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Machines learn from each other
Bosch Research and the AIT Austrian Institute of Technology (competence unit Complex Dynamical Systems / Center for Vision, Automation & Control) are strengthening their long-standing successful [...] AIT press release News at Bosch homepage Contact DI Amadeus-Cosimo Lobe Complex Dynamical Systems AIT Center for Vision, Automation & Control amadeus.lobe@ait.ac.at +43 664 88256044
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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 [...] suitable for fast inspection tasks with extremely high 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 i
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High energy savings through optimization of processes
with consistently high quality," says Tobias Glück, head of the Competence Unit Complex Dynamical Systems. Use of the new process in practice The process is now being used in production operations at
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DRIVER+ Trial in Netherlands
medical services, municipality, military, the Water Authority and electricity company, public transport as well as international organisations such as EUROPOL, EUROJUST and the International Court of [...] 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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Civil courage, cybersecurity and disaster management
training concept that integrates important factors in order to act courageously. Cyber security and transport The Center for Digital Safety & Security, whose R&D activities at national level are a special [...] Situational Awareness, ACCSA – Austrian Cyber Crises Support Activities, CySiVuS – Cyber Security for Transport Infrastructure and Road Operators and WALL-E – Effective Practical Approaches from the Authorities' [...] 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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New ways to improve quality in steel production by real-time capable mathematical models
Volume 225, 2024, 125365, https://doi.org/10.1016/j.ijheatmasstransfer.2024.125365. The Complex Dynamical Systems research group [...] with modern control concepts, to improve product quality. The publication presents a new dynamic state-space model that is new compared to the state of the art in the process automation of steel
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The autonomous forklift truck
The timely and efficient execution of transport and logistics tasks is the backbone of the flow of goods within a company. The loading of goods often takes place outdoors and is done manually using forklifts [...] It recognises, positions and moves loads safely without relying on marked areas. Various sensor systems capture the environment, allowing the truck to create a virtual map and locate its position, while [...] algorithms plan tasks and correct deviations in real time. AI is used to identify the goods being transported - in this case, pallets. Since pallets vary greatly in appearance, type and condition, the experts
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Autonomous working machines
scheduled to go into operation in summer 2022. Contact Patrik Zips Senior Scientist Complex Dynamical Systems Center for Vision, Automation & Control patrik.zips@ait.ac.at [...] research questions. They include, for example, control of hydraulic components and the mechanical system, reliable task and motion planning including localization and determination of self-position even
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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 [...] often 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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Tobias Glück, Andreas Kugi and Stefan Flixeder win Paper Award
Glück (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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AIT Doris Antensteiner: Empowering Women in Computer Vision
guest, and mentor, AIT researcher Doris Antensteiner from the research group High-Performance Vision Systems at the AIT Center for Vision, Automation & Control once again participated as an organizer in [...] that lie ahead in the field of computer vision, as I remain dedicated to empowering women in this dynamic and captivating domain.” More on WiCV@CVPR 2023 Report: D. Antensteiner, M. Halawa, A [...] sp;https://sites.google.com/view/wicvcvpr2023/home AIT Forschungsgruppe High-Performance Vision Systems ait.ac.at/hvs
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AIT presents automated forklift
automated transport vehicles can sustainably improve the transport of goods in Europe. The AIT is project partner and pioneer in the development of safe, user-centred and automated transport and logistics [...] logistics systems for the future. In this project, we are focusing specifically on the human-centered automation of loading and unloading processes using an automated forklift in unstructured environment. The
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Towards Scene Understanding for Autonomous Operations on Airport Aprons
the research group Assistive & Autonomous Systems /Center for Vision, Automation & Control introduces a novel dataset specialized on static and dynamic objects commonly encountered while navigating
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Automation of air freight transport
particular challenge was to develop an automated and robust navigation system so that the vehicle can operate safely in a dynamically changing environment. An automated carrier vehicle for air cargo, [...] Airport, where it is intended to transport goods autonomously between loading ramps and cargo aircraft in the future. Other possible areas of application include automated transport and workflows in the construction [...] on-automation-control Research group Assistive & Autonomous Systems https://www.ait.ac.at/themen/assistive-autonomous-systems
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Digitalization and AI as game changers in the plastics industry
TALK KC Kuststoff-Cluster Competence Unit Complex Dynamical Systems FAKUMA Contact Amadeus Cosimo Lobe Research Engineer Complex Dynamical Systems AIT Center for Vision, Automation & Control amadeus [...] EREMA. As an expert in the field of data-based and AI-supported analysis and control of complex dynamic systems, the scientist Amadeus Cosimo Lobe/ AIT Center for Vision, Automation & Control was present [...] Circular Economy". The main topics were efficiency, flexibility, digitalization of machines and systems, and the circular economy for plastics. For more information please check Österreichische Kunst
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Automated aerial vehicles support emergency forces
Crisis and disaster situations, major emergencies, safety-critical events and dynamically changing security situations pose enormous challenges for emergency forces. Innovative technical solutions are [...] critical infrastructure. In the future, autonomous unmanned aerial vehicles, a powerful tracking antenna system and intelligent algorithms will support these tasks. While the autonomous UAV flies over the area [...] time, the data are securely transmitted to a ground station via a high-performance tracking antenna system without using high-bandwidth, low-latency infrastructure. There, intelligent algorithms analyse the
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So that the computer doesn't mistake a Chihuahua for a muffin
Lukas Bednar, scientist in the research group High-Performance Vision Systems/ Center for Vision, Automation & Control, represented the AIT Austrian Institute of Technology at the Pint of Science [...] developed at AIT, which is used for quality inspection in manufacturing processes. It uses the natural transport motion of the object for simultaneous 2D and 3D surface detection under different viewing and i [...] please check: https://pintofscience.at/ Contact Dr. Lukas Bednar High-Performance Vision Systems AIT Center for Vision, Automation & Control lukas.bednar@ait.ac.at +43 664 8251399
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The smallest details displayed in a big way
nbsp;Vision Systems research group at the AIT Center for Vision, Automation & Control the scientists presented, a novel light-field and photometry system is presented that [...] parallax effect. This inline microscopic system, together with an image processing pipeline, delivers high-resolution 3D images at high speeds, by using a lateral transport stage changing the optical perspective
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Modeling and control of a new pneumatic valve for production automation
framework of several research projects with Festo SE & Co. KG, scientists from the Complex Dynamic Systems research group at the AIT Center for Vision, Automation & Control and the Institute of Automation [...] bench demonstrate the performance of the proposed concept. More on AIT research group Complex Dynamical Systems AIT Center for Vision, Automation & Control ACIN TU Wien
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Decoding the 3D world: How Spatial Sensing and AI are Revolutionizing Robotics
Institute of Technologyand an expert in the field of machine learning. In the Assistive & Autonomous Systems research group, he develops innovative solutions to automate working machines such as forklifts, [...] reliable visual environment perception combined with artificial intelligence. They enable autonomous systems to navigate from one point to another, perform tasks and interact with their environment. The underlying [...] attempting to convert human work processes into automated robotic workflows in diverse construction, transport, and production scenarios. Automation of such workflows, however, faces several challenges. Required