改善智能废物管理,保护旅游景点在物联网环境日惹

Rania Rizki Arinta, Dominikus Boli Watomakin, S. Suyoto
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引用次数: 2

摘要

印尼公众对垃圾就地处理的意识仍然很低。在印度尼西亚的旅游景点,特别是日惹,可以看到垃圾的处理,而不是在其位置上。由于垃圾处置不到位,会损害旅游景点的可持续性。社区仍不能区分有机和无机物,这已由该地区提供处置。如果废物不被回收利用,就会使分解过程更加困难。为了使其更容易分类和敏感社区更有纪律,我们使用物联网环境更新垃圾箱。垃圾桶与智能手机集成,通过超声波传感器了解垃圾容量信息。垃圾箱与Wi-Fi模块相结合。这样传感器就可以通过智能手机的Wi-Fi模块发送数据。最近的垃圾位置使用最陡峭的爬坡算法与GPS模块相结合。这个垃圾箱装有防盗系统,以防盗窃。拟议的智能废物管理可以帮助看门人监控多余的废物和回收利用,节省30分钟。然后,对于垃圾收集过程,所花费的时间比使用物联网系统之前的垃圾管理员的时间表快50%。此外,它可以培养公众的意识,使他们能够在自己的地方处理垃圾。
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Improve Smart Waste Management to Preserve Tourist Attractions Yogyakarta in IoT Environment
The public awareness in Indonesia for disposing of garbage in its place is still low. Disposing of the garbage, not in its position, could be seen in tourist attractions in Indonesia, especially in Yogyakarta. As a result of disposing of the waste is not in its place, can damage the sustainability of tourist attractions. The community still cannot separate organic and inorganic, which has been provided by the area of disposal. If the waste is not being recycled, it will make the decomposition process more difficult. To make it easier to sort out and sensitize the community to be more disciplined, we renew the garbage bin using IoT Environment. The dustbin is integrated with a smartphone to find out information about the capacity of the garbage using an ultrasonic sensor. The dustbin is combined with a Wi-Fi module. So will allow the sensor to send the data through the Wi-Fi module via smartphone. The location of the nearest garbage uses the steepest hill-climbing algorithm integrated with a GPS Module. The dustbin is equipped with a security system to anticipate theft. The proposed Smart Waste Management can help janitors monitor excessive waste and accessible in recycling by saving 30 minutes. Then for the garbage collection process, the time taken is 50% faster than the schedule for taking out garbage janitors before using the IoT system. Also, it can foster public awareness to be able to dispose of garbage in its place.
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