In many applications, we have to identify an object and then locate the object to within high
precision (centimeter-or millimeter-level). Legacy systems that can provide such accuracy …

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 …

Exploiting radio frequency signals is promising for locating and tracking objects. Prior works
focus on per-tag localization, in which each object is attached with one tag. In this paper, we …

Many object localization applications need the relative locations of a set of objects as
oppose to their absolute locations. Although many schemes for object localization using …

RFID technology has been widely adopted in a variety of applications from logistics to
access control. Many applications gain benefits from knowing the exact position of an RFID …

Many object localization applications need the relative locations of a set of objects as
oppose to their absolute locations. Although many schemes for object localization using …

A new phase-based technique for localization and tracking of items moving along a
conveyor belt and equipped with ultrahigh frequency-radio frequency identification (UHF …

Current commodity RFID systems incur high communication overhead due to severe tag-to-
tag collisions. Although some recent works have been proposed to support parallel …

With parallel decoding for backscatter communication, tags are allowed to transmit
concurrently and more efficiently. Existing parallel decoding mechanisms, however, assume …

Radio frequency identification (RFID) technology brings tremendous advancements in the
Industrial Internet of Things (IIoT), especially for smart inventory management, as it provides …