gprs
GRPS-Based Distributed Home-Monitoring Using Internet-Based
Geographical Information System
A. R. Al-Ali, Imran A. Zualkernan, Assia Lasfer, Alaa Chreide, and Hadel Abu Ouda
Abstract — Recent developments in publically available webbased
Geographical Information Systems (GIS) and the availability of low-cost integrated General Packet Radio Service
(GPRS)/Global Positioning Systems (GPS) modem have enabled the development of embedded stand-alone home monitoring systems. This paper presents the design, implementation and testing of a home-monitoring system that utilizes online Map from a GIS in conjunction with the readily available public satellite-based GPS, and GPRS mobile networks. In addition to detecting intruders, the system allows a home owner to remotely monitor various critical home sensors status including those tied to fire, flooding, and gas leaks. Home owners can monitor their homes via their mobile phone or by using the Internet. This system can also be utilized by security firms, civil defense organizations and municipalities to continuously monitor and locate troublesome spots in residential neighborhoods and compounds using free GIS Maps1.
Index Terms — GPRS, GIS, Smart Home, Security,
Embedded Systems, Remote Monitoring.
I. INTRODUCTION
World Wide Web, wireless communication tools and gadgets are being extensively utilized by the youth via social networks, smart phone and GPS technologies. While on the move, young home owners are utilizing GPS and GIS technologies for road and personal navigation, texting each other using smart mobile devices, using social media to communicate and follow each others’ news instantaneously.
The wide-spread popularity, acceptance and usage of these technologies has presented an opportunity to research and development engineers as well as information technology service providers to develop and provide value-added services. One such value-added service can enable the digital
native
Geographical Information System
A. R. Al-Ali, Imran A. Zualkernan, Assia Lasfer, Alaa Chreide, and Hadel Abu Ouda
Abstract — Recent developments in publically available webbased
Geographical Information Systems (GIS) and the availability of low-cost integrated General Packet Radio Service
(GPRS)/Global Positioning Systems (GPS) modem have enabled the development of embedded stand-alone home monitoring systems. This paper presents the design, implementation and testing of a home-monitoring system that utilizes online Map from a GIS in conjunction with the readily available public satellite-based GPS, and GPRS mobile networks. In addition to detecting intruders, the system allows a home owner to remotely monitor various critical home sensors status including those tied to fire, flooding, and gas leaks. Home owners can monitor their homes via their mobile phone or by using the Internet. This system can also be utilized by security firms, civil defense organizations and municipalities to continuously monitor and locate troublesome spots in residential neighborhoods and compounds using free GIS Maps1.
Index Terms — GPRS, GIS, Smart Home, Security,
Embedded Systems, Remote Monitoring.
I. INTRODUCTION
World Wide Web, wireless communication tools and gadgets are being extensively utilized by the youth via social networks, smart phone and GPS technologies. While on the move, young home owners are utilizing GPS and GIS technologies for road and personal navigation, texting each other using smart mobile devices, using social media to communicate and follow each others’ news instantaneously.
The wide-spread popularity, acceptance and usage of these technologies has presented an opportunity to research and development engineers as well as information technology service providers to develop and provide value-added services. One such value-added service can enable the digital
native