Abstract
In Indonesia, especially Jakarta have a lot of garbage strewn that can be an eyesore and also cause pollution that can carry diseases. Garbage strewn can cause many things, one of her dues is bins are overflowing due to the full so it can not accommodate the waste dumped from other people. Thus, the author created a new method for waste disposal more systematic. In creating new method requires a technology to supports, then the author makes a prototype for waste volume monitoring. By using the internet of things prototype of waste volume monitoring may give notification to the sanitary agency that waste in the trash bin needs to be disposal. In this study, conducted the design and manufactured of prototype waste volume monitoring using LinkItONE board based by Arduino and an ultrasonic sensor for appliance senses. Once the prototype is completed, evaluation in order to determine whether the prototype will function properly. The result showed that the expected function of a prototype waste volume monitoring can work well.
Highlights
Waste strewn on the street can be an eyesore and cause pollution, especially pollution which can carry diseases. all those problems existed in Jakarta
When creating new method requires a technology that can provide the ability to give notification to the sanitary agency that waste in the trash bin needs to be disposed, so waste would not be overflow from the trash bin
The sanitary agency can inform decision more efficiency such as how many human resources and truck should be sent to the location, and when the sanitary agency could deploy for disposing the waste in that location without disturbing the activities of other people that live in that area
Summary
Waste strewn on the street can be an eyesore and cause pollution, especially pollution which can carry diseases. all those problems existed in Jakarta. In order to make this new system for waste disposal, the author need an IoT platform for its base, In this paper the author used Sensor-Cloud Platform [4], this platform aims to manage physical sensor by connecting them to the cloud - or can be called cloud computing as a computing paradigm where many systems are connected each other, to provide scalable infrastructure of application and file storage [5] Provide services such as automation data retrieval which will be submitted to the cloud to be processed and can be part of a resource.
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