Localization of mobile wireless devices carries critical importance for applications such as
search and rescue, public safety, surveillance, and occupancy monitoring. In this paper, we …

Explosive growth in the number of portable devices like smartphones, tablets, and smart-
watches has escalated the demand for localization-based services, spurring development of …

Localization is of key importance to a variety of applications. Most previous approaches
require the objects to carry electronic devices, while on many occasions device-free …

Success of Intelligent Vehicle navigation largely depends on the ability to localize precisely
the vehicle in the environment. In general, all intelligent vehicle seemed to agree on a …

Nowadays, finding the Unmanned Aerial Vehicle (UAV) position in the absence of GPS is
attractive and challenging problem in the research community. In this paper, we present a …

Indoor localization is of great importance to a wide range of applications in the era of mobile
computing. Current mainstream solutions rely on Received Signal Strength (RSS) of …

When deploying localization techniques using wireless devices with only less amount of
system resources, indoor WiFi localization is a difficult task. GPS (Global Positioning …

Indoor WIFI localization is challenging especially when deployed over wireless device with
limited system resource. Although GPS can give approximate position of the mobile users, it …

This paper propose a deep regression model for WiFi localization using received signal
strength (RSS). In the offline phase, we first construct RSS fingerprints at all grid points in a …

Currently, WiFi (or IEEE 802.11) enabled infrastructures and devices have become
ubiquitous, which makes it promising to provide indoor positioning services via WiFi signals …