Output from the Meccano robot named Spyke robot is controlled via wireless technology (WiFi).
Means you can control it wherever you like as long as there is Wi-Fi networks around the robot.
This robot has organized a video camera, microphone and 2 speakers in it. So named by Spyke because this robot can be assigned to spy on your enemies. There is a camera that can detect motion so that if thieves come to your house so he can Spyke Alarm sounds or even send pictures of the thief via e-mail.
What else is less than Spyke?
Oh yes, he can also function as an MP3 player loh!
If you want, you can get it at a price of about Rp. 4.000.000, - 2. Fuzzy Systems Technology
Applications that use fuzzy logic system is often considered or called as a fuzzy controller (fuzzy control). Yet besides the fuzzy controllers have a variety of theories used in applications such as classification of fuzzy fuzzy (fuzzy clasification) and diagnosis fuzzy (fuzzy diagnosis). This paper will present the problem in fuzzy technology and the difference between the fuzzy controller with fuzzy classification and fuzzy diagnosis. 3. Japanese Humanoid Robot Technology
Japanese robotic technology stories no endless. After success with agile robots that danced and walked, Japan back with a new breakthrough. Country of the Rising Sun was carrying a humanoid robot (like humans) that can serve tea and wash the glass.
Not satisfied with the robots that are able to serve tea, Japan is also developing robots that learn from mistakes. Tomomasa Sato, a professor of humanoid robots continue to perform experiments. In one scenario, this professor put two robots at a guest room. Then Professor Tomomasa Sato stretched on a couch and turn on the reading lamp. Tomomasa Sato then raised his hand to call a robot, named HRP-2W. This robot is equipped with an apron and kitchen gloves. Robots that respond and respond and ask the professor wishes Sato.
HRP-2W doing what is wanted by Professor Sato. HRP-2W into the kitchen, then picked up a plastic bottle containing the test and poured into a glass. Then the robot is designed with two legs to the professor presents Sato. Humanonid Roobot is dedicated to facilitate the needs of humans.
4. Football Robot Technology
Two German companies introduce new models as well as robotic reconnaissance and bomb squad. New technology efforts in the World Cup security system.
Organizers are constantly seeking ways to ensure World Cup security. Also the best security technology for that great event. Includes anti-bomb robot. Two German companies, Robowatch and Diehl, has recently launched a another robot, which will be a reconnaissance and bomb squad as well.
38 Kilogram weighing machine that will help the fire brigade, police and special forces, in addressing the field situation, in case of terrorist attack.
Robot equipped with an electronic trace detection and miniature cameras that can explore the room, found the bomb and sends the necessary data to the security forces. Asendro, the name of the robot, looking like miniature tanks and a little larger than the vacuum cleaner. Asendro can crawl quickly on the wooden floor, spun around and stretched out his arm equipped with a camera.
In addition, Asendro can also climb stairs or mowing the axis of explosives. Various types of cameras are installed the robot body, able to send pictures in a distance of 2 kilometers for 2 to 4 hours. According Robowatch and Diehl, a robot that is worth 55,000 to 200,000 thousand Euros, or 600 million to 2 billion rupiah was designed with small and agile, and more fast and flexible than other similar models.
Previously, Robowatch produce other robots for the World Cup. Namely Ofro Detect, which was launched 10 months ago, along with other models in the Berlin Olympia stadium. In the final match in Berlin, July 9, 2006, was planned at least 20 robots will guard the fence around the stadium and parking lots.
5. Asimo Robot Technology
It was difficult to separate the Japanese with a robot. We will recall with a number of anime robots which are well known to almost all the world like astroboy Doraemon, Gundam and the like. If once we could only see it on screen tv robot2, now we can touch and see directly robot2 such action. The development of robotics in Japan made progress in the last 30 years. Electronic delivery Perusahaan2 various robots race with all its privileges. Call it the Sony AIBO robot dogs, with the Honda Asimo robot 2 feet of her, or Toyota with a robot trumpet blower. In addition universitas2 badan2 research in Japan and also harder to do research on this robot. It is characterized by diverse robot2 born of university research done in Japan. The Japanese government is also aggressively assist and support both in terms of funding and facilities for the advancement of robot ninja in this country. Hal2 see above, no wonder the Japanese managed to poke, and matching the achievements negara2 west as America and Germany in the progress of robotic research. 6. Dancing Robot Technology
Robot dancing (cvl.iis.u-tokyo.ac.jp)
TOKYO - In Japan, robots are quite rapid progress. Starting from a robot maid robot replacement to the doctor. Now, a robot that can dance is present.
