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High-performance vision systems
the high-speed 3D inspection of demanding surfaces. The research group presented xposure:photometry at the Special Show Contactless Measuring Technology / Fraunhofer-Gesellschaft. The fast 3D surface scanner [...] Savoyen in the revitalized building of the former Imperial and Royal Court Printing Office in Vienna's 3rd district provided a suitable backdrop for this year's Optical & Digital Document Security [...] virtual document security (e.g. banknotes, passports, ID cards, etc.). "We presented a novel high-speed 3D imaging system perfectly suited for microscopic inline inspection of security features. This innovative
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3D Printed Blood Pumps
with heart failure. However, the production of blood pumps is complex and expensive. Project OPTIFLOW 3D PROFACTOR, the Medical University of Vienna, Bionic Surface Technologies GmbH, UpNano GmbH, Lithoz [...] possibility to specifically structure the surface to enable ideal biocompatibility. In the OPTIFLOW 3D project, which is funded by the FFG, various technically and medically unexplored approaches are being
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High-performance vision technologies for industrial quality control
is one of the best in the field of industrial inspection technologies. With xposure:photometry for 3D surface inspection - inline, with highest speed and precision - VAC convinced the jury. xposu [...] ICI:inspect Inline Computational Imaging (ICI) is an award-winning AIT technology for simultaneous 2D and 3D inspection - 40 million points per second - of moving objects. ICI:microscopy Due to [...] per second - of moving objects. TinyScan360° The revolutionary AIT 3D stereo - scanning system with a diameter of 3 mm is especially suitable for the measurement, visualization and modeling of
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3D inline surface inspection with xposure:photometry
Automated optical surface inspection for quality control is an integral part of industrial manufacturing processes. The AIT Austrian Institute of Technology supports companies in being internationall
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A new class of control units and robust environment perception for motor vehicles
or activate the parking assistant or pedestrian protection to avoid accidents. “We are researching 3d environmental detection, recognition, reconstruction and evaluation, as well as the development of
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High-speed 3D inspection with any industrial camera
fields of applications. He will also address a recently published study comparing AIT ICI with other 3D imaging technologies on the market. The study showcases that the strengths of AIT Inline Computational
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High speed inline imaging for optical surface metrology
Fast optical 3D inline inspection sensors are a powerful tool to advance factory automation. Many of these visual inspection tasks require high speeds, high resolutions, and repeatability. Stereo vision [...] applications. . The study has been recently published: “Experimental Comparison of Optical Inline 3D Measurement and Inspection Systems” IEEE Access, Volume 9 Page(s): 53952 - 53963 01.04. 2021
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HVS @ Control 2020
Virtual Control was launched. HVS presents online Inline Computational Imaging enables simultaneous 2D and 3D imaging High Speed Sensing @ 600 kHz – world's fastest linescan camera Visit us at our virtual
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Tobias Glück, Andreas Kugi and Stefan Flixeder win Paper Award
Unit Complex Dynamical Systems/VAC), Andreas Kugi (VAC und ACIN/TU Wien) and Stefan Flixeder (former PhD student ACIN/TU Wien) develop automation systems to support the manufacturing process of deformable [...] production. The IFAC World Congress (International Federation of Automatic Control) takes place every 3 years. It promotes research and application of automatic control and systems engineering. At each IFAC
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DIGITAL EYES SAVE LIVES
covers the story in a 10-minute television report. This driver assistance system makes use of pioneering 3D camera technology developed by AIT. The cameras, so-called digital eyes, scan the streets far ahead [...] The MDR Mediathek https://www.ardmediathek.de/mdr/video/umschau/umschau-mdr-magazin/mdr-fernsehen/Y3JpZDovL21kci5kZS9iZWl0cmFnL2Ntcy9jMGQ1NzVjZi02M2JmLTRmNzMtOWQwMS1jMTk4YjFkMzk2NzU/ More about the Center
