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IEEE Women in Engineering Award 2020
Nicole Brosch, scientist at the research group High-Performance Vision Systems at the Center for Vision, Automation & Control is the co-founder of the Austria Section of the WIE - IEEE Women in E
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HVS @ Control 2020
The Control is the world’s most important trade fair for issues covering all aspects of measuring and test technology, as well as vision technology, image processing and sensor technology. Immediatel
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VAC Senior Scientist Csaba Beleznai gives lecture at virtual fair "AI practice in companies"
Topic "Perception and learning for assistive and autonomous systems in industrial environments" for the audience of the magazine COMPUTERWELT The automated operation of machines and vehicles is an in
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Tobias Glück, Andreas Kugi and Stefan Flixeder win Paper Award
(Competence 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 [...] Control) takes place every 3 years. It promotes research and application of automatic control and systems engineering. At each IFAC World Congress, the authors of three selected papers of the journal Me
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DIGITAL EYES SAVE LIVES
-control/ More about the research topic Assistive & Autonomous Systems https://www.ait.ac.at/themen/assistive-autonomous-systems/ [...] technology to make urban traffic safer and to avoid accidents with trams. The driver assistance systems are already being used successfully in different cities such us Frankfurt am Main in Germany. The [...] Mitteldeutscher Rundfunk (MDR) 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
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New plugin for 3D height measurement in cloud-compare
of points in virtual models. Philip Klaus, employee of the research group High-Performance Vision Systems at the Center for Vision, Automation & Control, has developed a plugin for the open source software [...] and evaluate the quality of our 3D reconstructions we get through our Inline Computational Imaging System. But unfortunately, it was not possible to determine the hight of a point to a plane. Since we support [...] com/cloudcompare/cloudcompare About Philip Klaus He is a member of the High-Performance Vision Systems research group at the Center for Vision, Automation & Control. Currently he is studying "Software
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HIGHLY ACCURATE MOBILE MAPPING DATA BY EMPLOYING INNOVATIVE IMAGE REGISTRATION ALGORITHM
Center for Vision, Automation & Control. His research in the field of Assistive and Autonomous Systems includes, inter alia, the development of new approaches and applications for precise sensor orientation
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Civil courage, cybersecurity and disaster management
the rescue operation become more efficient. The technology behind this is a powerful sensor-based system in combination with deep-learning-supported processing and analysis approaches. In the NRT-COP research
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INLINE COMPUTATIONAL IMAGING
Berhard Blaschitz and Lukas Traxler (research group High-Performance Vision Systems / Center for Vision, Automation & Control) were invited to speak at SpectroNet Collaboration Conference-2021 [...] sensor technology for simultaneous 2D and 3D imaging namly ICI (Inline Computational Imaging). The system consists of any given industrial camera and a special software module. The latter turns a series
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Autonomous trucks find their path – even in poor visibility
environment with sensor data from imaging radar systems is the basis for the autonomous path planning. We have fused the data from different sensor systems to precisely determine the vehicle's position in [...] the Assistive & Autonomous Systems group at the AIT Center for Vision, Automation & Control. Led by Manfred Gruber, the Assistive & Autonomous Systems research group has already developed [...] developed intelligent driver assistance systems for rail vehicles which are now installed in the trams made by Bombardier. The systems continuously scan the environment and compare the data with the tram's
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How do you avoid accidents between automated cars and cyclists?
increase the road safety of cyclists. The focus of the AIT research group Assistive & Autonomous Systems is on methods to reliably perceive cyclists in different traffic situations. The particular challenges [...] their research in the field of autonomous vehicles and cooperative robots. Here, too, integrated systems should recognise and understand the cyclist's intention as early as possible. Hand signals play a
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INDUSTRIAL DIGITALISATION AND AUTOMATION
Since September 1, 2020 Tobias Glück has been head of the Competence Unit Complex Dynamical Systems (CDS) at the Center for Vision, Automation & Control. With his appointment, the AIT Austrian Institute [...] very complex issues. Four years ago - after the founding of the Competence Unit Complex Dynamical Systems - I played a major role in shaping it. I am pleased that my work to this day has been appreciated [...] taken together with my team. Can you please explain in more detail what is meant by Complex Dynamic Systems? Our research focuses on the automation and digitalisation of mechatronic components, industrial
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DRIVER+ Trial in Netherlands
Operational Picture for those Crisis Teams not having direct access to the Dutch crisis management system (LCMS). HUMLOG from the University of Münster (https://www.uni-muenster.de/en/). An adaptable
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AIT Center for Vision, Automation & Control auf der Vision 2018
ultra-high-speed 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
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auto.Bus – Seestadt wins Futurezone Award 2018
Seestadt, the AIT is working on the optimal integration of the automated bus into the overall transport system. AIT’s focus is on the robust monitoring of the environment and the interaction between the bus and [...] Have a look at the project website: https://www.ait.ac.at/en/research-fields/integrated-mobility-systems/projects/autobus-seestadt/
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Vision, Automation & Control bei der VISION 2018
Automation & Control nimmt mit seinen Business Units High-Performance Image Processing und Autonomous Systems teil. AIT Ansprechperson: Petra Thanner [Translate to English:]
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New ways to improve quality in steel production by real-time capable mathematical models
2024, 125365, https://doi.org/10.1016/j.ijheatmasstransfer.2024.125365. The Complex Dynamical Systems research group
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At the forefront of innovation
the Fraunhofer Vision Business Unit, the experts of the AIT research group High-Performance Vision Systems (HVS) presented their innovative and future-oriented 3D measurement technology for quality inspection
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Women in image processing
properties and in challenging environments. Doris Antensteiner, an employee of High-Performance Vision Systems research group at the AIT Center for Vision, Automation & Control and a passionate scientist
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AIT presents automated forklift
partner and pioneer in the development of safe, user-centred and automated transport and logistics systems for the future. In this project, we are focusing specifically on the human-centered automation of