Japanese robots are more secure in the world of international robot
August 12, 2007
Shocking news came from the land of the cherry. Japan, which previously had shaken the world by producing a robot maid robot replacement to the doctor, now back to shake the world by producing a robot dance. Nakaoka and Sin'ichiro is rekan2nya from tokyo university that shook the world of this international robot. Currently, the robot is able to follow a more dance based on body movement. tarian2 to prioritize and balance the foot movement such as ballet is still difficult to do by the robot. Until now the makers are still trying to make the program so that the robot is able to follow the dance that uses the feet as a footstool and have a good level of balance. In launching activities robot, the robot is doing a traditional Japanese dance 'Aizu-Bandaisan'. By the creator of this robot named HRP-2 bipedal.
Spectacular! That tuh words out of my mouth ya pas ngeliat news from the robot which kurangkum above. This can be regarded as a new breakthrough technology. Until now, Japan is the world's leading remote robot development in the world. Japan's success is believed to be more daring ngebuat their robots to explore the technology will be available robot with specifications approaching humans and have to a high tilapia to humans.
Japan's technological progress is making me more motivated to explore themselves in search of knowledge in the lecture. Because I enrolled in the field with related background in the world of robotics, I should also make intellectual exploration in the world. Ayo Semangat!!
Tuesday, December 30, 2008
Thursday, December 25, 2008
Generation Robot in Japan
Generation Robot in Japan
Thursday, 21-02-2008 12:20:24 by: Edwin Ezekiel
Canal: Science
Generation Robot in Japan
When the robot often brings conflict in Western countries, because of the possibility they could replace humans in the future or will result in a false emotion, in general Japanese people actually showed high enthusiasm for all types of robots. Some manga and anime like astroboy may have the most important contribution in shaping a positive perspective of the Japanese people toward robots.
Embryo of robots in Japan has existed since the Edo period [1603-1867] which is a mechanical doll known as the Karakuri Ningyo. Robot started really developed in Japan since 1973, by Professor Ichiro Kato of Waseda University.
Asimo
Asimo is a humanoid robot created by Honda Motor Company. 130 cm tall, weighing 54 kg. Resembles a small astronaut carrying backpack and can walk on two legs with kecepetan 6km/jam. Officially, the name of Asimo is an acronym of advanced Step in Innovative Mobility. According to an official statement giving the name Honda has nothing to do with a science fiction writer Three inventors funds Laws of Robotics, Isaac Asimov.
During 2007, there have been 46 units of Asimo. Funds are made per unit close to one million U.S. dollars, and some units can be rented at a cost of 166,000 U.S. dollars per year. Asimo can respond when his name was called, looked at the face of a man who was talking to him and quickly recognized the sound of falling objects or impact and facing towards the sound. Asimo can recognize someone's face, even if he or the person is moving. Asimo can recognize about 10 people whose names had been registered and can offer greetings to the visitors who come and give information on the arrival of someone with transmit messages and images and can lead visitors to a place that visitors have been determined.
Actroid
Actroid a humanoid robot with human-like appearance that actually developed by Osaka University and manufactured by Kokoro Company Ltd.. [Animatorik Sanrio disvisi] was first introduced at the International Robot Exposition in 2003 in Tokyo, Japan.
Many products with different versions were created later. These robots are usually made in such a way that is similar to a young woman of Japanese descent. Actrod is an example of a real pioneer for a similar machine or gynoid android in science fiction. Actroid capable of expression as a wink, speaking, and breathing. Actroid skin made of silicon and looks like real human skin. A total of 47 sensors placed in the drivers upper body, so they can react Actroid naturally as human beings.
Actroid sensory systems capable of making the sensor activator react fast enough to do or ward boxing. But so far the lower body movement is still limited. Actroid can be rented along with the costume to greet the guests a cafe, information center, complex, corporate, or museum, at a cost of 400,000 yen for 5 days including the cost of choreography.
Q-Rio
Q-Rio or Quest for curiosity is the name given by Sony Dream Robot [SDR] on the humanoid robot launched by Sony to follow the success of its predecessor, AIBO. Q-Rio has a height of about 0.6 meters and berate approximately 7.3-RIO kilogramQ able to recognize faces and voices to remember someone.