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New plugin for 3D height measurement in cloud-compare
Users of the 3D point cloud and mesh processing software CloudCompare can now enjoy a new 3D measurement tool for determining the height of points in virtual models. Philip Klaus, employee of the research [...] Imaging AIT Inline Computational Imaging (ICI) is a novel single sensor technology for simultaneous 2D and 3D inline inspection even for challenging inspection tasks. For more information see: https://www.ait [...] until now. "We work a lot with CloudCompare to visualize, measure, cut and evaluate the quality of our 3D reconstructions we get through our Inline Computational Imaging System. But unfortunately, it was not
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INLINE COMPUTATIONAL IMAGING
as of March 10th Bernhad Blaschitz presented the AIT single sensor technology for simultaneous 2D and 3D imaging namly ICI (Inline Computational Imaging). The system consists of any given industrial camera [...] camera and a special software module. The latter turns a series of camera images into enhanced 2D and 3D information. The AIT technology is used for challenging inline inspection tasks, where high acquisition
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Autonomous trucks find their path – even in poor visibility
needs a reliable 3D model of the environment. Based on the sensor data algorithms build and update the 3D map in real time. They also determine the current position of the vehicle. "The 3D modelling of the
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AIT Center for Vision, Automation & Control auf der Vision 2018
Highlight Thema des AIT Standes war dieses Jahr Inline Computational Imaging, zur simultanen 2D und 3D Oberflächenanalyse von bewegten Objekten. Besucher durften sich aber auch über einen Demonstrator [...] LED-Blitztechnologie freuen. Weiters stellten wir ein miniaturisiertes Kamera-Projektor System zum 3D-Scannen von Werkstücken und einen Dynamic Vision Sensor zum Prüfen von extrem dünnen Sägedrähten aus
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Doctoral Fellow wins ICPR Best Student Paper Award
Student Paper Award with her paper "Variational Fusion of Light Field and Photometric Stereo for Precise 3D Sensing within a Multi-Line Scanning Framework". The International Conference on Pattern Recognition
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Erfolgreicher AIT Auftritt auf der Weltleitmesse für Bildverarbeitung
autonome Fahrzeuge und FluggeräteAm AIT wurde eine spezielle 3D Sensortechnologie entwickelt, die Fahrzeugen eine zuverlässige und fahrerunabhängige 3D Erfassung der Umgebung in Echtzeit ermöglicht und daher [...] Interview mit dem AIT Experten Johannes Pribyl über 3D Technologien, die am AIT entwickelt werden (ab Minute 4:00): Traffic Vision Daily News 2016 Day 3 [Translate to English:] Schutz von hochfrequentierten
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Workshop 3D-NordOst 2017
Zielstellung der Workshop-Reihe 3D-NordOst ist, den Transfer von aktuellem Know-how der 3D-Datenverarbeitung und der Bildverarbeitung sowohl in die verschiedenen industriellen Branchen als auch in die [...] die kulturellen und medizinischen Bereiche zu fördern und eine Plattform für die Diskussion aktueller 3D-Themen zu bieten. Es sind sowohl verfahrenstechnisch und algorithmisch orientierte Beiträge wie auch [...] richten. Junior Scientist Nicole Brosch (Center for Vision, Automation & Control) spricht zum Thema „3D Erfassung mit Lichtfeld-Methoden und photometrischem Stereo“. AIT Ansprechperson: Nicole Brosch [Translate
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Control 2017 in Stuttgart
nbsp; Topic Inline Computational Imaging for High-performance 3D Measurement Termin des Vortrages
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Visit us at the Control trade fair 2024 in Stuttgart
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At the forefront of innovation
further development of 2D and 3D inspection methods. The tiniest defects at 40 million 3D pixels per second The new ici:microscopy technology presented by the AIT experts is an inline 3D microscopy method based [...] Systems (HVS) presented their innovative and future-oriented 3D measurement technology for quality inspection in manufacturing processes. The inline 3D microscopy method ici:microscopy is suitable for the inspection [...] resolutions (up to 700 nm). It uses the natural transport motion of the object for simultaneous 2D and 3D surface detection under different viewing and illumination directions, mimicking human inspection