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iMHS: An IOT Embedded for Aedes Mosquito Home System

The proposed of Intelligent Mosquitoes Home System (iMHS) encompasses of a complete Internet of Things (IoT) based solution. This IoT solution shall leverage the complete eco-system consisting of the devices (i.e.Sensors), the network connectivity, the cloud computing platform, the data analytic...

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Main Authors: Wan Aezwani, Wan Abu Bakar, Mustafa, Man, Bazilah, A.Talip, Lim, Chee Hwa, Mohd Irfan Hakim, Md Noor
Format: Conference or Workshop Item
Language:English
English
English
Published: 2019
Subjects:
QA Mathematics
Online Access:http://eprints.unisza.edu.my/2018/1/FH03-FIK-19-33803.pdf
http://eprints.unisza.edu.my/2018/2/FH03-FIK-19-33804.pdf
http://eprints.unisza.edu.my/2018/3/FH03-FIK-19-33806.jpeg
http://eprints.unisza.edu.my/2018/
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spelling my-unisza-ir.20182020-11-29T02:57:10Z http://eprints.unisza.edu.my/2018/ iMHS: An IOT Embedded for Aedes Mosquito Home System Wan Aezwani, Wan Abu Bakar Mustafa, Man Bazilah, A.Talip Lim, Chee Hwa Mohd Irfan Hakim, Md Noor QA Mathematics The proposed of Intelligent Mosquitoes Home System (iMHS) encompasses of a complete Internet of Things (IoT) based solution. This IoT solution shall leverage the complete eco-system consisting of the devices (i.e.Sensors), the network connectivity, the cloud computing platform, the data analytics and a comprehensive web based system. The fundamental component of IoT embedded solution is the optimization of the device from the low-power wide-area network which is designed to enable battery-powered devices to operate with a long read range. This research is to enable a suitable method to detect to status level of fluid (Attractors), or also called as Insecticide Growth Regulator (IGR) that is equipped together in the Mosquito Home System (MH). The IGR status is plotted in three (3) different status i.e. low, medium or high by using the appropriate sensors components. Here, the battery capacity is crucial to allow for a well-received and consistent communication between sensors and signal receivers. Data sent or received is processed and inserted into a database on a public server (Cloud Server). In this research, we deployed an Arduino water level sensor that is controlled by NodeMCU (ESP8266) module as the microcontroller that is powered by AA Battery pack. Prior to implementation, the result of the battery sustainability in iMHS shows that it could last for 10 days under setting with 15 interval time, assuming under normal working condition. 2019 Conference or Workshop Item NonPeerReviewed text en http://eprints.unisza.edu.my/2018/1/FH03-FIK-19-33803.pdf text en http://eprints.unisza.edu.my/2018/2/FH03-FIK-19-33804.pdf image en http://eprints.unisza.edu.my/2018/3/FH03-FIK-19-33806.jpeg Wan Aezwani, Wan Abu Bakar and Mustafa, Man and Bazilah, A.Talip and Lim, Chee Hwa and Mohd Irfan Hakim, Md Noor (2019) iMHS: An IOT Embedded for Aedes Mosquito Home System. In: International Conference On Informatics, Computing And Applied Mathematics, 26-28 October 2019, TH Hotel Terengganu.
institution Universiti Sultan Zainal Abidin
building UNISZA Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Sultan Zainal Abidin
content_source UNISZA Institutional Repository
url_provider https://eprints.unisza.edu.my/
language English
English
English
topic QA Mathematics
spellingShingle QA Mathematics
Wan Aezwani, Wan Abu Bakar
Mustafa, Man
Bazilah, A.Talip
Lim, Chee Hwa
Mohd Irfan Hakim, Md Noor
iMHS: An IOT Embedded for Aedes Mosquito Home System
description The proposed of Intelligent Mosquitoes Home System (iMHS) encompasses of a complete Internet of Things (IoT) based solution. This IoT solution shall leverage the complete eco-system consisting of the devices (i.e.Sensors), the network connectivity, the cloud computing platform, the data analytics and a comprehensive web based system. The fundamental component of IoT embedded solution is the optimization of the device from the low-power wide-area network which is designed to enable battery-powered devices to operate with a long read range. This research is to enable a suitable method to detect to status level of fluid (Attractors), or also called as Insecticide Growth Regulator (IGR) that is equipped together in the Mosquito Home System (MH). The IGR status is plotted in three (3) different status i.e. low, medium or high by using the appropriate sensors components. Here, the battery capacity is crucial to allow for a well-received and consistent communication between sensors and signal receivers. Data sent or received is processed and inserted into a database on a public server (Cloud Server). In this research, we deployed an Arduino water level sensor that is controlled by NodeMCU (ESP8266) module as the microcontroller that is powered by AA Battery pack. Prior to implementation, the result of the battery sustainability in iMHS shows that it could last for 10 days under setting with 15 interval time, assuming under normal working condition.
format Conference or Workshop Item
author Wan Aezwani, Wan Abu Bakar
Mustafa, Man
Bazilah, A.Talip
Lim, Chee Hwa
Mohd Irfan Hakim, Md Noor
author_facet Wan Aezwani, Wan Abu Bakar
Mustafa, Man
Bazilah, A.Talip
Lim, Chee Hwa
Mohd Irfan Hakim, Md Noor
author_sort Wan Aezwani, Wan Abu Bakar
title iMHS: An IOT Embedded for Aedes Mosquito Home System
title_short iMHS: An IOT Embedded for Aedes Mosquito Home System
title_full iMHS: An IOT Embedded for Aedes Mosquito Home System
title_fullStr iMHS: An IOT Embedded for Aedes Mosquito Home System
title_full_unstemmed iMHS: An IOT Embedded for Aedes Mosquito Home System
title_sort imhs: an iot embedded for aedes mosquito home system
publishDate 2019
url http://eprints.unisza.edu.my/2018/1/FH03-FIK-19-33803.pdf
http://eprints.unisza.edu.my/2018/2/FH03-FIK-19-33804.pdf
http://eprints.unisza.edu.my/2018/3/FH03-FIK-19-33806.jpeg
http://eprints.unisza.edu.my/2018/
_version_ 1685582808327651328
score 13.211869

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