WiFi-based sensing technology has become a popular research direction in the Internet of
Things (IoT) field. However, the accuracy of action sensing across different environmental …

The past years have witnessed the rapid conceptualization and development of wireless
sensing based on Channel State Information (CSI) with commodity WiFi devices. Recent …

WiFi sensing using channel state information (CSI) offers a device-free and nonintrusive
method for human activity monitoring. However, the data-hungry and location-specific …

WiFi has recently established itself as a powerful medium for radio frequency (RF) sensing
due to its low cost and convenience. Many tasks, such as gesture recognition, activity …

WiFi-based sensing technology has become a very popular research area. However, the
current major research focuses on single-task sensing, and the very few studies on WiFi …

WiFi sensing technology has received growing attention because of its widely available
infrastructure and capability to support Internet of Things (IoT) driven smart-world …

WiFi has achieved great success in data communication in the past two decades and WiFi
signals are recently further exploited for sensing purposes. Promising progress has been …

With the wide deployment of smart environments and IoT devices, WiFi sensing has
demonstrated its great convenience and contactless sensing capabilities in supporting a …

Contactless WiFi based human action recognition exhibits remarkable prospects in the fields
such as human-computer interaction and smart home. However, domain dependency …

Over the past years, device-free sensing has received considerable attention due to its
unobtrusiveness. In this regard, context recognition using WiFi Channel State Information …