A Computational Approach to Understand the Human Thought Process

Citation: Dundas, JB, Ling, MHT. 2023. A Computational Approach to Understand the Human Thought Process. 3rd International Conference on Electronic and Electrical Engineering and Intelligent System (ICE3IS).

Link to [abstract].

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The aim of this paper is to understand the human mind functions such that we can simulate them into a computational model for making cognitive systems more intelligent. We then present this model with formulae using a top-down approach. We propose that the human thought process, which is the fundamental unit for the human mind and all the different emotions coming from it, can be implemented as a mathematical formulae to a reasonable extent. Furthermore, we argue that our model has the ability to derive mind functions such as dreams and thinking. The model utilizes a top-down approach for understanding the factors involved in the thought process while explaining the factors involved. The authors are intending to make continuous improvements in the formulae as more scientific advances happen in the understanding of the human cognitive functions.