IoT-based smart waste monitoring system / Ahmad Asraf Iskandar Shah

Waste management is a popular issue that is being discussed nowadays. In smart city contexts, ineffective and inefficient waste management will affect the health of communities. To solve this problem is to develop and implement IoT-Based Smart Waste Monitoring System (SWMS). The sensor will be imple...

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Main Author:	Iskandar Shah, Ahmad Asraf
Format:	Thesis
Language:	English
Published:	2020
Subjects:	Remote sensing
Online Access:	https://ir.uitm.edu.my/id/eprint/32017/1/TD_AHMAD%20ASYRAF%20ISKANDAR%20SHAH%20CS%20R%2020_5.pdf
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id	my-uitm-ir.32017
record_format	uketd_dc
spelling	my-uitm-ir.320172020-07-08T04:13:35Z IoT-based smart waste monitoring system / Ahmad Asraf Iskandar Shah 2020-07-06 Iskandar Shah, Ahmad Asraf Remote sensing Municipal refuse. Solid wastes Detectors. Sensors. Sensor networks Waste management is a popular issue that is being discussed nowadays. In smart city contexts, ineffective and inefficient waste management will affect the health of communities. To solve this problem is to develop and implement IoT-Based Smart Waste Monitoring System (SWMS). The sensor will be implemented in every container; when a certain amount of waste is reaching, the sensor will identify if the container is empty, half full, or overload. The result through this design, the SWMS will be able to prevent unhygienic environment caused by overload waste in a container. Moreover, every container also will be implementing a GPS Tracker to keep track of the location of the container; this will help waste collector to collect the overloaded container. In addition to that, the SWMS will be connected to a cloud-based storage and monitoring dashboard that will be deployed on a server through NodeMCU. This allows monitoring on each of the waste containers frequently. The SWMS will facilitate the smart city environment in the city council of Kangar to increase the effectiveness and efficiency of the waste collector in collecting the waste. Moreover, the prototype was first designed using prototype architecture and schematic diagram. The integration between the ultrasonic sensor and GPS module (gy-neo 6m v2) was then validated using an integration test before the functionality of the prototype was tested using a Test Cases method. Another evaluation consists of gaining a response from the respondents about the system understanding which consist of usefulness, ease of use and user satisfaction via a usability test. The SWMS is the solution for waste overloaded issued to the City Council to uphold their duties to monitor the level of waste in the container and allocate the location of the container. 2020-07 Thesis https://ir.uitm.edu.my/id/eprint/32017/ https://ir.uitm.edu.my/id/eprint/32017/1/TD_AHMAD%20ASYRAF%20ISKANDAR%20SHAH%20CS%20R%2020_5.pdf text en public degree Universiti Teknologi Mara Perlis Faculty of Computer and Mathematical Sciences
institution	Universiti Teknologi MARA
collection	UiTM Institutional Repository
language	English
topic	Remote sensing Remote sensing Remote sensing
spellingShingle	Remote sensing Remote sensing Remote sensing Iskandar Shah, Ahmad Asraf IoT-based smart waste monitoring system / Ahmad Asraf Iskandar Shah
description	Waste management is a popular issue that is being discussed nowadays. In smart city contexts, ineffective and inefficient waste management will affect the health of communities. To solve this problem is to develop and implement IoT-Based Smart Waste Monitoring System (SWMS). The sensor will be implemented in every container; when a certain amount of waste is reaching, the sensor will identify if the container is empty, half full, or overload. The result through this design, the SWMS will be able to prevent unhygienic environment caused by overload waste in a container. Moreover, every container also will be implementing a GPS Tracker to keep track of the location of the container; this will help waste collector to collect the overloaded container. In addition to that, the SWMS will be connected to a cloud-based storage and monitoring dashboard that will be deployed on a server through NodeMCU. This allows monitoring on each of the waste containers frequently. The SWMS will facilitate the smart city environment in the city council of Kangar to increase the effectiveness and efficiency of the waste collector in collecting the waste. Moreover, the prototype was first designed using prototype architecture and schematic diagram. The integration between the ultrasonic sensor and GPS module (gy-neo 6m v2) was then validated using an integration test before the functionality of the prototype was tested using a Test Cases method. Another evaluation consists of gaining a response from the respondents about the system understanding which consist of usefulness, ease of use and user satisfaction via a usability test. The SWMS is the solution for waste overloaded issued to the City Council to uphold their duties to monitor the level of waste in the container and allocate the location of the container.
format	Thesis
qualification_level	Bachelor degree
author	Iskandar Shah, Ahmad Asraf
author_facet	Iskandar Shah, Ahmad Asraf
author_sort	Iskandar Shah, Ahmad Asraf
title	IoT-based smart waste monitoring system / Ahmad Asraf Iskandar Shah
title_short	IoT-based smart waste monitoring system / Ahmad Asraf Iskandar Shah
title_full	IoT-based smart waste monitoring system / Ahmad Asraf Iskandar Shah
title_fullStr	IoT-based smart waste monitoring system / Ahmad Asraf Iskandar Shah
title_full_unstemmed	IoT-based smart waste monitoring system / Ahmad Asraf Iskandar Shah
title_sort	iot-based smart waste monitoring system / ahmad asraf iskandar shah
granting_institution	Universiti Teknologi Mara Perlis
granting_department	Faculty of Computer and Mathematical Sciences
publishDate	2020
url	https://ir.uitm.edu.my/id/eprint/32017/1/TD_AHMAD%20ASYRAF%20ISKANDAR%20SHAH%20CS%20R%2020_5.pdf
_version_	1783734152091140096

IoT-based smart waste monitoring system / Ahmad Asraf Iskandar Shah

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