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STARLIGHT
- /en/research-topics/data-science-artificial-intelligence/projects/starlight
and support legal, ethical, and societal values. STARLIGHT presents an inclusive and sustainable vision for increasing the awareness, capability, adoption, and long-term impact of AI in Europe for LEAs
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BE OPEN
- /en/research-topics/road-safety-accident-research/projects/be-open
Open Science in transport research and assist in regulating and standardizing it. The overarching vision of BE OPEN is to create a common understanding on the practical impact of Open Science and to identify
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LARAS VISion
- /en/research-topics/road-condition-monitoring-assessments/projects/laras-vision
LARAS VISion Holistic life cycle assessment of transport infrastructure equipment and fittings The main objective of LARAS VISion was the development of a holistic assessment framework for the road inventory [...] scope of operation and structural maintenance in form of a risk. The holistic assessment of LARAS VISion provides a basis for decision-making in the scope of acquisition, modernization and maintenance of [...] equipment for traffic infrastructure operators and owners (primary stakeholder for the project). LARAS VISion is a substantial component for an integrative and comprehensive asset management of traffic infr
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What drives young female researchers
- /en/blog/what-drives-young-female-researchers
(unprotected) people through new systems and forms of mobility and to create real benefits. My Vision: Vision Zero, i.e. a world without traffic accidents with fatalities or serious injuries. DARIA LIAKHOVETS [...] with this motto, we introduce you below to eight exciting young female researchers at AIT, their visions and their impact. MARTINA ROMIO Junior Scientist, Chemist and Laboratory Manager My Impact: Develop [...] Develop state-of-the-art rechargeable magnesium batteries to make our world more sustainable. My Vision: Revolutionize the concept of "energy storage" for a sustainable future. SABINE NEUBERGER Junior Scientist
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Increase quality through optical inspection
- /en/blog/increase-quality-through-optical-inspection
or in packaging printing, among other applications. About the AIT Center for Vision, Automation & Control Center for Vision, Automation & Control (VAC) at the AIT Austrian Institute of Technologie - the [...] Both two-dimensional and three-dimensional methods are used; in the latter - similar to spatial vision in humans - several images from different camera positions are computationally linked. Researchers [...] example, whether or not it is a surface defect," explains Andreas Vrabl, head of the AIT Center for Vision, Automation & Control (VAC). © AIT Inline computational imaging methods can be used to visualize
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Sustainable & flexible Manufacturing Systems
- /en/solutions/sustainable-flexible-manufacturing-systems
+43 664 88256031 martin.niederer(at)ait.ac.at To the Center for Vision, Automation & Control To the Research Groups High-Performance Vision Systems Assistive & Autonomous Systems Complex Dynamical Systems [...] values are derived from laboratory experiments and then prescribed for the process as recipes. Our vision combines the latest hybrid material models to capture specific material properties with mathematical
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Perception, Localisation & Mapping
- /en/research-topics/perception-localisation-mapping
+43 664 8157877 manfred.gruber(at)ait.ac.at To the Center for Vision, Automation & Control To the Research Groups High-Performance Vision Systems Assistive & Autonomous System Complex Dynamical Systems [...] systems). Machine & Deep Learning In addition to the "traditional" sensor data analysis such as computer vision, machine learning is essential for a proper perception of the surroundings. In recent years, we have
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Learning & Adaptive Mechatronic Systems
- /en/solutions/learning-adaptive-mechatronic-systems
+43 664 8529503 markus.gurtner(at)ait.ac.at To the Center for Vision, Automation & Control To the Research Groups High-Performance Vision Systems Assistive & Autonomous Systems Complex Dynamical Systems
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AI & MACHINE LEARNING
- /en/research-topics/ai-machine-learning
664 88904331 maximilian.liebetreu(at)ait.ac.at To the Center for Vision, Automation & Control To the Research Groups High-Performance Vision Systems Assistive & Autonomous Systems Complex Dynamical Systems [...] self-supervised learning forces models to learn embeddings on labelled data. Successful examples include vision transformers and graph neural networks (geometric cue learning, deep geometric learning, knowledge
