Deep learning artificial intelligence and the law of causation: Application, challenges and solutions
Artificial Intelligence technology has rapidly advanced in this era. Many of the AI appliances nowadays have been infused with abilities to self-develop their knowledge and self-enhance their operational precision through machine learning. The emergence of deep learning technology, a sub-set of mach...
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my.um.eprints.349582022-05-24T02:45:03Z http://eprints.um.edu.my/34958/ Deep learning artificial intelligence and the law of causation: Application, challenges and solutions Lee, Zhao Yan Karim, Mohammad Ershadul Ngui, Kevin K Law (General) Artificial Intelligence technology has rapidly advanced in this era. Many of the AI appliances nowadays have been infused with abilities to self-develop their knowledge and self-enhance their operational precision through machine learning. The emergence of deep learning technology, a sub-set of machine learning, which observes AI mimicking after the way a human brain functions, presents an even more revolutionary step towards perfecting AI's accuracy, precision and efficiency. Similar to a human brain, the cognitive process of the deep learning AI, through its artificial neurons, is not decipherable. This presents a fundamental legal / constitutional problem for most jurisdictions across the world, where any errors or mistakes made by the concerned AI algorithm, are attributable to none other than itself. This research identifies major issues in relation to the application of the law of causation in an AI's case, in effort to propose solutions in this dilemma of justice. Routledge Journals 2021-09 Article PeerReviewed Lee, Zhao Yan and Karim, Mohammad Ershadul and Ngui, Kevin (2021) Deep learning artificial intelligence and the law of causation: Application, challenges and solutions. Information & Communications Technology Law, 30 (3). pp. 255-282. ISSN 1360-0834, DOI https://doi.org/10.1080/13600834.2021.1890678 <https://doi.org/10.1080/13600834.2021.1890678>. 10.1080/13600834.2021.1890678 |
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K Law (General) Lee, Zhao Yan Karim, Mohammad Ershadul Ngui, Kevin Deep learning artificial intelligence and the law of causation: Application, challenges and solutions |
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Artificial Intelligence technology has rapidly advanced in this era. Many of the AI appliances nowadays have been infused with abilities to self-develop their knowledge and self-enhance their operational precision through machine learning. The emergence of deep learning technology, a sub-set of machine learning, which observes AI mimicking after the way a human brain functions, presents an even more revolutionary step towards perfecting AI's accuracy, precision and efficiency. Similar to a human brain, the cognitive process of the deep learning AI, through its artificial neurons, is not decipherable. This presents a fundamental legal / constitutional problem for most jurisdictions across the world, where any errors or mistakes made by the concerned AI algorithm, are attributable to none other than itself. This research identifies major issues in relation to the application of the law of causation in an AI's case, in effort to propose solutions in this dilemma of justice. |
format |
Article |
author |
Lee, Zhao Yan Karim, Mohammad Ershadul Ngui, Kevin |
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Lee, Zhao Yan Karim, Mohammad Ershadul Ngui, Kevin |
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Lee, Zhao Yan |
title |
Deep learning artificial intelligence and the law of causation: Application, challenges and solutions |
title_short |
Deep learning artificial intelligence and the law of causation: Application, challenges and solutions |
title_full |
Deep learning artificial intelligence and the law of causation: Application, challenges and solutions |
title_fullStr |
Deep learning artificial intelligence and the law of causation: Application, challenges and solutions |
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Deep learning artificial intelligence and the law of causation: Application, challenges and solutions |
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deep learning artificial intelligence and the law of causation: application, challenges and solutions |
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Routledge Journals |
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2021 |
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http://eprints.um.edu.my/34958/ |
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