… eg, pen) at subcentimeter precision. We approach this goal through a practical design,
mTrack, which uses highly-directional 60 GHz millimeterwave radios as key enabling technology. …

Millimeter-wave (mmWave) radar, as an emerging technique, is increasing in popularity for
human activity recognition. In contrast to traditional sensors and radars, mmWave radars give …

… In this paper, a 32-antenna HBF transceiver system based on high precision phased array
… to the final beam pattern and designs a high precision phased array based on the analysis. …

… During her master thesis, she was involved in high precision frequency detection algorithms
for radar applications with the Institute of High Frequency Technology and Electronics (IHE), …

… millimeter-wave HBF communication systems are a compromise solution for 5G millimeter-wave …
The typical architecture of phased array-based millimeterwave HBF system is shown in …

… the I and Q channels of the FMCW millimeter wave sensor. The process comprises four steps:
… of the matrix successively to obtain the precise range window of the measured target, and …

… Although several hundred transitions are now available for both conformers, 2,3 they still
represent only a small fraction of the crowded microwave and lower millimeter wave spectrum …

… Therefore, according to the characteristics of the antenna of the millimeter wave radar used
(… high precision trajectory tracking and positioning systems employing millimeter-wave radar. …

… when designing millimeter-wave components, devices, and systems. Precision measurements
can now be made to generate highly accurate millimeter-wave (5 to 1/2 mm) continuous …

… Chamberlain, and GW Chantry, "High precision dielectric measurements on liquids and
solids at millimeter and submillimeter wavelengths," IEEE Trans. Instrum. Meas.; vol. …