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Mobile Marker-based Augmented Reality Coloring Sheets Development for Dengue Awareness

机译:基于移动标记的增强现实着色表的登革热意识

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Many of the tropical and subtropical regions of the world are facing significant socioeconomic concerns. In relation to this they face the spread of dengue fever. From the populations of Southeast Asia and Western Pacific regions, Asia remains disproportionately affected by 75% of the dengue infection. Thus, it has become a major challenge to the public health because of the worldwide spread and the dramatic increase in dengue cases particularly in the Asian region. Even though, action has been taken by the government and community, to combat the diseases through media campaign and other activities, the lack of knowledge such as understanding the life cycle and breeding of a mosquito may result in less effective mosquito control measures. Taking the advantages of augmented reality (AR) technology using marker-based will be able to facilitate the visualization and integration of information by displaying it directly to the user’s view. This study aims to edutain school aged children about the mosquito breeding. The total participants involved in this survey were 86 standard 6 students from public schools. The results show that the scores for all scales in UEQ tools represent a positive evaluation describing a pragmatic quality aspect (efficiency, perspicuity, dependability) with a value of 1.26, hedonic quality (stimulation and novelty) with a value of 1.50 and attractiveness with a value of 1.57. Alpha coefficients are 1.570 for attractiveness, 1.302 for perspicuity, 1.279 for efficiency, 1.186 for dependability, 1.750 for stimulation and 1.244 for novelty. The value of attractiveness and stimulation give the highest scale in the results. This showed that users have found that the overall impression of the application is attractive, exciting and motivate them to use it. This suggested that the use of AR application can assist students understanding because it provides a dynamic visualization to support learning. Thus, able to create awareness in the early prevention of dengue control.
机译:世界上许多热带和亚热带地区都面临着重要的社会经济问题。与此相关,他们面临登革热的蔓延。从东南亚和西太平洋地区的人口,亚洲仍然不成比例地受到75%的登革热感染影响。因此,由于全世界的蔓延和特色亚洲地区,登革热病例的戏剧性增加,它已成为公共卫生的重大挑战。尽管如此,政府和社区采取了行动,通过媒体活动和其他活动来打击疾病,缺乏了解蚊子生命周期和养殖的知识,可能导致蚊虫控制措施较低。使用基于标记的基于标记的增强现实(AR)技术的优点将能够通过直接向用户的视图显示信息来促进信息的可视化和集成。本研究旨在致力于与蚊子育种的edutain学校年龄衰老。本次调查中涉及的参与者共有86名来自公立学校的6名学生。结果表明,UEQ工具中所有尺度的分数代表了一个阳性评估,其描述了具有1.26,蜂窝质量(刺激和新奇)的务实质量方面(效率,展示性,可靠性),其值为1.50和吸引力价值1.57。 alpha系数为1.570,用于吸引力为1.570,无论是效率为1.279的1.279,可靠性为1.186,刺激的1.750和新颖性为1.244。吸引力和刺激的价值在结果中提供了最高规模。这表明用户已经发现应用程序的整体印象是有吸引力,令人兴奋和激励他们使用它。这表明AR应用程序的使用可以帮助学生了解,因为它提供了支持学习的动态可视化。因此,能够在预防登革索控制的早期预防方面创造意识。

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