Publications
Talk · International Conference on Data Science, Technology and Applications · January 1, 2019
Improving Indoor Positioning via Machine Learning
Aigerim Mussina, Sanzhar Aubakirov
Abstract
The problem of real time location system is of current interest. Cities are growing up and buildings become more complex and large. In this paper we will describe the indoor positioning issue on the example of user tracking, while using the Bluetooth Low Energy technology and received signal strength indicator(RSSI). We experimented and compared our simple hand-crafted rules with the following machine learning algorithms: Naive Bayes and Support Vector Machine. The goal was to identify actual position of active label among three possible statuses and achieve maximum accuracy. Finally, we achieved accuracy of 0.95.
Indoor and Outdoor Localization TechnologiesBluetooth and Wireless Communication TechnologiesOptical Wireless Communication Technologiesindoor positioningreal-time location systemsuser tracking
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