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Empowering sustainable household waste management through Rubbin: App-based transactions using Google maps API and QR code recognition.

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Titel: Empowering sustainable household waste management through Rubbin: App-based transactions using Google maps API and QR code recognition.
Autoren: Rimbawa, H. A. Danang, Arghanie, Muhammad Abditya, Renoult, Muhammad Rey, Ananda, Dea Dwi
Quelle: AIP Conference Proceedings; 2024, Vol. 3215 Issue 1, p1-15, 15p
Schlagwörter: REFUSE collection, WASTE management, TWO-dimensional bar codes, ADAPTIVE filters, SMART cities
Abstract: The Digitization of environmentally friendly technology must be applied to advance smart cities. Waste management carried out conventionally often causes irregularities in the classification data collection, difficulties in accessing information related to garbage collection schedules, and a lack of transaction history information, which causes a decrease in the quality of waste collection. The development of functional application features is urgently needed as a container for proper waste management. The Rubbin App has been created, which implements Google Maps API for route optimization and waste mapping, QR code recognition using Enhanced Adaptive Median Filter, and private chat for clients and collectors as additional features. The purpose of designing this research is to overcome the impacts of climate change, significantly reducing gas emissions, by proposing a digital waste management system by providing iOS and Android multiplatform applications with attractive and easy-to-use UI/UX interfaces. The Rubbin application utilizes Google Maps API technology to enable waste tracking and route optimization while employing QR codes to streamline the transaction process between clients and collectors, ensuring efficient waste management operations. The Rubbin application results show a change in the community's waste management habits, forming a culture of caring for the environment. Digitization technology through the Rubbin application makes it easier for clients to realize the goal of achieving net zero emissions. The Rubbin application development test shows that the usability value reaches 83.08%, which is a good value for usability testing and validation testing of 100. [ABSTRACT FROM AUTHOR]
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Datenbank: Complementary Index
Beschreibung
Abstract:The Digitization of environmentally friendly technology must be applied to advance smart cities. Waste management carried out conventionally often causes irregularities in the classification data collection, difficulties in accessing information related to garbage collection schedules, and a lack of transaction history information, which causes a decrease in the quality of waste collection. The development of functional application features is urgently needed as a container for proper waste management. The Rubbin App has been created, which implements Google Maps API for route optimization and waste mapping, QR code recognition using Enhanced Adaptive Median Filter, and private chat for clients and collectors as additional features. The purpose of designing this research is to overcome the impacts of climate change, significantly reducing gas emissions, by proposing a digital waste management system by providing iOS and Android multiplatform applications with attractive and easy-to-use UI/UX interfaces. The Rubbin application utilizes Google Maps API technology to enable waste tracking and route optimization while employing QR codes to streamline the transaction process between clients and collectors, ensuring efficient waste management operations. The Rubbin application results show a change in the community's waste management habits, forming a culture of caring for the environment. Digitization technology through the Rubbin application makes it easier for clients to realize the goal of achieving net zero emissions. The Rubbin application development test shows that the usability value reaches 83.08%, which is a good value for usability testing and validation testing of 100. [ABSTRACT FROM AUTHOR]
ISSN:0094243X
DOI:10.1063/5.0235764