“Some people call this artificial intelligence, but the reality is this technology will enhance us. So instead of artificial intelligence, I think we’ll augment our intelligence” (Rometly, G.). Artificial intelligence are high-tech machines and computer systems that obtain the ability to learn human intelligence and characteristics with the imperfect data or information that people feed the computers and machines. When artificial intelligence is thought of, individuals immediately conclude that the definition of artificial intelligence are robots with human characteristics as well as other computers far more technical than ordinary everyday computers. This definition is not necessary wrong, but it is not correct either.
André Leblanc states in his Ted Talk Artificial Intelligence and the future, 2015 that technology used to be developed in order to replace human muscles. As a result of this, tasks that previously had to be conducted physically can today be automated by technology and different machines. In contrast, technology has for the last hundred years been developed in order to enhance the human brain. This has resulted in intelligent machines such as the calculator, which is a way of enhancing our ways of doing math. Rodney Brooks, professor in robotics, claims in the article Artificial intelligence is a tool, not a threat, November 10, 2014 in Rethink robotics that recent advances of technology let us teach machines simple things such as to know whether an image is that of a cat or a dog or that it is about to fail if its temperature increases.
Artificial Intelligence (AI) is the ability of the computer to do things that people normally do. It is also an academic field which studies how to create computers that are capable of intelligence behavior. There are three different ways to develop a computer with artificial intelligence. The first method is to build systems that think exactly like people (Hammond, 2015). This is called a ‘strong AI’.
The attraction of artificial intelligence for me lies in its breadth of applicability, both as a method of problem solving in itself and in a symbiotic integration with other areas of computer science. A broad spectrum of applications exist within the artificial intelligence field, ranging from intelligent non-player controlled characters in computer game software to a ubiquitous computing solution that intelligently reacts to a variety of users. This diversity is one of the main reasons that I feel compelled to pursue artificial intelligence further. While I have striven to develop my understanding of artificial intelligence during my undergraduate education, the choreographed requirements of a bachelor's degree have restricted my research to only a minute sample of artificial intelligence’s applications. During my exposure to the field, I have often been unsatisfied with the level of interaction artificial intelligence displays in response to prompts of varying complexity.
Artificial Intelligence is the field within computer science to explain some aspects of the human thinking. It includes aspects of intelligence to interact with the environment through sensory means and the ability to make decisions in unforeseen circumstances without human intervention. The beginnings of modern AI can be traced to classical philosophers' attempts to describe human thinking as a symbolic system. MIT cognitive scientist Marvin Minsky and others who attended the conference
However, those who do believe in artificial superintelligence, have no general consensus on the timeframe of this happening. On the left hand, artificial superintelligence may allow humanity to grow and expand at a pace never thought of before. While on the right hand, this makes us question the safety of humanity if machines are artificially superintelligent. Being all the more intellectual than humans, it’s ever so possible that AI beings may turn from ally to enemy, as sci-fi as that sounds.
Next assumption is about the purpose of research to mention the processes and structures that underlie the cognitive performance. This can be explain that we able to improve our appreciation of cognitive functioning in adulthood. However, young adults can think and learn skillfully because they use a broad repertoire of cognitive strategy and can confidently finish the difficult reasoning task faster and efficiently. Information-processing in humans that match in computers. It can be explained that how human can develop through the cognitive theories like how computers work
He envisions the possibilities that the programmable computer may open for the study and replication of the human intelligence. Artificial intelligence has a good and well-oriented way of doing tasks. If not abused, further development could benefit all of man . He has an explanation about three strategies for his concept of AI, namely AI through programming, AI by ab initio machine learning which made machines think similarly a child, and AI by logic, probabilities, learning, and background knowledge. AI is still developing even up until now.
Art by: Frieder Nake It’s lines One of the very first digital art ever made. This creation is made by using computer programming. It may be unimpressive to most people in modern times and can be easily done by Paint, yet note that this is made during the 1960s. This artwork inspired lots of artists and engineers to start learning programming and computer science and to learn that to what extent