Notification System and GPS Position Tracking as a Security Feature for Child Pick Up At Daycare

Ratna Aisuwarya, Tati Erlina, Syafajar Ahmad Sabyl
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Abstract

On the Internet of Things (IoT) era, specialized applications are highly demanded to solve real-life problems. We apply Haversine Formula in our proposed notification system and GPS position tracking method and choose daycare as our experimental object. The aim is to create a system that automatically connects teachers in daycare and parents when they are picked up. It allows teachers to track parents' location on the maps. This system is built using an Android-based application called “Child Pick Up (CPU)” with the login page being the first page that will appear when logging into the application. There is an option to sign up for a new parent account on this page. Then, the daycare teacher can verify the account. “CPU” application can send two notifications, when parents press the pickup button and when parents are less than 100 m from daycare. Based on the testing and analysis in this research, it can be concluded that the system can track a parent's location based on GPS position. The average distance when the second notification appears on the teacher's smartphone in daycare is 87.22 m. The pickup and arrival time is recorded on Firebase.
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通知系统和GPS位置跟踪作为儿童日托的安全功能
在物联网(IoT)时代,迫切需要专门的应用来解决现实生活中的问题。我们将哈弗斯公式应用于我们提出的通知系统和GPS位置跟踪方法,并选择日托作为我们的实验对象。其目的是创建一个系统,在孩子被接走时,自动连接日托中心的老师和家长。它允许教师在地图上追踪家长的位置。该系统是使用基于android的应用程序“儿童拾取(CPU)”构建的,登录页面是登录应用程序时出现的第一页。在此页面上有一个注册新父帐户的选项。然后,日托老师可以核实账户。“CPU”应用程序可以发送两次通知,当家长按下接机按钮和当家长距离日托中心不到100米时。通过本研究的测试和分析,可以得出结论,该系统可以根据GPS位置跟踪父母的位置。幼儿园教师智能手机第二次出现通知的平均距离为87.22米。接收和到达时间记录在Firebase上。
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