In recent years due to technologicalinto the future, many on the development of technology such as artificial intelligence robot,
Sensing technologies are a major breakthrough in future generations of robots driventemporary. In the huge market demand . Read more »
Multiple cooperative and continuous service to provide the necessary intelligence to develop new technology. This technology allows multiple people and the environment is ASIMO, a series of multiple ASIMO can provide services to enable the coexistence of humans and the environment are a steppractical use.
ASIMO is depending on the movement of people step back and to let people, or just, including the movement of technology, intelligence, to receive instructions for carrying the tray and push trolleys to the work of intelligence and technology, To develop Moreover, ASIMO get low battery charge and the automatic also features the development.
ASIMO several of these functions, depending on the situation of working to divide the unity that is charging more to provide the service, such as ASIMO, ASIMO cooperation with each other and continuously work to achieve a comprehensive system. .
Several networking ASIMO can work ASIMO each state to share their ASIMO is the most efficient work-sharing ratio of the collaboration.
Honda take the opportunity in the development of the two-legged humanoid robot that can walk like humans. This Honda’s humanoid robots are small size, lightweight, and called Asimo (Advanced Step in Innovative Mobility), a robot revolution in the new era which robots have a style looks like a man when running.
One of the reasons Honda robot Asimo created in the past few years is to develop robots that can run itself, which help the human, as the practice of their use in the community. Research and development of robot Asimo began in 1996 with a prototype robot P2, and in 1997 in the format of P3 robot.
Asimo robots including the prototype of P3, which may be smooth and without a voice. With a high body Asimo about 120 cm eyes will be visible with the eye of the adults when adults sit in the chair. Asimo more lightweight than P3, the higher 40 cm and 87 kg more weight than the Asimo. With the weight of 43 kg, Asimo can operate household appliances, to reach the door knob, dance, and run the household tasks.
Asimo robot has a walk Advanced Technology which is able to estimate and control the movement in accordance with the direction of gravity, combined with the control that is already running, namely, technology iWalk (intelligent real-time, flexible walking). A combination of both technologies can change the direction of the fine, so it looks natural and stable as human beings. Operation of the robot using the method to Simple Operation, smoothing the way for the robots, control run which are flexible, and key operations (from the signal of movement and wave hands), which can be operated from portable workstation or control, which was installed in the hand. Expansion of distance movement Asimo can be done by adding a movement of shoulder angle around 20 degrees and high angle of about 15 degrees horizontally, the upper arm vertical movement of 105 degrees, far wider than the P3 robot.
The following are specifications of Asimo robot from Honda:
* Weight: 43kg
* Height: 1.200 mm
* Thickness: 440mm
* Length: 450mm
* Speed run: 0 – 1.6km / h
* Degrees of freedom movement of the head: 2 degrees
* Degrees freedom of movement of arms: 5 x 2 = 10 degrees
* Degrees of freedom of movement: 1 x 2 = 2 degrees
* Degrees of freedom footwork: 6 x 2 = 12 degrees
* Total freedom of movement degrees: 26 degrees
* Precursor robots: Servomotor + + Decelerator Harmonic Drive ECU
* Checker: walk / Operation Control ECU, ECU Wireless Transmission Sensor
* Sensor feet: 6-axis
* Sensor body: Gyroscope & Deceleration
* Source of energy: 38.4V/10AH (Ni-MN)
* Operation: Work Station & Portable Controller
* Excess robot Asimo:
o Small and lightweight
o walk Technology advanced
o a broad movement of arms
o Design a people-friendly
o How operation is easy
Asimo creates only a speed of three kilometers per hour .
Japan’s third largest car manufacturer now presented an improved version of its humanoid robot. Honda According to the first truly Asimo walking robot. However, the steps are still small, so that Asimo trippelt something and do not have a speed of three kilometers per hour hinauskommt. The real challenge in the development of a walking robot, according to Honda engineers is to ensure that the 1.30 Meter and 54 kilograms heavy Humanoid also the abandonment of ground holds equal weight. Because step over the short term, both legs in the air. The electronics giant Sony had a year ago also presented a robot, for a brief moment with both feet leave the ground. The movements of the so-called Qrio resembled more of a hop, which linked to the fact that the robot after Abfedern the necessary power to go forward kick of the leg is missing. Read more »
Multiple cooperative and continuous service to provide the necessary intelligence to develop new technology. This technology allows multiple people and the environment is ASIMO, a series of multiple ASIMO can provide services to enable the coexistence of humans and the environment are a steppractical use.
