Smart Robots

Nature, more often than not, demands that people carry out multiple activities which need their attention at the same time.  This prompts the overwhelmed individuals to yearn for a convenient replica that can adequately relieve them of some of the energy-sapping actions. This ropes in the whole concept of robots, programmable machines with the potential to act like man, whose existence Michael Bond writes about as predicted by Ray Kurzweil. Indeed Kurzweil’s predictions came to pass with the invention of robots: the human-like machines which have the predilection to carry out activities in the same manner as men. In response to this particular tall order, different cloning has been carried out to make clones of robot including Geminoid HI-1created in Japan by Hirosh Ishiguro, which has exactly similar traits as Ishiguro. This forms the basis of human passion towards the robots.

Bond writes how the formation of a robot came about, the various robots arising from the cloning process and how people respond to the Robot oriented activities. For instance, Geminoid robot made by Ishiguro does most of his activities such as giving direct lectures to his students. This is a possible trait since robots can respond and interact with any physical objects and they are readily programmable to perform any particular task with the utmost diligence. Typical of the robots, the human-like machines are also capable of perceiving and interpreting information making it possible to perform recurrent tasks with accuracy.

The writer asserts that before the production of Geminoid HI-1, people were not comfortable with the existence of the robots since they resembled a walking carcass. It is natural for individuals to get scared of the robots since they carry out activities originally of the human reserve. The robots also lack the ability to move just as people do making its presence comfort free.

Despite the fact that Ishiguro was successful in developing a robot that resembles a human being, he still wonders why the robots can never have all the human traits. To him, making a human being does not involve mere connections of wires to form an object with the ability to move and carry out human activities but the union of female eggs and the sperms to form an offspring. In this regard, he pretty much dispels the idea of discovering the living robots.

However, the latest developments in robot making are altogether taking a new turn towards supermodel versions of smart robots since they are more integrated and possess human like traits. The robot Cog, for instance, was programmed to initiate a response to its sensory inputs in Massachusetts, United States. It was later developed by Cynthia Breazeal into Kismet, which had the ability to express basic emotions by judiciously manipulating its lips, eyes and ears. Nonetheless, all these actions are controlled by aiding gadgets such as microprocessor chips drawing a big difference with the human beings.

The mystery in the development of machines that mimics human beings has seen the development of plausible behaviors from individuals to the machines. The smart robots, as the latest versions are known, have the ability of sensing what happens in their surroundings. They have all the sensory organs: ears, nose, eyes, hands and tongue thus making robots so appealing in the eyes of a good number of individuals. In addition, smart robots also have the ability to move easily in their environment just like human beings. Above all, the smarter robots are highly programmable to carry out tasks deemed fit by the programmer thereby rendering them appropriate and vital in different fields such as in the wars for reconnaissance.  

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