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Destination alarm notification for public transportation passenger using Geo-Fence in mobile App

机译:在移动应用程序中使用地理栅栏的公共交通乘客目的地报警通知

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Geo-fence is a non visible parameter that allows interaction between user of mobile device and point of location in sending and retrieving information. A destination alarm mobile app can help to alert and notify passenger of public transportation on their current location and the destination. An alarm will be triggered once the mobile device enters the geo-fence of the point of destination. Eclipse Kepler is the platform to develop the bus destination mobile app. Using Java language; the mobile app is built compatible for Android User. The process started from drafting storyline and interface, developing coding geo-fence 300m from point of destinations and finally testing the mobile app in real travel journey. The actual locations of alarm triggered were collected by getting the latlong from Google Maps to determine the difference between the distances automatically measured from the actual locations of alarm triggered to the point of destinations. The difference on battery consumption while using and not using the app also taken into consideration. The actual alarm triggered slightly differs from the expected 300m from point of destinations but still acceptable near to the geo-fence. The alarm continuously notify passenger even after exiting the geo-fence until it be denied by the user. The alarm drain energy.
机译:地理围栏是一种非可见参数,允许移动设备的用户与发送和检索信息的位置之间的交互。目的地警报移动应用程序可以帮助警告并通知当前位置和目的地的公共交通乘客。一旦移动设备进入目的地的地理围栏,将触发警报。 Eclipse Bepler是开发总线目的地移动应用程序的平台。使用Java语言;移动应用程序是为Android用户兼容的。该过程从起草故事情节和界面开始,从目的地开发300米的编码地理围栏,最后测试了真正的旅行旅程中的移动应用程序。通过从谷歌地图获取Latlong来确定触发的警报的实际位置,以确定从触发到目的地的警报的实际位置自动测量的距离之间的差异。使用而不是使用该应用程序的电池消耗量的差异也考虑。实际的警报触发略有不同于目的地的预期300米,但仍然可以接近地理围栏。即使在离开地理围栏之后,警报也会连续通知乘客,直到用户拒绝。警报漏极能量。

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