A video on the official site of Q-RIO shows that the robot is interacting with the children, Q-RIO can run with speed or 23cm/detik AIBO AIBO Robot Artificial Intelligence is one of several types of robotic animals that are designed and manufactured by Sony in 1999 . Able to walk, recognize their surroundings and recognize commands by installing special software software called AIBO, AIBO has Traffic to 'grow' from puppy stage to adult dog that can recognize 100 voice commands. Without ware AIBO, AIBO can only run clinicmode and could only perform simple movements.
Thursday, 21-02-2008 12:20:24 by: Edwin Ezekiel
Canal: Science
Generation Robot in Japan
When the robot often brings conflict in Western countries, because of the possibility they could replace humans in the future or will result in a false emotion, in general Japanese people actually showed high enthusiasm for all types of robots. Some manga and anime like astroboy may have the most important contribution in shaping a positive perspective of the Japanese people toward robots.
Embryo of robots in Japan has existed since the Edo period [1603-1867] which is a mechanical doll known as the Karakuri Ningyo. Robot started really developed in Japan since 1973, by Professor Ichiro Kato of Waseda University.
Asimo
Asimo is a humanoid robot created by Honda Motor Company. 130 cm tall, weighing 54 kg. Resembles a small astronaut carrying backpack and can walk on two legs with kecepetan 6km/jam. Officially, the name of Asimo is an acronym of advanced Step in Innovative Mobility. According to an official statement giving the name Honda has nothing to do with a science fiction writer Three inventors funds Laws of Robotics, Isaac Asimov.
During 2007, there have been 46 units of Asimo. Funds are made per unit close to one million U.S. dollars, and some units can be rented at a cost of 166,000 U.S. dollars per year. Asimo can respond when his name was called, looked at the face of a man who was talking to him and quickly recognized the sound of falling objects or impact and facing towards the sound. Asimo can recognize someone's face, even if he or the person is moving. Asimo can recognize about 10 people whose names had been registered and can offer greetings to the visitors who come and give information on the arrival of someone with transmit messages and images and can lead visitors to a place that visitors have been determined.
Actroid
Actroid a humanoid robot with human-like appearance that actually developed by Osaka University and manufactured by Kokoro Company Ltd.. [Animatorik Sanrio disvisi] was first introduced at the International Robot Exposition in 2003 in Tokyo, Japan.
Many products with different versions were created later. These robots are usually made in such a way that is similar to a young woman of Japanese descent. Actrod is an example of a real pioneer for a similar machine or gynoid android in science fiction. Actroid capable of expression as a wink, speaking, and breathing. Actroid skin made of silicon and looks like real human skin. A total of 47 sensors placed in the drivers upper body, so they can react Actroid naturally as human beings.
Actroid sensory systems capable of making the sensor activator react fast enough to do or ward boxing. But so far the lower body movement is still limited. Actroid can be rented along with the costume to greet the guests a cafe, information center, complex, corporate, or museum, at a cost of 400,000 yen for 5 days including the cost of choreography.
Q-Rio
Q-Rio or Quest for curiosity is the name given by Sony Dream Robot [SDR] on the humanoid robot launched by Sony to follow the success of its predecessor, AIBO. Q-Rio has a height of about 0.6 meters and berate approximately 7.3-RIO kilogramQ able to recognize faces and voices to remember someone.
A video on the official site of Q-RIO shows that the robot is interacting with the children, Q-RIO can run with speed or 23cm/detik AIBO AIBO Robot Artificial Intelligence is one of several types of robotic animals that are designed and manufactured by Sony in 1999 . Able to walk, recognize their surroundings and recognize commands by installing special software software called AIBO, AIBO has Traffic to 'grow' from puppy stage to adult dog that can recognize 100 voice commands. Without ware AIBO, AIBO can only run clinicmode and could only perform simple movements.
Saturday, December 20, 2008
Free Channels for New Satellite TV Subscribers
Free Channels for New Satellite TV Subscribers
Satellite TV is the fastest growing communication media. This television has beaten the domination of cable TV. This satellite TV becomes popular because satellite TV has better quality. It can broadcasts many channels at the same time. Satellite TV also low in picture noises and clear sound. Moreover, the satellite TV also can be received in any place, especially in the USA. The last thing is that satellite TV channels are also cheaper than cable TV. On the other hand, Cable TV is the opposite of satellite TV
If you want to subscribe for satellite TV, you only need to apply to Direct TV in your locale, the best Satellite TV provider in the USA. If you live in California, you can contact Click Here. else if you live in New York, you can contact Click Here. and if you live in Texas, you can Click Here. and if you live in Florida, you can Click Here. This Directv has served its customers for more than 8 years. This satellite TV provider has prepared some satellite TV channels that you can pick and order. In fact, you can enjoy hundreds television channels that are broadcasted 24 hour a day. If you apply now, you will receive some discount and free channels for 3 months. You also get free installation service.
