Application of the Weighted Product Method in a Decision Support System to Determine Children's Multiple Intelligence

Yuliana Astiti Fonga Wea Tae, Rambu Yetti Kalaway, Pingky Alfa Ray Leo Lede
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Abstract

Intelligence cannot solely be measured in terms of intellectual intelligence. There are various types of intelligence in children, which cause teachers and parents require time to determine the type of intelligence of children. Quick and easy decision-making can be achieved using a decision support system. One method that can be adopted in the decision-making process of a decision support system is the weighted product method. This study aims to measure the level of accuracy of the weighted product method in determining the type of multiple intelligence of children. The decision support system determines the type of intelligence of children in early childhood (ages 4-6 years) using Garner's [1] eight types of multiple intelligences as decision-making criteria. The data was collected using interviews and questionnaires to the teachers of Mutiara State Kindergarten. The study found that a decision support system using the weighted product method can determine the type of children's multiple intelligences with an accuracy rate of 96%. Based on the result of analysis and calculation using the weighted product method from test questionnaire data of 55 children, compared to the results of identification by the teacher, it was found that the compatibility of 53 children.
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加权乘积法在儿童多元智能决策支持系统中的应用
智力不能仅仅用智力来衡量。儿童的智力类型多种多样,这导致教师和家长需要时间来确定儿童的智力类别。使用决策支持系统可以实现快速而简单的决策。在决策支持系统的决策过程中可以采用的一种方法是加权乘积法。本研究旨在衡量加权乘积法在确定儿童多重智力类型方面的准确性水平。决策支持系统使用Garner[1]的八种类型的多元智能作为决策标准来确定儿童早期(4-6岁)的智力类型。数据是通过对穆蒂亚拉州立幼儿园教师的访谈和问卷调查收集的。研究发现,使用加权乘积法的决策支持系统可以确定儿童多元智能的类型,准确率为96%。根据55名儿童的测试问卷数据,采用加权乘积法进行分析计算,并与教师的鉴定结果进行比较,发现53名儿童的相容性较好。
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审稿时长
12 weeks
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