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A Formal Description of the Systemic Theory based e-Learning

机译:基于系统理论的电子学习的形式化描述

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This paper aims at presenting the systems theory-based approach to the learning (instructional) process. Such as approach is necessary, if one takes into consideration the the complex and holistic nature of the learning process. The presented modeling is based on the definition of an automatic regulation system and artificial intelligence techniques. For this purpose, an Intelligent Instructional System (IIS) is defined using the concepts: inputs, outputs, perturbations factors, regulation, feedback and AI learning techniques. The contextual environment of learning plays the major role in this system and it establishes the perturbation factors. The regulation consists in AI learning techniques, so the IIS is a flexible and adaptive system. The process’ behaviour is described using pseudo-boolean and linear equations. This kind of approach enables solving the problems of the complexity and uncertainty of the learning (instructional) systems and, particularly, those of the e-learning (online and offline). Applications of the proposed approach may be found in e-learning courses for Mathematics, Computing, Architecture, Archaeology, Cultural Heritage, etc.
机译:本文旨在介绍基于系统理论的学习(教学)过程方法。如果考虑到学习过程的复杂性和整体性,那么这种方法是必要的。所提出的建模基于自动调节系统和人工智能技术的定义。为此,使用以下概念定义了智能教学系统(IIS):输入,输出,干扰因素,调节,反馈和AI学习技术。学习的情境环境在该系统中起主要作用,并建立了摄动因素。该法规包含AI学习技术,因此IIS是一个灵活的自适应系统。使用伪布尔和线性方程来描述过程的行为。这种方法可以解决学习(教学)系统特别是电子学习(在线和离线)的复杂性和不确定性的问题。可以在数学,计算,建筑,考古,文化遗产等的电子学习课程中找到建议的方法的应用。

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