Data Mining the Smartphone Manipulation Skills in a Coffee Farming Community: A Step for Risk Analysis

M. V. Pagudpud, T. Palaoag
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Abstract

The Philippines is largely an agricultural country, and the importance of coffee in the Philippines cannot be undervalued. However, the coffee plantations are generally confronted with various insect pests and diseases. This is the reason why authorities continue to look for solutions through technological applications for coffee farming. Smartphones are becoming a functional tool in agriculture because its mobility served as an advantage to agriculture. However, challenges regarding the level of ICT, particularly of smartphones technology usage among the rural community is low due to limited knowledge and skills. Thus, this study has the primary objective to apply data mining to the smartphone manipulation skills of possible users' dataset in the province of Quirino, Philippines. Specifically, it sought to determine the optimal number of the types of potential users and to identify the different types of possible users and their skills that emerged from the clustering. The result shows that k=4 is the best choice for the dataset. The four clusters formed to represent the four groups of possible users are the good users with 25 instances, skilled users with 35 instances, the users with limited skills with 83 instances and finally, the expert users with 32 instances. Each of the groups possesses their distinct skills which emerged from the clustering technique implemented.
咖啡种植社区智能手机操作技能的数据挖掘:风险分析的一个步骤
菲律宾主要是一个农业国家,咖啡在菲律宾的重要性不容低估。然而,咖啡种植园普遍面临着各种病虫害。这就是当局继续通过技术应用寻找咖啡种植解决方案的原因。智能手机之所以成为农业的实用工具,是因为它的移动性曾是农业的优势。然而,由于知识和技能有限,农村社区在信息通信技术水平,特别是智能手机技术使用方面的挑战很低。因此,本研究的主要目的是将数据挖掘应用于菲律宾奎里诺省潜在用户数据集的智能手机操作技能。具体来说,它试图确定潜在用户类型的最佳数量,并确定从聚类中出现的不同类型的潜在用户及其技能。结果表明,k=4是该数据集的最佳选择。代表四组可能用户的四个集群分别是:良好用户(25个实例)、熟练用户(35个实例)、有限技能用户(83个实例)和专家用户(32个实例)。每个小组都有自己独特的技能,这些技能来自于所实现的聚类技术。
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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