Faculty Of Engineering Graduation Project 2017-2018

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Browsing Faculty Of Engineering Graduation Project 2017-2018 by Author "Mohamed Sayed Hashem, Adham"

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    Real-time Indoor Location Solution Part III (Indoor Bluetooth Coverage Application)
    (October University for Modern Sciences and Arts, 2018) Khalid Ibrahim Ali, Omar; Mohamed Sayed Hashem, Adham
    The REALTIME INDOOR LOCATION SYSTEM protects people by providing real-time information about their location when in need and the User’s benefits from a unique platform combining indoor Positioning with the solutions automated emergency alarm handling. The Real Time Location System integrates several technologies in one solution Like Bluetooth for indoor positioning, Support for Smartphones, and TETRA radios as well as GSM panic alarm devices. Locate employees using any always discoverable Bluetooth device, including DMR & TETRA radios, Android Smartphones and the Bluetooth badge. The system provides real-time location data using strategically placed Bluetooth Beacons/Receivers connected to the buildings LAN. Beacons/Receivers are continually monitored for disconnection and have a range of 5-50 meters (subject to the environment). The more Beacons/Receivers installed, the more precise the location data. The issue is how by few number of beacons, it can get high percentage of efficiency of coverage. There are many solutions and methods that can be used for real time indoor positioning system, but due to the obstacles and interference that make the signal propagate less, there’s no single solution to solve this problem. There’s no single standard method that our competitors are all using. We are aiming to build a real time indoor positioning system that will be able to operate effectively in any indoor infrastructure and be user friendly for the client. In this paper we will go deeply in this system and its features.