首页> 外文期刊>Asian Journal of Pharmaceutical and Clinical Research >PERSONALIZED VIRTUAL SCHOOL ENVIRONMENT USING CLASSIFIER ALGORITHM AND SEMANTIC ADVISOR-ASSISTING FRAMEWORK
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PERSONALIZED VIRTUAL SCHOOL ENVIRONMENT USING CLASSIFIER ALGORITHM AND SEMANTIC ADVISOR-ASSISTING FRAMEWORK

机译:使用分类算法和语义顾问辅助框架的个性化虚拟学校环境

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As we knew that every individual is different than each other and their brain levels are also different, some students are very bright and some are not, so there is a need to develop such system which will teach them as per their thought process and learning habits. This research aims to develop a personalized virtual school environment for students which help them to learn the things same as they learn in school physically, but the thing here is each student will be treated differently as per his/her ability. Hence, this system would be a virtual school for any student, which resembles the CBSE school system in India. In this virtual school, all things are present such as teachers, homework, games, and exams which present in actual school except one which is the physical classroom because in virtual environment the course and things are personalized for each student as per his/her thoughts and brain level, so here the student can seat in his/her home and can learn at any time with help of computer. The system is a webbased environment and machine learning would be used for doing personalization on family and knowledge context of student. This web system contains four components: (1) Classification based on family context, (2) classification based on knowledge context, (3) learning material selection algorithm, (4) web-based learning system on top of above three, are discussed in this paper.
机译:我们知道每个人都不一样,他们的大脑水平也不同,有些学生非常聪明,有些则没有,所以有必要开发这样一种系统,根据他们的思维过程和学习习惯来教他们。这项研究旨在为学生开发个性化的虚拟学校环境,以帮助他们学习与在学校实际学习的东西相同的东西,但是这里的事情是每个学生都将根据其能力而有所不同。因此,该系统将成为任何学生的虚拟学校,类似于印度的CBSE学校系统。在这个虚拟学校中,存在着所有东西,例如老师,家庭作业,游戏和考试,这些东西在实际学校中都存在,除了一所物理教室,这是因为在虚拟环境中,课程和事物是根据每个学生的思想为每个学生个性化的和大脑水平,因此学生可以在这里坐在自己的家中,并可以在任何时候借助计算机进行学习。该系统是一个基于Web的环境,机器学习将用于对学生的家庭和知识环境进行个性化设置。该Web系统包含四个组成部分:(1)在本文中讨论了基于家庭上下文的分类,(2)基于知识上下文的分类,(3)学习材料选择算法,(4)在以上三个基础之上的基于Web的学习系统。这张纸。

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