Android天气监测应用的可用性测试

S. Adhy, Aditia Prasetio, B. Noranita, R. Saputra
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引用次数: 8

摘要

如果市民没有认识到了解天气变化及其影响的重要性,不确定的天气变化会产生巨大的潜在影响。为了解决这些问题,已经开发和利用了各种技术。WeMo应用程序是开发和利用基于android的技术的一个例子,该技术可用于监测周围环境中的天气数据,并作为迪波涅戈罗大学学生分享天气变化相关信息的空间。需要对已开发的应用程序进行测试,以确保用户可以轻松地使用该应用程序,并度量用户可以使用该应用程序实现目标的程度。因此,本研究对来自不同背景的受访者进行了WeMo应用程序的可用性测试。可用性测试有两种方法,即基于问卷的评估和基于性能的评估。使用任务完成机制进行可用性测试的结果表明,WeMo应用程序的有效性得分为93.33%,总体相对效率得分为91.57%。从问卷结果来看,WeMo应用的可学习性达到83.6%,满意度为83.2%,根据形容词评分属于“好”或“好”类别。
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Usability Testing of Weather Monitoring on Android Application
Uncertain weather changes have the large potential impact if the community does not have the awareness of the importance of knowing the changes in the weather and the resulting impacts. Various technologies have been developed and utilized to solve these problems. WeMo application was an example of the development and utilization of Android-based technology that can be used to monitor weather data in the surrounding environment and as a space for students at Diponegoro University to share information related to weather changes. Applications that have been developed need to be tested to ensure that users can use the application easily and measure the extent to which users can use the application to achieve the goal. Therefore, this research does usability testing on WeMo Applications with respondents from different backgrounds. There are two approaches to usability testing, namely Questionnaire-based and Performance-based evaluation. The results of usability testing using the task completion mechanism show that the effectiveness score of the WeMo application was 93.33% and overall relative efficiency score reached 91.57%. Based on the results of the questionnaire, learnability WeMo application reaches 83.6% and satisfaction was 83.2% which means it belongs to the category of “good” or good in accordance with adjective ratings.
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