We introduce Pantomime, a novel mid-air gesture recognition system exploiting spatio-
temporal properties of millimeter-wave radio frequency (RF) signals. Pantomime is …

Microwave radars bring many benefits to mid-air gesture sensing due to their large field of
view and independence from environmental conditions, such as ambient light and …

Gesture recognition with miniaturised radar sensors has received increasing attention as a
novel interaction medium. The practical use of radar technology, however, often requires …

Physical objects are usually not designed with interaction capabilities to control digital
content. Nevertheless, they provide an untapped source for interactions since every object …

Research has explored miniature radar as a promising sensing technique for the recognition
of gestures, objects, users' presence and activity. However, within Human-Computer …

Radar is primarily used for applications like tracking and large-scale ranging, and its use for
object identification has been rarely explored. This paper introduces RaITIn, a radar-based …

Recently, millimeter-wave radar-on-chip sensors such as Google Soli have become readily
available in the mobile ecosystem. We envision such radar technology to be integrated into …

Wireless-based gesture recognition provides an effective input method for exergames.
However, previous works in wireless-based gesture recognition systems mainly recognize …

In recent years, the significance of millimeter wave sensors has achieved a paramount role,
especially in the non-invasive and ubiquitous analysis of various materials and objects. This …

We propose IM3D+, a novel approach to reconstructing 3D motion data from a flexible
magnetic flux sensor array using deep learning and a structure-aware temporal bilateral …