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Motion Monitoring With A Millimeter Wave Radar Sensor
27th European Microwave Conference and Exhibition, 1997An existing 94 GHz pulse radar system for autonomous mobile robots has been extended by a CW Doppler unit for fast motion monitoring. The extension is set up with low cost components and works independently from the pulse system. Until now the capabilities for motion detection has been validated in several environments.
Thomas Troll, Jurgen Detlefsen
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Millimeter-wave personal radars for 3D environment mapping
2014 48th Asilomar Conference on Signals, Systems and Computers, 2014The future availability of millimeter-wave technology in next generation smartphones will allow the exploitation of compact massive antenna arrays thus enabling new interesting applications such as those related to the personal radar concept. In this paper we analyze the possibility of accurate environment mapping through millimeter-wave personal ...
GUERRA, ANNA +2 more
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Through-the-Wall Surveillance With Millimeter-Wave LFMCW Radars
IEEE Transactions on Geoscience and Remote Sensing, 20091805
José-Tomás González-Partida +4 more
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Millimeter Wave Radar Technology
2020Radar is the abbreviation of ‘Radio Detection and Ranging’. It means to detect and estimate distances via the electromagnetic waves. The millimeter wave is an electromagnetic wave that lies between the infrared light wave and the microwave frequency band. Different classification methods are applied on the different classes of the millimeter wave radar.
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Millimeter wave radar with clutter measurements
IEEE Aerospace and Electronic Systems Magazine, 2003A portable millimeter wave test radar system, also suitable for battery operation, gives interesting possibilities for clutter recordings at hard-to-reach sites. The designed system covers all common radar frequencies from the Ka- to V-bands and enables spatial detection of targets or clutter elements within an adjustable time gate, whereby spatial ...
J. Ruoskanen, P. Eskelinen, H. Heikkila
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A millimeter-wave radar for train application
Proceedings of the IEEE International Vehicle Electronics Conference (IVEC'99) (Cat. No.99EX257), 2003A millimeter-wave radar using a spread spectrum technique for train applications has been developed in the 60 GHz band. This radar measures the distance, velocity, azimuth angle, and the magnitude of received signal of each target. The methods for detection are described in this paper. In the experiment, the radar detected the linear shape of trains.
S. Noda +4 more
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A Millimeter Wave Radar for Planetary Missions
2008 IEEE Globecom Workshops, 2008Italy, with the main objectives to collect the science data of the Moon and Mars, through the Italian Space Agency has recently funded a study for Moon exploration whose results have been summarized in the report - "The Moon: an unavoidable step in the exploration of the Solar System" by A. Coradini, et alia.
C. Dionisio +3 more
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Radar retina or a millimeter wave eye?
2017 IEEE First Ukraine Conference on Electrical and Computer Engineering (UKRCON), 2017This paper presents a method of enhancing the aperture size and the effective number of elements of a millimeter wave radar array to make it competitive and complementary as an imaging system for collision avoidance and imaging in adverse environments.
Andrew Tirkel, Imants Svalbe
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The Millimeter-Wave Radar for Construction Machines
SAE Technical Paper Series, 1997<div class="htmlview paragraph">Importance of detecting obstacles around construction machines increase rapidly. The millimeter-wave radar is the most useful sensor to keep to detect obstacles in the current technologies. because of its good performance under severe conditions.
Yasuo Kitahara +3 more
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Clutter measurements by millimeter-wave radars
NTC '91 - National Telesystems Conference Proceedings, 2002An extensive radar clutter database was generated by the University of Michigan's millimeter-wave mobile polarimetric radar system. The database includes millimeter-wave observations of snow, trees, vegetation, and soil and road surfaces at 35, 94, 140, and 215 GHz.
Y. Kuga, A. Nashashibi, F.T. Ulaby
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