The advent of modernization has necessitated innovative forms of technology that are highly automated, self-sustainable, and ubiquitous. Several forms of these technologies already exist, and most of them are geared towards fostering the environment and improving human health conditions, such as renewable energy and stem cell technology. However despite their potential, these innovations are not free from judgment due to their compromise in ethics and morality. One prevailing issue of science in conflict with ethics is on the existence of artificial intelligence.
Artificial intelligence (AI) has sparked various arguments in the field of ethics and morality, as it was argued that AI poses a threat to human survival. This technology aims to simulate human intelligence, and as the technology is bound to develop, super intelligence in machines can potentially be achieved. This implies that machines and systems can go beyond human control, become autonomous and think on their own. With these in consideration, there is a question on whether machines such as robots should continually be used for human interaction, especially that there remains many ambiguities on the capacity of AI systems to perceive ethical and moral problems, specifically those that require the use of conscience. Currently, AI robots that mimic humans are being employed in education, media, and hospitals. They have been tested to function as teachers, news reporters and even as nurses.
The primary goal of Artificial Intelligence is to be able to develop computer understanding and to make it as close to human intelligence as possible. [1] AI simulates human intelligence and includes automated perception, learning, reasoning, and decision making.[2] Examples of its simple forms include speech recognition apps such as Siri, GPS systems such as Waze which use AI algorithms to optimize routes, computer vision systems such as the face detection features in smartphones, and even the data mining systems such as search engines. Sophisticated forms include androids and humanoid robots which are made to look and act like humans. Artificial intelligence can accelerate the technological progress in almost all fields, which include business, medicine, education, etc. In businesses, robots in the form of industrial machines hasten and multiply the production, aiding the workers in the production process and giving its owner more profit. As such, robots can potentially replace and displace man in industries as more kinds of AI machines will be invented. Once fully developed, the production of AI robots will be unrestricted since the software can be easily installed on available hardware. This is in contrast to how man acquires skills, which is a long process of learning and practicing before perfection is reached.
Although a system with superintelligence is not yet fully realized, the concept remains highly possible due to the great number of scientists and engineers studying and developing algorithms in the field of artificial intelligence. In the field of engineering, most research outputs involve automated control systems and data mining. It is evident that most engineers are highly interested in getting involved with studies regarding AI since it is proclaimed to be the future of technology and it will greatly help achieve smarter cities, fully automated systems, and easier work for the part of man in the near future.
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