Scientists from the University of Tokyo has succeeded in creating a robot that could follow the movements of human dancers. Yes, a robot that can dance like a human.
Making bipedal robot HRP-2 that can dance is initiated by Shin'ichiro Nakaoka and assisted by colleagues from the University of Tokyo. The technology used is motion capture technology, so that someone can dance movements recorded and immediately followed by the robot.
Although the robot's ability to say no doubt, but there are some things that become problems. That is to program the robot to still be able to follow the movements of a difficult but with a balance that is still good.
As reported by Vnunet and quoted, Saturday (11/8/2007), soon, the world will be watching the robot dance ballet 'Swan Lake'. However, according to scientists, these robots can not do ballet that often follow the jump and let both his legs in the air several times.
Until now, the robot has been demonstrated, and danced the traditional dances of Japan, 'Aizu-Bandaisan' which uses a lot of body movement than the leg. 7. Robot Technology Runbot
Runbot (Woergoetter et al.)
Jakarta - Scientists in Germany managed to find a way to make robots walk like humans. Not just similar, this robot can walk faster than similar existing robots.
The robot named Runbot, a small two-legged robot that can move sejarak three times the length of his legs in one second. This is only slightly slower than human speed when running fast.
This robot uses the theory of 'brain-knee' was first proposed by Nikolai Bernstein in the 1930s. The theory essentially suggests that the human brain (which is in the head) is not merely to process how to walk.
Brain, Bernstein said, it only works when running from one surface to another surface, such as from the floor onto the grass, or when the surface was not smooth. Moreover, the ability to walk is handled by the 'brains' alias nerves in the spine and legs, including the knee.
By applying the theory, Professor Florentin Woergoetter and a team from the University of Gottingen, Germany, succeeded in making Runbot. Woergoetter team includes scientists from various backgrounds, including Poramate Manoonpong, Tao Geng, Tomas Kulvicius and Bernd Porr. 8. Humanoid Robot Technology World's smallest humanoid robot
Development of the world's more advanced robots. One type is the most intensely developed a humanoid robot. They began to "blend in" with the human environment. There is a receptionist, nurse, or personal assistant. But, some of them still at large. If the small size? Maybe new GeStream can make.
Not only are small, the robot's creators claimed as the smallest in the world. Before this, the record holder is the smallest robot i-SOBOT. Takara Tomy robot has an artificial height 16.5 cm. He was awarded the Guinness World Record as the world's smallest robot.
Meanwhile, the robot has artificial GeStream 15 cm tall, weighing 250 grams. The tiny robot also has multiple capabilities. He was able to do 65,536 human like movements. Other movements that can be done is push-ups, soccer, Japanese-style salute, and dancing.
"This will be the smallest robots, lightweight, and economical in the world," said Chang Ho Yu, general manager of GeStream Technology Inc..
When the robot fell flat, he can pick ourselves up. After that, walk straight to the "feet". Ability of the robot is planned still added some features. For example, voice control and a variety of shapes and colors. The majority of the author consists of metal.
There is no certainty when the robot on the market. Reportedly, he will be sold in component form that must be assembled by the consumer. Estimated price of USD 185 or about USD 1.73 million and EUR 200 or about USD 1.88 million.
Product was first introduced at the event Global SMEs. An electronic exhibition event in Malaysia. In addition to producing electronic devices, is a specialist company GeStream robots. Homemade products, among others, includes Electronic Pet, Entertainment Robot, Industrial Robot, and Thermal and Thermal Module Cooler VGA for PC and Notebook.
After this, the fairy tale people interacting with the little man will probably come true. Certainly interesting if someday in the real world, we really can do everyday activities are accompanied by a tiny creature. 9. Bear Robot Technology, Rescue Robot Soldiers Technological innovations developed in engineering relentless robots. Designed robots continue to replace human tasks. One was Bear, a robot created to rescue a wounded soldier on the battlefield. Bear greatness exhibited in Massachusetts, United States, recently.