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Control, Planning & Decision-Making
- /en/research-topics/control-planning-decision-making
+43 664 88904305 michael.baumgart(at)ait.ac.at To the Center for Vision, Automation & Control To the Research Groups High-Performance Vision Systems Assistive & Autonomous Systems Complex Dynamical Systems [...] Research Groups Involved Research Group Complex Dynamical Systems Research Group High-Performance Vision Systems × Kontakt Formular Pflichtfelder sind mit einem * markiert. Name * E-Mail * Betreff * Nachricht
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SYSTEM DESIGN, MODELLING & IDENTIFICATION
- /en/research-topics/system-design-modelling-identification
+43 664 88256087 tobias.glueck(at)ait.ac.at To the Center for Vision, Automation & Control To the Research Gropus High-Performance Vision Systems Assistive & Autonomous Systems Complex Dynamical Systems
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3D4Bombardier
- /en/about-the-ait/center/center-for-vision-automation-control/assistive-autonomous-systems/projects/3d4bombardier-innovative-driver-assistance-system
system can automatically identify objects as obstacles and locate them accurately. The 3D stereo vision technology used is not only robust and insensitive to noise, but it also has long range, high resolution
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SWAMO
- /en/about-the-ait/center/center-for-vision-automation-control/assistive-autonomous-systems/projects/swamo-sensing-reconstructing
SWAMO SWAMO aims to investigate important vision based technologies and methods that are crucial requirements for realizing advanced driver assistance systems (ADAS) for heavy mobile machines, such as [...] as for workers in the operating range. In typical application scenarios of such mobile machines, vision-based 3D sensors and systems for reconstructing and modelling the surrounding area in 3D can enable [...] goal of SWAMO is to develop and demonstrate several advanced assistance functions that rely on 3D vision technology and that have not been implemented before, especially on this class of mobile machines
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ReKEP
- /en/research-topics/transport-optimization-logistics/projects/rekep
processes involved will be examined and adjustments suggested. The transformation from status quo to vision is considered and the sustainability of the new system is ensured during the entire transformation
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Surveillance & Protection
- /en/solutions/surveillance-protection
in the focal points "Video Analytics", "Digital Identity Management" and "Development of Embedded Vision Systems". An important objective in this context is, for example, the development of state-of-the-art
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Automation technology
- /en/blog/automation-technology
Institute of Automation and Control Engineering (ACIN) at TU Wien and co-director of the AIT Center for Vision, Automation & Control. "AI plays a crucial role in this. The big challenge is how to interpret this [...] the Institute for Automation and Control (ACIN) at TU Wien and Co-Director of the AIT Center for Vision, Automation & Control. Test and validate A major problem with AI methods is that machine learning
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Team
- /en/research-topics/data-science-artificial-intelligence/team
Information extraction, Explainable AI Jasmin Lampert Green Data Science, Geospatial Analytics, Computer Vision, NLP https://scholar.google.at/citations?user=ZUu2GLUAAAAJ&hl=de Lam Pham VLSI design, Digital [...] Roman Karl Functional programming, Algorithmics, Blockchain-based systems Axel Weißenfeld Computer Vision, Machine Learning, Human-Computer Interaction, AI for Green https://orcid.org/0000-0002-7246-2744
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Data Science & Artificial Intelligence
- /en/research-topics/data-science-artificial-intelligence
big picture. Artificial intelligence does not consist of a simple machine learning based computer vision model but is the realization of a complex cognitive task consisting of several components from different
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Seizing the opportunities of digitization
- /en/blog/seizing-the-opportunities-of-digitization
conclusions must be drawn from the challenges ahead. Links Employment and Industry 4.0 Center for Vision, Automation & Control Transformative Governance You might also be interested in Climate Protection
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Paths to the Great Transformation
- /en/blog/paths-to-the-great-transformation
Thun-Hohenstein, Director of the Vienna Biennale for Change, argued that methods of art (such as holistic vision and creative approach) are complementary to methods of science and thus can help to master a future
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