Epigenetic robotic is a new field that focuses on creating robots and modeling cognitive development that shows development of autonomous mental. For instance, robots have been implemented that generate visual discrimination behavior using large-scale neural networks which model early infant caregiver interaction using behavioral rules, and that explore the knowledge needed by infants to succeed in perceptual experiment of object permanence.
Given other diverse contributions to this new filed it seems an opportune time to synthesize a few core concepts from this corpus of research. It is one such core concept, ongoing emergence, which refers to the continuous integration and development of new skills. An agent was exhibiting ongoing emergence, in an autonomous manner motivationally, it will continue refine and develop its skills across development. The open-ended vision development is evident in recent work. In efforts to allow incrementally a mobile robot to progress through levels of behavior of increasingly sophisticated, in efforts to build robots that exhibit new behavior that becomes a precursor for successive development stages, and in efforts to reach robots exhibiting a successive emergence of behaviors in the progress of development of increasing processing complexity and power. Unfortunately, while human show clearly such long term progressions, epigenetic robots as they are typically designed to learn specific tasks or achieve particular behaviors.
A robot can learn using a developmental algorithm, via a self exploration process its behaviors repertoire and mental capabilities instead of being reprogrammed with the human concepts and the human body capabilities. Robots are proposed to discover even the most primitive behaviors through an exploration process.
A possible benefit of providing a developmental algorithm is avoiding specification of task objective for the robot. Instead to develop robotic to explore the tasks range that can be learned by a robot, given the control architecture and a specific developmental algorithm. It considers three mechanisms to be essential to developmental algorithms: anticipation, abstraction, and self motivation.
Thursday, November 18, 2010
Electronic Technology
We have taken steps on the road to the future that can not be retaken or undone. The importance of electronic technology is now ingrained in every fiber of our society, from the lowest station all the way to the coveted office of the President of our country.
Importance of electronic technology flourishes with abandon, doubling upon itself every fourteen to twenty-four months, constantly becoming that which we won't do without, thanks to the growth of technology. Time-consuming tasks that once took hours, even days, are now accomplished in minuets.
Computers and the Internet provide various new methods which have been incorporated for the processing of normal business activities, growing bigger and being customized to the point where it is heavily integrated in the current structures.
Without the Importance of electronic technology, routine tasks that now only take moments, thanks to the computer, would otherwise have taken hours, even days for the compiling of information alone.
The Importance of electronic technology in communications is where news is most called upon. As one of the fastest developing industries in the world, the cell phone has revolutionized the way we live and communicate with each other and the world.
Everyone wants to be informed when a new innovation in the cell phone industry is unveiled. The addition of the internet, as well as GPS navigation systems, sent the communications industries staggering to the bank under the weight of the money being made.
Technology in the Health-care system alone has had long reaching effects. The speed and storage ability of computers has simplified and increased the efficiency of the record keeping systems, this being only the tip of the technological iceberg.
Many hospital systems connect entire departments, from their doctors to the accounting departments, pharmacy, and billing. All use a system called HIS. HIS is a (hospital information system). HIS is software used by all hospitals and integrates most of their departments.
I believe inroads in the field of electronic technology in the Education System need to be explored more extensively. The outrageous cost of a good college education borders on the realm of criminal larceny.
By placing for some an unattainable price on the education of their choice, the educational system is stealing not only their futures, but depriving society of their potential contribution.
Importance of electronic technology flourishes with abandon, doubling upon itself every fourteen to twenty-four months, constantly becoming that which we won't do without, thanks to the growth of technology. Time-consuming tasks that once took hours, even days, are now accomplished in minuets.
Computers and the Internet provide various new methods which have been incorporated for the processing of normal business activities, growing bigger and being customized to the point where it is heavily integrated in the current structures.
Without the Importance of electronic technology, routine tasks that now only take moments, thanks to the computer, would otherwise have taken hours, even days for the compiling of information alone.
The Importance of electronic technology in communications is where news is most called upon. As one of the fastest developing industries in the world, the cell phone has revolutionized the way we live and communicate with each other and the world.
