Residential Trash Container Automation Alternatives

José Esquicha-Tejada; Andrea Cornejo-Paredes; Tatyana Chávez-Barrios; Nadia Chavez-Salas; Aremi Paja-Medina; Jesus Ronquillo-Mallea

Residential Trash Container Automation Alternatives

José Esquicha-Tejada, Andrea Cornejo-Paredes, Tatyana Chávez-Barrios, Nadia Chavez-Salas, Aremi Paja-Medina, Jesus Ronquillo-Mallea

Escuela Profesional de Ingeniería de Sistemas

Universidad Católica de Santa María

Producción científica: Contribución a una revista › Artículo de la conferencia › revisión exhaustiva

Resumen

The process and organization of garbage collection in metropolitan cities is inefficient for the current requirements. Which has brought problems such as pollution, crime and bad appearance and consequently a tendency to develop a bad habit by the population. This article provides two alternative solutions for the automation of the garbage container by means of the NodeMCU and Raspberry Pi board with the help of ultrasound sensors, photovoltaic system, and instant messaging (Telegram). As a result, it allowed the municipality to know when the right time is to pick up the garbage in the residential. The SUS instrument was used as validation, which gave us a result of 80% and 75% in terms of usability and feasibility.

Idioma original	Inglés
Páginas (desde-hasta)	243-257
Número de páginas	15
Publicación	CEUR Workshop Proceedings
Volumen	3693
Estado	Publicada - 2023
Evento	2023 International Conference on Systems Engineering, JINIS 2023 - Arequipa, Perú Duración: 3 oct. 2023 → 5 oct. 2023

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abstract = "The process and organization of garbage collection in metropolitan cities is inefficient for the current requirements. Which has brought problems such as pollution, crime and bad appearance and consequently a tendency to develop a bad habit by the population. This article provides two alternative solutions for the automation of the garbage container by means of the NodeMCU and Raspberry Pi board with the help of ultrasound sensors, photovoltaic system, and instant messaging (Telegram). As a result, it allowed the municipality to know when the right time is to pick up the garbage in the residential. The SUS instrument was used as validation, which gave us a result of 80% and 75% in terms of usability and feasibility.",

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AU - Esquicha-Tejada, José

AU - Cornejo-Paredes, Andrea

AU - Chávez-Barrios, Tatyana

AU - Chavez-Salas, Nadia

AU - Paja-Medina, Aremi

AU - Ronquillo-Mallea, Jesus

PY - 2023

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N2 - The process and organization of garbage collection in metropolitan cities is inefficient for the current requirements. Which has brought problems such as pollution, crime and bad appearance and consequently a tendency to develop a bad habit by the population. This article provides two alternative solutions for the automation of the garbage container by means of the NodeMCU and Raspberry Pi board with the help of ultrasound sensors, photovoltaic system, and instant messaging (Telegram). As a result, it allowed the municipality to know when the right time is to pick up the garbage in the residential. The SUS instrument was used as validation, which gave us a result of 80% and 75% in terms of usability and feasibility.

AB - The process and organization of garbage collection in metropolitan cities is inefficient for the current requirements. Which has brought problems such as pollution, crime and bad appearance and consequently a tendency to develop a bad habit by the population. This article provides two alternative solutions for the automation of the garbage container by means of the NodeMCU and Raspberry Pi board with the help of ultrasound sensors, photovoltaic system, and instant messaging (Telegram). As a result, it allowed the municipality to know when the right time is to pick up the garbage in the residential. The SUS instrument was used as validation, which gave us a result of 80% and 75% in terms of usability and feasibility.

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KW - Photovoltaic System

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Residential Trash Container Automation Alternatives

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