Indonesian Robot contest 2010 Thursday, November 19, 2009 22:02:52 - by: news
Indonesian Robot contest 2010
Thursday, November 19, 2009 22:02:52 - by: news
In order to develop student creativity and to apply science and technology into the real world and to improve the sensitivity of the Indonesian students in the development of robotics, with respect to report that as in previous years the Directorate of Research and devotion to the Community, Directorate General of Education Ministry of Education Cleaner, intended to hold contests Robot Indonesia (KRI), Indonesia Intelligent Robot Contest (KRCI), and Indonesian Art Robot Contest (KRSI) 2010.
With regard to the above, we invite interested universities to submit proposals KRI, KRCI and KRSI with the following conditions:
1. Participants college teams and private land may submit a proposal to DP2M with the approval of the Deputy / Assistant Rector / Chairman / Director of Student Affairs each college with the provisions of each college is allowed to send only 1 (one) proposal proposal KRI, KRSI and KRCI for each division. KRI submission form, KRCI and KRSI (application form KRI, KRCI, and KRSI) can be seen in a guidebook KRI / KRCI / KRSI 2010 (attached) or on the web site: http://www.dp2m-dikti.net, http: / / www.kri.or.id/ and http://kri.eepis-its.edu
2. Proposal KRI / KRCI / KRSI already DP2M must be received by no later than 31 December 2009 at 17:00 PM. Each proposal was made 1 (one) copy by using the cover of green cover and sent to the address:
Director of Research and Corporate Citizenship
Directorate General of Higher Education
Diki House Lt.4, Dandenong road Pintu Satu Senayan
Jakarta Pusat 10270
For proposal KRI / KRCI / KRSI accepted late until the time
which has been determined, will not be processed.
3. Participants KRI / KRCI / KRSI 2010 open to students and Graduate Diploma programs. Students can form groups of 3 (three) students and 1 (one) lecturers (to HMS and KRSI) and 2 (two) students and 1 (one) lecturers (for KRCI).
Thursday, November 19, 2009 22:02:52 - by: news
In order to develop student creativity and to apply science and technology into the real world and to improve the sensitivity of the Indonesian students in the development of robotics, with respect to report that as in previous years the Directorate of Research and devotion to the Community, Directorate General of Education Ministry of Education Cleaner, intended to hold contests Robot Indonesia (KRI), Indonesia Intelligent Robot Contest (KRCI), and Indonesian Art Robot Contest (KRSI) 2010.
With regard to the above, we invite interested universities to submit proposals KRI, KRCI and KRSI with the following conditions:
1. Participants college teams and private land may submit a proposal to DP2M with the approval of the Deputy / Assistant Rector / Chairman / Director of Student Affairs each college with the provisions of each college is allowed to send only 1 (one) proposal proposal KRI, KRSI and KRCI for each division. KRI submission form, KRCI and KRSI (application form KRI, KRCI, and KRSI) can be seen in a guidebook KRI / KRCI / KRSI 2010 (attached) or on the web site: http://www.dp2m-dikti.net, http: / / www.kri.or.id/ and http://kri.eepis-its.edu
2. Proposal KRI / KRCI / KRSI already DP2M must be received by no later than 31 December 2009 at 17:00 PM. Each proposal was made 1 (one) copy by using the cover of green cover and sent to the address:
Director of Research and Corporate Citizenship
Directorate General of Higher Education
Diki House Lt.4, Dandenong road Pintu Satu Senayan
Jakarta Pusat 10270
For proposal KRI / KRCI / KRSI accepted late until the time
which has been determined, will not be processed.
3. Participants KRI / KRCI / KRSI 2010 open to students and Graduate Diploma programs. Students can form groups of 3 (three) students and 1 (one) lecturers (to HMS and KRSI) and 2 (two) students and 1 (one) lecturers (for KRCI).