ASIMO is depending on the movement of people step back and to let people, or just, including the movement of technology, intelligence, to receive instructions for carrying the tray and push trolleys to the work of intelligence and technology, To develop Moreover, ASIMO get low battery charge and the automatic also features the development.
ASIMO several of these functions, depending on the situation of working to divide the unity that is charging more to provide the service, such as ASIMO, ASIMO cooperation with each other and continuously work to achieve a comprehensive system. . Read more »
Invitation to the opening ceremony of the Institute of Cognitive and robotics “, the presentation of the new generation ASIMO, and to subsequent press conference
On Wednesday, 10 October 2007, the Research Institute for Cognitive and robotics (Cor-Lab) at the University of Bielefeld. In addition, a research cooperation between the University of Bielefeld and the Honda Research Institute Europe Ltd. (HRI-EU) signed and the latest generation of robot ASIMO first time in Germany. The event will take place in the presence of Professor Dr. Andreas Pinkwart, Minister for Innovation, Science, Research and Technology of North Rhine-Westphalia, and Tomohiko Kawanabe, board member of Honda research and development. Honda has its long-term cooperation with scientists from the University of Bielefeld decisively expanded and provides the Cor-Lab as the only academic institution in Europe two robot ASIMO for research purposes. The Honda ASIMO is the latest zweibeinige humanoid robot in the world. In addition, the Japanese finance group at the CoR-Lab PhD positions in the framework of joint projects. Read more »
It seems that a team of researchers at the University of Plymouth are currently working on a robot baby to look humanoid named iCub (it looks like the robots seen in the movie I, Robot). At a height of 1m, experts in robotics will work on the iCub for the next four years, with assistance from experts of language development in order to learn the robot to think and talk. Some research also include experiments on the iCub, including the insertion of objects of different shapes in the corresponding holes located on a box, as well as stacking blocks of wood. I wonder what will happen the day when a robot will be more intelligent than us …
ApriPoco is a robot developed by Toshiba. From white and a height of 21cm, this little robot to look very nice you will relay the cupboard all your infrared remote controls so far allowed interreges you with your electronic devices! With ApriPoco, suffice it to its owner to learn gradually actions to achieve. In its learning phase you learn a word or phrase associated with an action while conducting it so that the robot can memorize. For example, you would say it “increases the volume of music” and at the same time you do this with your remote usual. Once ApriPoco the record he will not remain more than you state your phrase or keyword so that it handles the rest by contacting your electronic equipment. Read more »
You know these street artists who look to have more talent than those in the local art gallery? Well, now you can have your own portrait done by a robot, instead of relying on human talent, thanks to the efforts of the researcher Sylvain Calinon. The developed robot can recognize a face in his field of vision, taking a digital photo and extracting the main features of the face. Once algorithms are en route, the robot will operate automatically as a tracer curves X / Y, by increasing the details slowly but surely. Read more »
Although NASA spends most of its budget for space flight in human beings, there were many robotic missions. In 1962, the Mariner 2 mission was launched and became the first spacecraft to pass near another planet (Venus in this case). The missions Ranger, Surveyor and Lunar Orbiter was essential to discover the nature of the lunar surface before trying to send astronauts. After the two Viking probes landed on the surface of Mars and have returned color photos of Earth. Perhaps more impressive were the Pioneer and Voyager missions that have visited Jupiter, Saturn, Uranus and Neptune. Having lost the moon race, the USSR has changed its approach. On 17 July 1975, Apollo 18 spacecraft docked to the Soviet Soyuz 19, in the Apollo-Soyuz project. Although the Cold War has continued until the 1990’s it was an important moment in the history of NASA, and international collaboration that is commonplace today began with this mission. The first space station of the USA, Skylab, was built in the late 1970. Read more »