Problems of Learning in Theoretical Computer Science

M. A. Iqbal
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Abstract

In today's "Information society," the future of economic well-being rests on the effectiveness of schools and corporations to empower their people to be more effective learners and knowledge creators Joseph D. Novak Understanding the processes that takes place inside the human mind-while it is thinking and learning-has remained an elusive exercise mostly because of lack of powerful research tools and techniques. Now because of recent advances in various branches of science dealing with mind and brain, it has become possible to better understand the processes of thinking and learning, and the capacity to create new knowledge. For example research from cognitive psychology has considerably increased our understanding of the principles of knowledge organization that govern people's abilities to learn, understand and create new knowledge. It is perhaps the right time to apply these developments in the study of learning to help people to think and read critically, to express themselves clearly and persuasively, and to solve complex problems. In this tutorial we would first be studying and then applying tools and techniques of science of learning to determine which problems are hard to understand in the field of Theoretical Computer Science. We shall also try to find why a problem is hard and why most of the learners fail to solve it in spite of the fact that they have all the prerequisite knowledge as well as the motivation to do it.
理论计算机科学中的学习问题
在今天的“信息社会”中,经济福祉的未来取决于学校和公司的有效性,以使他们的员工成为更有效的学习者和知识创造者。理解发生在人类思维内部的过程——当它是思考和学习的时候——仍然是一个难以捉摸的练习,主要是因为缺乏强大的研究工具和技术。现在,由于最近在涉及心灵和大脑的各个科学分支方面取得的进展,人们已经有可能更好地理解思考和学习的过程,以及创造新知识的能力。例如,认知心理学的研究大大增加了我们对知识组织原则的理解,这些原则支配着人们学习、理解和创造新知识的能力。也许现在正是将这些发展应用于学习研究的恰当时机,以帮助人们批判性地思考和阅读,清晰而有说服力地表达自己,以及解决复杂问题。在本教程中,我们将首先学习,然后应用学习科学的工具和技术来确定理论计算机科学领域中难以理解的问题。我们还应该试图找出为什么一个问题是困难的,为什么大多数学习者不能解决它,尽管他们有所有的先决知识和动机去做。
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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