Monday, December 15, 2008
Japanese Robot vs. Robot Indonesia PDF Print 10-11-2008
Japanese Robot vs. Robot Indonesia PDF Print
10-11-2008
JAKARTA, MONDAY - A total of 12 robots competing in the Indonesia-Japan Robot Contest (IJRC) 2008 in Pekan Raya Jakarta (PRJ) Jakarta, Sunday (11 / 9). Robots automatically move them to quickly extinguish the flames and save the baby doll. Race that uses half the system was eventually won the competition robots Electronics GR from Surabaya State Polytechnic.
"This race is every robot should be able to find their own source of fire and extinguish it. In addition there is a baby doll that should be saved to get the absolute win," said Chairman of the Committee IJRC Endra Pitowarno, when competition in the Hall D berlansung PRJ Kemayoran Jakarta, Sunday (9 / 11).
Endra explained, the participants are the best of the Intelligent Robot Contest contests Indonesia (KRCI) 2008, June. Meanwhile, two participants from Japan is a choice because the Kumanoto National Colledge of Technology, Japan and Tokyo Institute of Technology, Japan, Indonesia had studied about robots. If likened this race as the teachers and students.
Regarding race, the robots will be pitted against each other in a square arena was divided. The screen provides a way for each other can be provided to the candles at a certain point. Two concrete tube baby doll for beverage cans placed at different points. In addition to putting out fires, a robot must also be able to pick up the baby and brought back to the starting point where the race started. A large fire is turned off and the ability to pick up the baby and put in a safe place to indi kator victory.
"Japan is where we learn about robots, but now can see we are equally able to even compete," added Endra.
Based on the arena game, the contest is a series of robots that Indonesia-Japan Expo 2008 is serving a spectacle and quality competition. All participants showed progress in making mpuan best robot, it is difficult to predict who wins in every game. The atmosphere of tension is also seen from the enthusiastic audience and expression that filled the hall D PRJ Kemayoran Jakarta.
Championship Results
1. Robot G-R (Electronic Polytechnic Negeri Surabaya)
2. Robot Polbanbbot (Politeknik Negeri Bandung)
3. Robots The Denpa Final (Kumanoto National Colledge of Technology, Japan)
The Best Idea
1. Robot Yogyakarto (Gadjah Mada University)
The Best Inovation
1. Tokyo-Tech Robot-SSR (Tokyo Institute of Technology, Japan).
10-11-2008
JAKARTA, MONDAY - A total of 12 robots competing in the Indonesia-Japan Robot Contest (IJRC) 2008 in Pekan Raya Jakarta (PRJ) Jakarta, Sunday (11 / 9). Robots automatically move them to quickly extinguish the flames and save the baby doll. Race that uses half the system was eventually won the competition robots Electronics GR from Surabaya State Polytechnic.
"This race is every robot should be able to find their own source of fire and extinguish it. In addition there is a baby doll that should be saved to get the absolute win," said Chairman of the Committee IJRC Endra Pitowarno, when competition in the Hall D berlansung PRJ Kemayoran Jakarta, Sunday (9 / 11).
Endra explained, the participants are the best of the Intelligent Robot Contest contests Indonesia (KRCI) 2008, June. Meanwhile, two participants from Japan is a choice because the Kumanoto National Colledge of Technology, Japan and Tokyo Institute of Technology, Japan, Indonesia had studied about robots. If likened this race as the teachers and students.
Regarding race, the robots will be pitted against each other in a square arena was divided. The screen provides a way for each other can be provided to the candles at a certain point. Two concrete tube baby doll for beverage cans placed at different points. In addition to putting out fires, a robot must also be able to pick up the baby and brought back to the starting point where the race started. A large fire is turned off and the ability to pick up the baby and put in a safe place to indi kator victory.
"Japan is where we learn about robots, but now can see we are equally able to even compete," added Endra.
Based on the arena game, the contest is a series of robots that Indonesia-Japan Expo 2008 is serving a spectacle and quality competition. All participants showed progress in making mpuan best robot, it is difficult to predict who wins in every game. The atmosphere of tension is also seen from the enthusiastic audience and expression that filled the hall D PRJ Kemayoran Jakarta.
Championship Results
1. Robot G-R (Electronic Polytechnic Negeri Surabaya)
2. Robot Polbanbbot (Politeknik Negeri Bandung)
3. Robots The Denpa Final (Kumanoto National Colledge of Technology, Japan)
The Best Idea
1. Robot Yogyakarto (Gadjah Mada University)
The Best Inovation
1. Tokyo-Tech Robot-SSR (Tokyo Institute of Technology, Japan).
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