Bear has a special software that makes it recognize the condition of the field by a moving object. Not only that, this robot is also able to identify the victim lived or died. Bears are also able to protect themselves from gun and bomb attacks.
Although its size is not too large, the Bear is able to carry wounded soldiers. In fact he claimed to be able to work faster than the team helpers. For the Bear was created to conduct a rescue team could not dilakoni when war raged.
So far rescuers warrior robot technology will be continuously developed and modified as needed in the field. Even the U.S. Defense Department has issued a cost of U.S. $ 3 million or approximately USD 27 billion for the third Bear model development. 10. Dancing Robot Technology astute Antiques
Liputan6.com, Tokyo: Japanese citizen managed to create an intelligent robot, recently. Robot named Rolly can move his hands and danced to the music. Even robots can spin like a dance.
Rolly can be programmed in accordance with the rhythm of the music by the owner. The owner of the robot can determine the complicated motion. This program previously designed on the computer and then transferred to the robot with bluetooth.
Besides can be used as pets, Rolly also functions as an alarm. Rolly can load 600 songs in MP3 file. Antique robot released at a price 40 thousand yen or about U.S. $ 354 will be released on 29 September in Japan. (FRI) 11. Technology Robot Dogs will be Sent to Mars
California - A robotic dog that someday may be sent to the planet Mars to explore the red planet's surface.
For that, a new concept being developed at the University of Southern California (USC). Their robot scientist, Stefan Schaal researching the possible use of the foot, and not the wheel, as a means for walking robots.
During these legged robots usually perform well only when running on smooth surfaces. "We want a reliable foot robot walking on rough surfaces (rocky-red), though." Schaal call, as quoted from Softpedia, Tuesday (10/7/2007).
Robot dog that is being developed at USC team designed to conquer the rocky areas and valleys. In fact, the robot is expected to make a small leap. Sized dog toys, dog on the future of robots is expected to be sent to Mars in a mission of exploration geology or even a companion who may be sent to the astronauts there.
Unfortunately, the speed of the robot is still classmate snail that is only 1.6 cm per second. But do not be pessimistic about first, the speed of the red planet robotic explorer is already quite high. Sojourner, the robot is now exploring Mars, have only 1.2 cm per second speed.
Although the robot dog, robot later this possibility would not be given the ability to bark. Because, on the surface of Mars will not be heard barking sound because there is no atmosphere. 12. Waiter Robot Technology Developed Japan
Tokyo, SeninMeskipun movement is a bit stiff, slow, monotone voice, the robot can move the channels using the remote control in his chest or bring a cup of drink for you. In recent years, a humanoid robot HRP-2 is coded will help some types of work at home.
Promet robot named being developed by the National Institute of Advanced Industrial Science and Technology (AIST). They are designed to respond to verbal commands and have the ability to record three-dimensional shapes using infrared sensors. "We hope to make it equivalent to the ability of dogs," said Isao Hara, senior researcher at the institute, based in Tsukuba, northeast of Tokyo, while demonstrating a pair of robots painted in silver and blue. "I think it's quite possible to interact with humans. We are now studying how robots can join the human community, "he continued.
When Hara said to one of the robots, "Come here," the robot will respond by saying, "What can I help?" Asked to turn off the TV, Promet will say, "I'll turn off the TV," before he executes the command. Similarly, when Hara asks for a bottle of juice, the commands are passed to the other robot by saying, "Please run this command.
"The second robot will approach the refrigerator, standing in front of him and then said," location of the refrigerator. "Then he said," Who's looking for juice, "as he opened the refrigerator door slowly with his right hand, take a bottle with his left hand, then closed the door. He then walked to the Hara and slowly put the drinks on the table nearby. "Thanks," said Hara.
Both robots move like humans can do except run. "To be able to interact with humans, a robot must be able to respond to conversations and to monitor the objects around it, recognize it, and do something to it automatically," he said. Like dogs, they can provide assistance. For example, when you can not walk because of joint pain strong, the robot can do something to help you so you feel better. "
If the robot began to refuse the instructions given, meaning that the batteries began to run out of energy. Promet one could really stop when demonstrations take place and the batteries that supply energy to the movement must be refilled first.
Robot development in Japan pertained most advanced in the world. Various companies such as Hitachi, Sony, Honda, and Toyota Motor Corp. has developed various types of humanoid robots. Robots are also used in many industrial processes to replace the human role.
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