Exploring the Interactive Relationship between Computational Thinking and the Development of Artificial Intelligence

Shenmeihao Tian
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Abstract

This paper explores the interactive relationship between computational thinking and the development of artificial intelligence. It begins by defining computational thinking and highlighting its importance in problem-solving and fostering creativity. The overview of artificial intelligence technologies, their impact across industries, and future trends and challenges are then discussed. The paper delves into how computational thinking influences advancements in artificial intelligence and how AI, in turn, enhances computational thinking skills, emphasizing the synergies between the two concepts. Case studies are presented to illustrate the collaborative relationship between computational thinking and AI, showcasing successful applications and lessons learned. Lastly, the importance of integrating computational thinking into educational curricula, leveraging AI in teaching computational thinking, and recommendations for promoting their interactive relationship are provided.
探索计算思维与人工智能发展之间的互动关系
本文探讨了计算思维与人工智能发展之间的互动关系。本文首先定义了计算思维,并强调了它在解决问题和培养创造力方面的重要性。然后讨论了人工智能技术概述、其对各行各业的影响以及未来的趋势和挑战。论文深入探讨了计算思维如何影响人工智能的进步,以及人工智能如何反过来提高计算思维能力,强调了这两个概念之间的协同作用。本文通过案例研究来说明计算思维与人工智能之间的合作关系,展示成功的应用和经验教训。最后,介绍了将计算思维纳入教育课程的重要性、利用人工智能教授计算思维的方法,以及促进两者互动关系的建议。
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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