Indoor device-free localization and tracking can bring both convenience and privacy to users
compared with traditional solutions such as camera-based surveillance and RFID tag-based …

The requirement of active localization techniques to attach a hardware device to the targets
that need to be located can be difficult or even impossible for certain applications. For this …

Device-free localization of people and objects indoors not equipped with radios is playing a
critical role in many emerging applications. This paper presents an accurate model-based …

Mobile crowdsensing has shown elegant capacity in data collection and has given rise to
numerous applications. In the sense of coverage quality, marginal works have considered …

Device-free localization (DFL), as an emerging technology that locates targets without any
attached devices via wireless sensor networks, has spawned extensive applications in the …

Device-free localization of objects not equipped with RF radios is playing a critical role in
many applications. This paper presents LIFS, a Low human-effort, device-free localization …

Many emerging applications driven the fast development of the device-free localization (DfL)
technique, which does not require the target to carry any wireless devices. Most current DfL …

This paper develops an indoor intelligent service mobile robot that has multiple functions,
can recognize and grip the target object, avoid obstacles, and accurately localize via relative …

Device-free localization (DFL) based on received signal strength (RSS) measurements
functions by measuring RSS variation due to the presence of the target. The accuracy of a …

Accurate motion estimation plays a crucial role in state estimation of an unmanned aerial
vehicle (UAV). This is usually carried out by fusing the kinematics of an inertial measurement …