Wireless human sensing plays a crucially important role in the human-computer interaction
context, in which human activities and even emotions can be recognized and understood by …

This paper studies the problem of tag localization using RFID-augmented robots, which is
practically important for promising warehousing applications, eg, automatic item fetching …

In-car human activity recognition opens a new opportunity toward intelligent driving behavior
detection and touchless human-car interaction. Among the many sensing technologies (eg …

Mobile radio frequency identification (RFID) systems typically experience the continual
movement of many tags rapidly going in and out of the interrogating range of readers …

The existing radio frequency identification (RFID) localization methods typically regard the
initial phase of the signal as constant. This is feasible when the antenna and the tag are …

This paper studies the important sensory data collection problem in the sensor-augmented
RFID systems, which is to quickly and accurately collect sensory data from a predefined set …

By integrating the micro-sensor on RFID tags to obtain the environment information, the
sensor-augmented RFID system greatly supports the applications that are sensitive to …

With rapid development of radio frequency identification (RFID) technology, ever-increasing
research effort has been dedicated to devising various RFID-enabled services. The missing …

Unknown RFID tags appear when tagged items are not scanned before being moved into a
warehouse, which can even cause serious security issues. This paper studies the practically …

Users increasingly acquire, share, and create knowledge in online knowledge communities,
making them massive dynamic knowledge repositories that spark inspiration. While online …