Educational Perspective: AI, Deep Learning, and Creativity

IF 0.2 4区 哲学 0 PHILOSOPHY
Augustinas Dainys, Linas Jašinauskas
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引用次数: 0

Abstract

Can artificial intelligence (AI) teach and learn more creatively than humans? The article analyses deep learning theory, which follows a deterministic model of learning, since every intellectual procedure of an artificial agent is supported by concrete neural connections in an artificial neural network. Meanwhile, human creative reasoning follows a non-deterministic model. The article analyses Bayes’ theorem, in which a reasoning system makes judgments about the probability of future events based on events that have happened to it. Meillassoux’s open probability and M. A. Boden’s three types of creativity are discussed. A comparison is made between the a priori algorithm of the Turing machine and a playing child, who invents new a posteriori algorithms while playing. The Heideggerian perspective on the co-creativity of humans and thinking machines is analyzed. The authors conclude that humans have an open horizon for teaching and learning, and that makes them superior with respect to creativity in an educational perspective.
教育视角:人工智能、深度学习和创造力
人工智能(AI)能比人类更有创造性地教和学吗?本文分析了深度学习理论,该理论遵循确定性学习模型,因为人工智能体的每个智能过程都由人工神经网络中的具体神经连接支持。同时,人类的创造性推理遵循非确定性模型。本文分析了贝叶斯定理,其中推理系统根据发生在它身上的事件来判断未来事件的概率。讨论了Meillassoux的开放概率和M.a.Boden的三种创造性。将图灵机的先验算法与一个玩耍的孩子进行了比较,后者在玩耍时发明了新的后验算法。分析了海德格尔关于人与思维机器共同创造的观点。作者得出的结论是,人类有一个开放的教学视野,这使他们在教育角度上的创造力更高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Problemos
Problemos PHILOSOPHY-
CiteScore
0.30
自引率
0.00%
发文量
27
审稿时长
18 weeks
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