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Robotics just how close are we to creating a

Biological Anatomist, Artificial Intelligence, Atom, Cosmetic surgery

Excerpt by Term Conventional paper:

Robotics: How Close Are All of us to Creating a Bionic Gentleman?

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While the creation of a ‘bionic man’ exactly like the Six Million Dollar Man in the 70s tv show or the gun-slinging robot of Westworld may still be the realm of popular science fiction, technology is rolling out to a level where we could closer to this kind of a possibility than ever before. Some of these systems include robotics, the development of organic and natural polymers which can be used while artificial muscle tissue, nano-technology, and artificial cleverness (AI). In this paper we will review the latest advancements in the relevant technologies to look for how close we are to developing a ‘bionic man. ‘

Apart from the availability of the required technology, one of the elements that would ultimately determine if (or how soon) we are able to produce a bionic guy is – the desperation or requirement for such a development. This is because technology will not develop within a vacuum. For instance , the industry that has made most utilization of robotics may be the car production industry. This is because the car manufacturing plant has a requirement for such repeated and precision-oriented tasks where robots is capable of doing a better and even more cost-effective task than a person. Another market that utilizes robots substantially is the electronic digital assembly line exactly where extreme accurate is required for mounting microchips on routine boards. (Bekey, para upon Uses for Robot). Hence, it could be predicted with a confidence that future developments in robotics will be manufactured in the areas where there is known as a definite requirement of such advancement.

One such discipline where software can prove extremely useful is a military. Preferably, future battles would be struggled by cyborg troops instead of real-life soldiers. Indeed in the U. T. government’s top center to get the development of advanced military technology, scientists foresee a “robotics revolution by the year 2020. ” (“Battle Without Soldiers. ” s. 38) Until now, most army robots have been of the air-borne variety including the unmanned ‘drone’ aircrafts used extensively for reconnaissance in the war in Afghanistan. On a lawn, robots have already been used for harmful jobs such as minesweeping. For the future, military organizers are interested in the development of more mobile robot patterns. Research centering on such design and style is being done in several labs in the U. S. that study biomimetics – a science through which actual natural systems are studied for inspiration. (Ibid. p. 40). Since the armed forces has the money needed for this kind of cutting edge exploration, it is likely to play a major position in the future progress robotics and maybe even in the development of a bionic enthusiast.

Another region in which we have a requirement of automatic technology is definitely the field of artificial braches and groundbreaking surgical tactics for correcting accidental injuries – especially sports related accidents. Recent advancements in computer technology and plastic polymers that resemble the structure of human epidermis have made likely the development of vastly improved limbs that practically work as well as the original. The is the C-leg (Computer leg) developed by a German firm has distributed more than several, 000 such legs worldwide for over a knee amputees. (Barnes, Bionic Limbs). A computer chip inside the leg controls a special electric motor for a hydraulic motor that allows the user to participate in activities like the game of golf almost like a non-disabled person. Recent advancements in the field of plastic materials has made conceivable the produce of a new kind of organic polymer bonded that can twitch by order from the signal and serve as man-made muscle. (Radford, A Giant Step Closer). Experts are also focusing on the development of artificial blood that could carry o2 from the lung area and implants that could activate hearing straight in the mind. (Ibid. ) This is beyond the development of knee-joints that could be fitted in children who grow with them.

The human mind can be augmented with machine intellect. This is not fictional but currently a technological fact according to a British cybernetics teacher, Kevin Warwick who got himself fitted with a computer nick in Drive of this season to connect him self to a computer system and spent four weeks

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