The aim of this research is to implement a precise Wi-Fi indoor positioning system (IPS) or
localization system based upon the IEEE 802.11 mc fine-timing measurement (FTM) scheme …

In a large-scale wireless sensor network, it is typically impossible to use all the sensors to
localize a source due to the limited communication range and battery power of the sensor …

Network-based localization plays a key role on the introduction of emerging road
applications, such as connected autonomous driving. These applications demand …

The ever-expanding scale of WiFi deployments in metropolitan areas has made accurate
GPS-free outdoor localization possible by relying solely on the WiFi infrastructure …

Wi-Fi fingerprinting is widely used in indoor localization due to the ubiquitous availability of
Wi-Fi infrastructure in indoor environments. The basic assumption of fingerprinting …

The efficient use of energy is a critical aspect in Wireless Sensor Networks (WSNs) to
prolong the network's lifespan. Investigating routing in WSNs requires considering the …

Device-free localization (DFL) systems have aroused extensive attention because it is more
convenient than device-enabled localization systems, and fingerprint-based localization …

Monitor mode packet capturing of WLAN is used to derive Access points and devices in the
range for localization or occupancy purposes. The general modality of capturing and …

Internet of Things (IoT) devices frequently utilize wireless networks operating in the
Industrial, Scientific, and Medical (ISM) Sub‐1 GHz spectrum bands. Compared with higher …

Efficient utilization of energy is a crucial concern in Wireless Sensor Networks (WSNs) to
increase the network's longevity. However, it is impossible to investigate routing without …