AI aims to get as close to human functionalities as possible so that machines and robotics are given the ability to perform certain jobs that require specific, detailed instructions and decision making capabilities.
The rationale behind artificial intelligence is that it holds the crucial key to enhancing life in the 21st century and years after that. It is projected that in the not very far future one may be sitting down and enjoying a movie with the robot and actually shedding tears together. It may be unfathomable, yet scientists did not even dare imagine computers understanding the human speech, or actions but today speech aiding programs are widely used, instructions can now be issued to machines verbally and leave them to task. It is not impossibility as the scientists promise us. A lot of research and work has been put in the study of the brain and body functions of the human being so that the same can be replicated into robots and other computer aided devices. However, as we share the optimism held by scientists as regards artificial intelligence, it is not without question, for example How Can Artificial Intelligence Enhance Life In The 21st Century Are There Any Drawbacks If So, What Are They, And How Can They Be Overcome These questions shall form the basis of this paper in a bid to understand artificial intelligence in a deeper way.
le to identify each individuals identity just by scanning through finger prints or facial features is a clear example of the applicability of artificial intelligence. Another application of artificial intelligence in the area of developing devices and programs used to aid handicapped individuals. This is especially true for Teaching programs, reading and writing computer aids that are able to adapt to its users and provide them with what they exactly need. Replication of sight and comprehension ability of human beings to machines and robots has enhanced exploration and discovery. This is because robots can now be used in place of humans to collect data and evidence in areas where it would have otherwise been dangerous, for example visits to other planets and outer space as well as exploration of the deep-seas and remote areas of the world. In addition, artificial intelligence can be brought closer home to improve ones life at a personal level. Invalids and the elderly could benefit tremendously with a little help from robots and fully automated machines. Picture a robot that can cook, do laundry, dust the house and remind you to take your medication. Not only will that save time and energy, spare one unnecessary stress the probability of injury and error will be significantly minimized. With the cost of healthcare escalating ever so high in the 21st century, hardly any money is left to hiring a nurse. Artificial intelligence can be really applicable in this area.
Drawbacks of Artificial Intelligence.
The debate over AI has elicited mixed reactions from many quarters and with reason. This is because it is a major breakthrough and the impacts major in terms of transforming life as we know it. A good deal of skepticism surrounds AI and certain drawbacks have been
The term Artificial Intelligence was first coined in 1956 by John McCarthy. Artificial Intelligence (AI) is the technology of empowering machines and enhancing them to such a point that they would be able to think, act and respond in similar manner as a human being would…
From the research it can be comprehended that artificial intelligence is rapidly improving in development and growth. It has been embedded into most systems, to improve performance. The researcher’s analysis and opinion of AI is that the integration of intelligent systems has led to tremendous growth in different industries.
It seems that the time is come to start thinking (and acting) to establish a standard of comparison, that could objectively tell how far we have gone along the road of constructing ever better AI systems. Devising an Intelligence Quotient IQ – for machines or any intelligent system would be, perhaps, advancement but unfortunately, the history of the development of techniques to measure human IQ, the first source checked to find applications to AI, points to a very fuzzy zone.
Multimedia is an approach that combines sound, visuals, animations, text, and graphics into an object. Both artificial intelligence and multimedia are used to express and simulate human minds and thoughts in particular (Isahara & Ozaku, 1997). Both fields are aimed at placing creations into the minds of human in real time.
Sometimes the people get stuck with such challenges that it takes almost ages to solve that challenge; while on the other hand certain challenges can easily be handled. A challenge which has persistently remained a challenge for a number of decades is the process of understanding oneself, decoding what is inside our bodies and brain, the working and mechanism which makes our brain work and makes us so intelligent, the circuitry of our brain and many other such questions which are relevant on the design and working of our minds.
AI is futuristic as it showcases the rapid advancement of technology facilitating the invention of mechas (robots). However, instead of featuring the sophistication of these machines the movie centered on human aspect-love. AI recounts the story of a mecha who is programmed to love its parents though the real theme is whether human beings can love mechas in return.
This paper follows how the project teams responsible for developing artificial intelligence (AI) and explores the impact of said systems as well as how the impact of AI systems has on society, and proposes enhanced ethical and professional roles for artificial intelligence developers, with an emphasis on interpersonal communication and impact awareness.
Many problems in AI are like this one, where members of each "camp" would like to do it their way.
If the aim of human-oriented AI is to develop common sense, an extreme example of the purely symbolic approach is to be seen in the Cyc project (Doug Lenat).
According to the essay, Turing described the test as follows. There are three components to it: a person, a machine and an interrogator. The interrogator is in a separate room from the machine and the computer. The interrogator is allowed to communicate with both the machine and computer and puts up questions to them.
In relation to Picard’s view of the mind/body problem, he exhibits behaviorism. Behaviorism which is more focused learning as only an acquisition of behavior based on environmental conditions. Since Data can learn and acquire a certain behavior through
by researchers in almost the same epoch: Symbolic Artificial Intelligence – SAI – and Connectionist Artificial Intelligence – CAI – based respectively on symbols and rules and in artificial neurons. It seems that the time is come to start thinking (and acting) to
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