanoid which can play rock-paper-scissors because of independent motion of its fingers.
RoboTech SRL, an Italian robotic firm, created I-Droid. It is a programmable humanoid and can follow voice commands. It is mainly intended for educational and entertainment purposes.
Hideki Kozima of NICT developed a child-like humanoid called Infanoid. It moves its lips as per the sound produced by speech synthesizer and moves eyebrows for facial expressions.
Cognitive Robotics Laboratory in Vanderbilt University built ISAC. It is a humanoid and has pneumatically powered arms. It memorizes information and can display various complex behaviours.
Humanoid Robotics Institute developed the interactive Systems for Humanoid Agent robot to harmonize machine and human environments naturally, intuitively and seamlessly.
Nippon Engineering College of Japan created KARFE, a humanoid robot which has interactive capabilities that enable it to function as a guard and even take care of children.
Karotz is a social media robot designed to make using social media easy and fun. It uses voice recognition to allow you to reply to social messages. Karotz can be an alarm clock and check weather and traffic through its WiFi connection. It has facial…
The Kismet is a robot created in 1997 by the robotics experts at MIT. It was designed to participate in human social interaction by having simulated human emotion and appearance. Since the robot's release, its replica was part of a traveling exhibit called…
Zurich University of the Arts in Switzerland developed the Kompott, a prototype robotic machine. Made for the elderly who have weakened senses, it helps them to stay connected to friends and family by displaying virtual content such as emails with its…
Loki is a hobby robot named after the Norse god of Mischief. It can move with its wheels and is capable of grasping objects. Loki has an impressive list of components, including 2 Logitech Notebook Pro webcams and a Mark III controller board. It can speak,…
M3 Synchy stands for synchronized communication. This humanoid robot was developed to help scientists understand verbal and non-verbal communication. It has 17 degrees of freedom and is equipped with a CCD camera and 15 LEDs. M3 Synchy also has software…
Mini-Me is a Japanese robot which is fabricated with the owner's appearance and can process speech. It can talk, read RSS feeds, make VoIP calls and read the weather.
Synpet developed an intelligent humanoid called Newton which can help people in schools, homes and offices. It can walk, talk, play games, handle calls, teach and play music.
The Papero Mini robot is only 9.84 inches tall. It has a wide-angle camera which gives it a 180-degree view. This tiny robot has a ARM 9192 CPU and DSP processor, which makes it more advanced than Papero. It also has speech recognition and synthesis.
The Presenter Type 2 robot talks and moves like a real human presenter. It shows promotional videos and makes presentations about Tamanoi Vinegar’s products.
ALSOK developed a security robot called Reborg-Q. This automatically programmable robot can guard an area; detect leaks, fires and smoke; and can tell current time and weather.
Bart Everett developed a wheeled security robot called Robart I. It patrols an area and checks for fire, smoke, break-ins, etc. It can avoid obstacles and respond to impacts.
WowWee’s Roborover is an interactive robot buddy children and collectors will love. It can explore with you day or night, and has more personality the more you play with it.
EPFL developed humanoids called Robota Dolls which interact with humans using speech, vision and body imitation. They are used for behavioral studies on autistic children.
The ROPID robot by Robo Garage can walk, run, and jump with impressive speed. It can also talk and respond to voice commands, and has big anime eyes and a cute mouth.
The RPC-S1 is a small research platform robot with object recognition. This cute, tiny robot can move its eyes independently of its body. It also has voice recognition.
Tokyo University of Science developed a teacher robot called Saya. It can express emotions like humans, talk in several languages, give tasks to students and do roll calls.
Sony's Dream robot, also known as SDR-3X, is a legged robot that can perform simple movements. It can walk, get up on its own, dance and perform many other actions.
Sony developed SDR-4X as a part of the SDR series. It has 24 synchronized joints; can walk, balance on one leg, get up, kick a ball, dance; and recognize image and sound.
SIG is a humanoid created to help developers study the link between integrated perceptual data and the control of degrees of freedom. Auditory and visual processing abilities are under the TCP/IP network. SIG's tracking system is in real time and uses…
The Swiss company Macroswiss developed a spy robot called Spybot. It can traverse any terrain, carry heavy weights, and can detect, recognize and identify people and bombs.
The National Taiwan University of Science and Technology developed two humanoids called Thomas and Janet. They have silicon facial muscles and can kiss each other realistically.
Michiko Shoji developed a virtual reality called U-Tsu-Shi-O-Mi. A 3D image, synchronized with robot’s motion, is plotted on a green screen that lets the user touch and feel it.
