A New Learning Cognitive Architecture Using a Statistical Function and Genetic Algorithms: An Intelligent New e-Learning Model

Jorge Manuel Pires, Manuel Pérez Cota
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引用次数: 7

Abstract

Cognition, as an act of assimilation, integration and ability to express and develop information, prepares us as a species to understand our past and build our future. Surroundings of an evolutionary process as a species stems from the informational and communication between plurineuronal sensory systems (Input) and motors (output) and is unavoidably in the genesis of adaptability and learning [1]. A motivated individual be automatically a better skills receiver, a genius is 1% talent and 99% work [2]. The proposed architecture is based on an intelligent structure supported by a statistical function - Chi-square and a Genetic Algorithm (GA), that evaluate the results of the learned through what we designated as a Knowledge Block (KB). The (GA) and its evaluation function are used to construct an optimal learning path for each learner [3]. This paper makes three critical contributions: 1- It presents a genetic-based curriculum sequencing approach, that will generate a personalized cognitive profile that will be supported by the (KB), 2 - It creates the bases of a new paradigm - the (KB) structure - as a standard to implement a new way of content learning, 3 - Uses a non-linear format conducting to a correct learning path, based on individual learner needs.
基于统计函数和遗传算法的新型学习认知架构:一种智能的新型电子学习模型
认知作为一种同化、整合以及表达和发展信息的能力,使我们作为一个物种能够理解我们的过去并构建我们的未来。环境作为一个物种的进化过程源于多神经元感觉系统(输入)和运动系统(输出)之间的信息和交流,是适应性和学习bb0的不可避免的起源。一个有动力的人自然会成为一个更好的技能接受者,天才是1%的天赋和99%的工作。所提出的体系结构基于由统计函数卡方和遗传算法(GA)支持的智能结构,该结构通过我们指定的知识块(KB)评估学习的结果。利用遗传算法及其评价函数为每个学习者构建最优学习路径[3]。本文做出了三个重要贡献:1-它提出了一种基于基因的课程排序方法,这将产生一个个性化的认知概况,将由(KB)支持,2 -它创建了一个新的范式的基础- (KB)结构-作为实现一种新的内容学习方式的标准,3 -使用非线性格式引导正确的学习路径,基于个人学习者的需求。
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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