The pervasive diffusion of smartphones is boosting indoor positioning solutions and location-
based services. We propose a novel methodology to perform indoor positioning of mobile …

This paper addresses sequential indoor localization using WiFi and Inertial Measurement
Unit (IMU) modules commonly found in commercial off-the-shelf smartphones. Specifically …

In this paper, we exploit the wireless signals of the two most common wireless standard
used in indoor environments ie Wireless Fidelity (WiFi) and Bluetooth Low Energy (BLE) for …

Despite of several years of innovative research, indoor localization is still not mainstream.
Existing techniques either employ cumbersome fingerprinting, or rely upon the deployment …

The Accurate indoor localization is a challenging task due to the absence of GPS. Among
numerous proposals, Wifi fingerprint-based localization is one of the most promising …

In existing WiFi-based localization methods, smart mobile devices consume quite a lot of
power as WiFi interfaces need to be used for frequent AP scanning during the localization …

This paper proposes an improved indoor localization method based on WiFi fingerprint and
adaptive Monte Carlo localization (AMCL). Its localization process consists of two stages …

Indoor localization remains a hot topic during the last few decades. Previous research
mainly relies on wireless fingerprints and thus demands a large number of APs or labor …

Indoor localization represents a hot topic nowadays due to the new emerging location-
based services, which are expected to have a major impact, especially on retail sector …

Due to the advent and pervasive deployment of wireless local area networks, WiFi-based
indoor localization systems have received increasing attention in the last few years …