Artificial Intelligence
Descripción
Artificial Intelligence
JENNIFER .M. SIRIAS January 12, 2013 Laureate Online Education B.V., Haarlerbergweg 23C, 1101 CH Amsterdam Z.O., The Netherlands Tel. +31 (0)20 713 0000 Fax +31 (0)20 713 0099 www.uol.ohecampus.com
“Artificial Intelligence subjects face the challenge of organizing, identifying and interpreting sensory information in order to intelligently represent and understand the environment that humans know well. Machines have limited capabilities to responding to the essential stimuli thus it is a challenge for machines to process sensory input information efficiently. “
The approach of AI is based on the belief that mankind is capable of analyzing and describing the real world views including the knowledge pertaining to it through algorithm methods based on logic. Langley and Laird (2006) see the vision of Artificial Intelligence as being a vision to develop intelligent systems with a range of capabilities as observed in humans. Considered a highly technical and specialized field, Artificial Intelligence despite being subdivided into subfields including machine learning, statistical research etc., each have led their own research and with less communication with other related fields, many sections have evolved into working around a particular organization and using the work of individual researchers. (Wikipedia, n.d) The downside of such division Langley and Laird, (2006) resulted in students identifying more with the work of the subfield rather than with Artificial Intelligence in general. Few problems rose with AI in various areas of its study including the field of philosophy. How the human brain works is way too complex for science to detect the intelligence it houses. Theories were developed by many scientists with claims that computers can be developed to possess intelligence and capabilities similar to a human person’s brain however; the impacts of Artificial Intelligence were met with some fundamental problems of perception, common sense reasoning, knowledge representation and learning methodologies. Artificial Intelligence subjects face the challenge of organizing, identifying and interpreting sensory information in order to intelligently represent and understand the environment that humans know well. Machines have limited capabilities to responding to the essential stimuli thus it is a challenge for machines to process sensory input information efficiently. The development of reasoning abilities within a machine can become tedious and problematic when there is a large class of problems to be reasoned with. Difficult problems in Artificial Intelligence often require enormous computational resources especially if the problem is critically large in size. Such problems often require efficient problem-‐solving algorithms to aid resolving of difficult computational problems. Machines have to deal with ways of representing and storing knowledge that have to be readily accessible and achieving this accessibility is yet another challenge (Brookshear, 2012) Artificial Intelligent systems would have to be designed to distinguish between related information and relevant information. (Brookshear, 2012) Human intervention is required by intelligent machines to represent and manipulate new knowledge. Machines are said to learn by imitating actions of humans. These actions will have to be translated into machine language in order for systems to comprehend. Machines require
specific algorithms to aid its interpretation of the extensive knowledge about the world. For example, an artificial machine that has been programmed to play chess will have to be added new programs every time a new move in the game is developed etc. One might ask, what has artificial intelligence achieved that have proven to be beneficial in society? Well, despite its limited capabilities to respond to stimuli, machines can be developed to learn and memorize simple inputs then later process them by identifying the input from memory and processing it intelligently. This benefit however, can also create tedious programming tasks when new inputs are developed or learned. Artificial intelligence has continued to aid science research, technology and exploration. For example consider the capabilities of robots sent into Mars for space exploration. Artificial intelligence tools and techniques are commonly used within the field of computer science such as the advancing technology of incorporating voice and touch on hand held gadgets such as smartphones, computers, tablets, cars that can drive themselves by using speech recognition features. The ability of smart phones to track locations and provide directions has aided law enforcing departments, emergency rescue operations and as well as account for easier access to information that was previously unreachable. Assembly lines in manufacturing organizations have also benefited greatly from the use of robotic systems. Instead of human workers, companies use robots to work the assembly lines. Robots do not need to be paid wages thus costs will be saved for the organization. By combing various related fields of studies within the circle of artificial intelligence. Can the original dream of building complete intelligent systems. (Langley and Laird, 2006) be achieved? In my opinion, building a complete intelligent system will always be a challenge as the human brain is way complex for all of its attributes to be imitated easily as well as translated into algorithms. However, research is still ongoing to achieve the challenge of creating intelligent systems that can translate real world views. References: Brookshear, G. (2012) Computer Structure: an overview (11th Edition) Addison-‐Wesley Gregor, H. (n.d) [Online] Available at: https://elearning.uol.ohecampus.com/bbcswebdav/institution/UKL1/INTAKES/2012_11/CSTRUC/Wk10/ Hochmuth.pdf (Accessed: 11 January 2013)
Hearst, M. A., and Hirsch, H. (2000) Trends and Controversies: AI’s greatest trends an controversies [Online] Available at; http://www.cs.cornell.edu/courses/cs472/2002fa/handouts/challenges-‐ai.pdf (Accessed: 13 January 2013) Hilbert, D (n.d) [Online] Available at: https://elearning.uol.ohecampus.com/bbcswebdav/institution/UKL1/INTAKES/2012_11/CSTRUC/Wk10/ CSTRUC_week10_readings_TOC_Hilbert.pdf (Accessed: 11 January 2013) Langley, P., and Laird, E., J (2006) Artificial Intelligence and Intelligent Systems [Online] Available at: http://www.isle.org/~langley/papers/systems.fellows06.pdf (Accessed: 13 January 2013) Lawrence, T., (1991) Impacts of Artificial Intelligence on Organizational Decision Making* [Online] Available at: http://thomaslawrence.files.wordpress.com/2008/08/lawrence-‐1991-‐impacts-‐of-‐artificial-‐intelligence-‐ on-‐organization.pdf (Accessed: 12 January 2013) Philosophical Perspectives on Artificial Intelligence (n.d): Ethical Issues [Online] Available at: http://www-‐cs-‐faculty.stanford.edu/~eroberts/courses/soco/projects/2004-‐05/ai/ai-‐ethics.html (Accessed: 13 January 2013) Smetana, M (n.d) Artificial Intelligence [Online] Available at: https://elearning.uol.ohecampus.com/bbcswebdav/institution/UKL1/INTAKES/2012_11/CSTRUC/Wk10/ tech-‐1.pdf (Accessed: 11 January 2013) Sotala, K. (2012) Advantages of Artificial Intelligences, Uploads, and Digital Minds [Online] Available at: http://singularity.org/files/AdvantagesOfAIs.pdf (Accessed; 13 January 2013) Stone, M., and Hirsh, H. (2012) AI – The next 25 Years [Online] Available at: http://www.ai.rutgers.edu/aaai25/ (Accessed: 13 January 2013) Tilkhomlrov, O.K., (n.d) Philosophical and Psychological Problems of Artificial Intelligence [Online] Available at: http://ijcai.org/Past%20Proceedings/IJCAI-‐75-‐VOL-‐1&2/PDF/140.pdf (Accessed: 12 January 2013) Wikipedia (n.d) Artificial Intelligence [Online] Available at: http://en.wikipedia.org/wiki/Artificial_intelligence (Accessed: 13 January 2013) Yudkowsky, E., Bostrom, N., and Cirkovic (2006) Artificial Intelligence as a Positive and Negative Factor in Global Risk [Online] Available at: http://philosophyandhistoryofscience.com/wp-‐ content/uploads/2012/01/artificial-‐intelligence-‐risk.pdf (Accessed: 12 January 2013)
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