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This robot can learn how to make realistic human facial expressions. Called as Einstein, this robot creates asymmetric random facial movements to explore face while the computer measures the expression and then has learned expression output. This unique robot head has about 30 facial muscles, each moved by a tiny servo motor connected to the muscle by a string. In the future, researcher from University of California San Diego, Jacobs School of e…
Related to the Geminoid F, this robot is the previous robot by Hiroshi Ishiguro before the Geminoid F. This robot designed by the professor in Osaka University at ATR Intelligent Robotics and Communication Laboratories and typically included into a remote controlled droid. This Geminoid ability is in capture, revive, and transmit the human facial expression. Even only in simple manner this robot can reach the artificial intelligent technology….
This robot has been shown in the Museum in Madrid, the Reina Sofia. This robot has made a goal in facial expression. Just like human being it has the expression on its face. This robot manufacturer specially produces human like robot. Alice is one of the Hanson Robotics robots. With software they have they bring smart expression robot into life. Alice face has a psychological face to communication. It can be used to such application with famil…
This is the Geminoid F, the female android. This robot published by Hiroshi Ishiguro a roboticist in Osaka University and ATR. This robot populated a lot of interest. ATR Intelligent Robotics and Communication Laboratories works together with Kokoro Company in making this robot. Hiroshi Ishiguro made this robot after his last Geminoid HI-1. Geminod F special ability is in mimicking the human facial expression. This works is controlled by the i…
RA or the Robotic Agent is a new system developed by Nissan that is part of their electric vehicle concept Pivo 2. This RS is working by detecting the driver mind by monitoring their facial expressions and voice patters. His work is encouraging the driver to get to their positive mental level with the basic information of driver’s facial expression and voice patterns. According to the study held by Nissan that happy driver will be a safer driv…
…ention. Easily you can guest that the robot’s name came from the Leonardo DaVinci. Leonardo has 69 degrees of freedom but these degrees of freedom are not for move its legs. The freedom of degree used to make the human facial expression. This living creature looks robot has a facial recognition system, and this system will works as Leonardo interact with the society. [youtube PjfD6oD8QE0]…
This is the teacher of English for your children in school, SAYA. The humanoid robot that can smile but will not replace the real teacher. Her rubber skin can make the basic expression just like what teacher or we can do. She can show her happiness, anger, surprise, fear, sadness, and disgust. That expression can be real with the help of motors around her eyes and mouth of course. Professor Kobayashi of the Tokyo University of Science is the c…
…help the study on human robot interaction. It wasn’t Scharfe who built the robot but the Japanese company using its Geminoid-F platform, a series of servo motor used on this Geminod robot to create remarkable life-like facial expressions. Not only looks like Scharfe, the robot could also make various facial expressions like Scharfe. But still human eyes could notice which one is the real living thing. This life-like robot also marked Aalborg as t…
Teddy bear will not only girls friend now, The Fujitsu Research Institute developed a teddy bear robot that is used for therapy purposed. As its plan the robot will fill the hospitals and schools as the main target. This robot that has been shown up in Tokyo exhibition is able in recognizing and responding to people facial expression. To make these ability sensors were put on this robot as well as camera on its nose. While for the ability in …
This is one of the creepy or just awesome robot, the Leonardo3 by Leonardo da Vinci.With the help in Stan Winston Studio now this robot can make facial expression and complex gesture. This robot can grab thing with it hands. This robot also can make some voice to scare you off. The design of this robot taken from note that is find in 1950s. This robot may be ever made in da Vinci times or may be not. This robot was finished just like what da V…
Rugbot this robot is given a name by the Jacob University. Rugbot that the name comes from rugged robot is a robot that, as you can guess by its name, used for open terrain operation. This robot is very responsive and fast to move in hard terrain with its small size. The support that used to build this robot is CubeSystem. CubeSystem is a collection of hardware and software parts that support robot to move fast. Rugbot has a lightweight body with weight around 35kg. Equipped with an active flipper mechanism Rugbot easily enable to move in stairs or rubble piles.
HOAP is a research platform robot that opened for any custom robot project. This 48cm tall and 6kg weight robot is made in order to be platform robotic for universities and business researches. Much parts and programs on this robot is made in order to be customized by the next researchers. With the occurrence of HOAP, Fujitsu hopes this robot presence will allow the freely of robot development. The first HOAP-1 robot was sold on the September of 2001.
This is the pocket watch named Classic Robot Style Compass Antique Pocket Watch. Antique is only a name taken from the way this watch finished in traditional style of metal. The unique part is that even this watch comes in traditional style of pocket watch it has modern compass to show the owner direction. This pocket watch could be the best gift for someone with two features in a package and wrapped in traditional style.
Standing in 1.600mm and weighed of 130kg P3 (Prototype Model 3) had a “more human” look than the P1 and P2. In P3 the system control used has been decentralized. The material used for the component has been changed in order to resize the body and reducing the weight of this robot. All the changing has been succeed in making this robot smaller than the previous prototype. This succeeds made P3 fit enough to be used in human environment.
This following picture shows how a robot rides on the VW Crafter. Perhaps this ad more showing on the Transformer robot idea than the VW itself for some people but it’s a cool idea of having strong VW pickup that could load even the heavyweight boxes!
Here is one of the prosthetic products from Touch Bionics, i-limb ultra. I-limb ultra is a special designed prosthetic hand for those who want something more natural with their prosthesis. I-limb ultra works and looks naturally than any powered prosthetic hand in market. This high-tech prosthesis has independent natural joints in each finger. These natural joints allow i-limb ultra to greatly familiarize itself with the shape of object that is grasped by user. Moreover, i-limb ultra becomes more versatile by providing user with ability of customable prosthesis for daily activities. To support this versatile feature Touch Bionics uses unique biosim software in this hand. Many automated selections are available within i-limb ultra. For example user could choose precision pinch mode to grip small object like dice (see the image bellow). Another mode that user could choose is automated grips and gestures.
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