This article provides an overview of current and future implementations of high-resolution
millimeter-wave active sensor technologies for applications in cyber-physical systems. The …

When you conjure up an image of robots, you might envision massive machine arms with
visible coils and wire harnesses along a factory floor, with welding sparks flying. These …

In this article, we present a novel localization and activity classification method for aerial
vehicle using mmWave frequency modulated continuous wave (FMCW) Radar. The …

This paper proposes a novel device-free sensing framework, integrative heterogeneous
wave sensing (IHWS). IHWS leverages mmWave angular power profile obtained through …

In this paper, we sum up our experience gathered working with mmWave FMCW radar
sensors for localization problems. We give a glimpse of the foundations of radar that is …

Human sensing with millimeter waves (mmWaves) is rapidly gaining momentum. In
particular, mmWave radars are becoming the technology of choice in applications like …

Sensitivity to blockage challenges performance of millimeter-wave (mmWave)
communication systems. We apply the MiniRocket machine learning (ML) method to provide …

Machine Learning (ML) is a promising tool to design wireless physical layer (PHY)
components. It is particularly interesting for millimeter-wave (mm-wave) frequencies and …

Driven by emerging applications, mmWave radars are increasingly being integrated into
indoor scene monitoring systems due to their ability to provide high accuracy range, velocity …

Millimeter-wave (mmWave) radar, with its high resolution, sensitivity to micro-vibrations, and
adaptability to various environmental conditions, holds immense potential across multi …