Everyone wants to be informed when a new innovation in the cell phone industry is unveiled. The addition of the internet, as well as GPS navigation systems, sent the communications industries staggering to the bank under the weight of the money being made.
Technology in the Health-care system alone has had long reaching effects. The speed and storage ability of computers has simplified and increased the efficiency of the record keeping systems, this being only the tip of the technological iceberg.
Many hospital systems connect entire departments, from their doctors to the accounting departments, pharmacy, and billing. All use a system called HIS. HIS is a (hospital information system). HIS is software used by all hospitals and integrates most of their departments.
I believe inroads in the field of electronic technology in the Education System need to be explored more extensively. The outrageous cost of a good college education borders on the realm of criminal larceny.
By placing for some an unattainable price on the education of their choice, the educational system is stealing not only their futures, but depriving society of their potential contribution.
Build a Generator
There are many kinds of generator. Every generator with each type, size and shape has the same function. They are used to supply electricity. The electricity which is produced by a generator is limited. Here is the simple generator which will help you to overcome your problem of lack electricity.
The first step that you need to do is prepare all the equipments. They are:
- long nail
- DC measuring device
- Batteries box
- Four magnets by 5 cm by 1 cm 2cm
- A miniature lamp
- 200 feet of 30 magnetic wire
- A bulb of 1.5 volt
- Wood measuring 8 cm by 30 cm
The second step is that you need to make a box from wood. Measure the wood as follow: the first panel should be 8 cm by 8 cm, the second panel is 3.5 cm by 8 cm, the third panel is 8 cm by 8 cm, the forth panel is 3.5 by 8 cm and the last panel should be 7.5 by 8 cm.
The third step, you should make a hole in the center of the box from the front till the back side of the box. Make the hole a bit wider in order to give the nail space to spin around.
The forth step, stick out one of your cable to the wooden box and enfold the rest of your cable around the center of the box. Take out the end of the cable and stick it to the other side end, let 10 cm of the cable out.
The fifth step, take a narrow piece of cable till the copper line is appeared. Then, draw the cable from the hole in the wooden box so you can fix the nail back through the box. Put the four magnets in pair on each side on the nail inside the box. Don't forget to let the nail spin around easily when the magnet is attached.
The sixth step, connect the generator to the bulb. Put one generator cable end to one bulb cable end. Bend the cable end together but don't let the connections touch each other.
The last step, spin the nail in fast speed to make the bulb light up. You can try to spin it using a tool. The faster you spin the nail, the lighter the bulb will be lighted up.
The first step that you need to do is prepare all the equipments. They are:
- long nail
- DC measuring device
- Batteries box
- Four magnets by 5 cm by 1 cm 2cm
- A miniature lamp
- 200 feet of 30 magnetic wire
- A bulb of 1.5 volt
- Wood measuring 8 cm by 30 cm
The second step is that you need to make a box from wood. Measure the wood as follow: the first panel should be 8 cm by 8 cm, the second panel is 3.5 cm by 8 cm, the third panel is 8 cm by 8 cm, the forth panel is 3.5 by 8 cm and the last panel should be 7.5 by 8 cm.
The third step, you should make a hole in the center of the box from the front till the back side of the box. Make the hole a bit wider in order to give the nail space to spin around.
The forth step, stick out one of your cable to the wooden box and enfold the rest of your cable around the center of the box. Take out the end of the cable and stick it to the other side end, let 10 cm of the cable out.
The fifth step, take a narrow piece of cable till the copper line is appeared. Then, draw the cable from the hole in the wooden box so you can fix the nail back through the box. Put the four magnets in pair on each side on the nail inside the box. Don't forget to let the nail spin around easily when the magnet is attached.
The sixth step, connect the generator to the bulb. Put one generator cable end to one bulb cable end. Bend the cable end together but don't let the connections touch each other.
The last step, spin the nail in fast speed to make the bulb light up. You can try to spin it using a tool. The faster you spin the nail, the lighter the bulb will be lighted up.
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