Simulating the Cognitive Thought Process with a Modified Genetic Algorithm

Pooja Gadekar, S. Tikhe
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Abstract

Cognitive Computing is a developing paradigm with its applications found in almost every field. It aims to develop computing methodologies and systems inspired by mind’s capabilities. A thought is the most fundamental capability of the mind. Hence it is important in the cognitive computing to understand the Thought Process. The purpose of this paper is to develop a computer model that simulates the Thought Process. The paper proposes that the Genetic Algorithm (GA) can be used for the same. Both cognitive model and computer model of the thought process with the help of GA has been given. In the computer model, a modification of GA has been implemented, which consists of a new crossover operator called Learning Crossover operator. The new crossover operator is not a replacement but is a supplement to the existing crossover operators. The GA is implemented over the Travelling Salesperson Problem (TSP), which is a classical NP problem and hence the algorithm is possible to be implemented on any other problem. The modification to the GA aims to improve the Thought Process Simulation. But it can also improve the performance of GA, when further explored.
用改进的遗传算法模拟认知思维过程
认知计算是一种发展中的范式,它的应用几乎在每个领域都有发现。它旨在开发受思维能力启发的计算方法和系统。思想是心灵最基本的能力。因此,理解思维过程在认知计算中是非常重要的。本文的目的是开发一个模拟思维过程的计算机模型。本文提出了遗传算法(Genetic Algorithm, GA)。给出了基于遗传算法的思维过程的认知模型和计算机模型。在计算机模型中,对遗传算法进行了改进,其中包括一个新的交叉算子,称为学习交叉算子。新的交叉操作符不是替代,而是对现有交叉操作符的补充。该算法是在旅行推销员问题(TSP)上实现的,TSP是一个经典的NP问题,因此该算法可以在任何其他问题上实现。对遗传算法的修改旨在改进思维过程模拟。但当进一步研究时,它也可以提高遗传算法的性能。
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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