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SUPPORT FOR EMERGENCY SERVICES FROM THE AIR
Armed Forces exhibition in Vienna from October 25 to 27, 2024. Sustainable UAVs and swarm flight systems for disaster management In an emergency, every second counts: with the research presented, the [...] European Defence Industrial Development Programme (EDIDP) project “CBRN Reconnaissance and Surveillance System (CBRN RSS)” is making a significant contribution to the overall PESCO project. Great enthusiasm
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Im.Fluge: Urban Air Mobility revisited
characteristics of intermodal transfer points, as well as the adaptation of digital mobility information systems for targeted and sustainable I-UAM use. The AIT Center for Technology Experience (Peter Fröhlich
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Automation of air freight transport
n-automation-control Research group Assistive & Autonomous Systems https://www.ait.ac.at/themen/assistive-autonomous-systems [...] intelligence methods. The 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 [...] release More on Research project AUTILITY https://www.ait.ac.at/themen/assistive-autonomous-systems/projects/autility/ https://www.ait.ac.at/fileadmin//mc/vision_automation_control/F_F_F/AIT_Facts
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Project mAIntenance
Project manager Michael Schöny and his colleagues from the Sustainable Thermal Energy Systems Competence Unit at the AIT Centre for Energy asked themselves this question two years ago and launched the [...] thermal room behaviour in a predefined zoning. Early intervention in component-activated delivery systems, for example, can also help to increase energy efficiency. An information event was held at the
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New EU project LibrarIN aims to make European libraries fit for the future
design of library services.Under the leadership of Doris Schartinger, the AIT Center for Innovation Systems & Policy is involved with its scientific expertise in case studies on transformation in libraries
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The InChildHealth project aims to improve indoor air quality in schools
(lungs, liver, kidneys, brain). The data generated by the AIT should flow into a risk assessment system, which should help, if necessary, to suggest possible improvements and necessary interventions to
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AIDOaRT
- /en/research-topics/dependable-systems-engineering/projects/aidoart
security analysis results and system code. Including runtime monitoring to guide the AI methods through, e.g., inputs for re-inforcement learning. AI-aided Maturity Assessment of system models: using AI methods [...] modeling, coding, testing, and monitoring as part of a continuous development in Cyber-Physical Systems (CPSs), as part of a model-based framework. AIDOaRT aims to impact organizations where continuous [...] existing artefacts and integration of existing models for both environmental aspects and models of the system under development. AI-aided Improved Verification: development of AI methods for selecting a reduced
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Making medical first aiders fit for missions
injured people. The recently launched EU project MED1stMR is developing a novel mixed reality training system to be used in the training of medical first responders. By using the MED1stMR training solution,
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AI-optimized energy infrastructure
- /en/research-topics/power-system-digitalisation/projects/ai-optimized-energy-infrastructure
due to climate change are increasing electricity demand for air conditioning and electric heating systems, putting additional strain on infrastructure through electrification and requiring efficient use [...] e in low-voltage distribution networks. Additionally, a topology-independent capacity management system is being developed. It combines measurement data, AI-based estimation techniques, and AI-supported [...] Betreff * Nachricht * Send DI Dr. Mark Stefan ,BSc Senior Research Engineer / Power and Renewable Gas Systems +43 50550 6640 mark.stefan(at)ait.ac.at Key facts Project duration: 04/2024 - 09/2026 Project website
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AI supported maintenance and energy management
- /en/research-topics/efficient-buildings-and-hvac-technologies/projects/ai-supported-maintenance-and-energy-management
maintenance costs of HVAC systems by leveraging predictive and self-learning algorithms, while simultaneously achieving more efficient and reliable operations. On the system level (combined analysis of [...] Optimized and reliable operation of heating, ventilation, air conditioning, and refrigeration (HVAC) systems with regard to maintenance and energy management through predictive, data-driven, and self-learning [...] of building and HVAC systems), time-series forecasting with neural networks will be used to account for future needs to meet building heating or cooling loads within the control strategy. On the component
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AI Ethics in digital governance II
- /en/research-topics/innovation-policy-transformation/projects/ai-ethics-in-digital-governance-ii
markiert. Name * E-Mail * Betreff * Nachricht * Send PD Dr. Peter Biegelbauer Center for Innovation Systems & Policy +43 50550-4589 +43 50550-2201 Peter.Biegelbauer(at)ait.ac.at
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FAIR-AI
- /en/research-topics/innovation-policy-transformation/projects/fair-ai
prediction, and their integration into a recommender system capable of providing active support and guidance. The AIT Centre for Innovation Systems and Policy (ISP) is taking the lead in several work packages [...] we consider the detection, monitoring, and, when possible, anticipation of risks at all levels of system development and application as a key factor. In this regard, FAIR-AI follows a methodology to disentangle [...] markiert. Name * E-Mail * Betreff * Nachricht * Send PD Dr. Peter Biegelbauer Center for Innovation Systems & Policy +43 50550-4589 +43 50550-2201 Peter.Biegelbauer(at)ait.ac.at
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FLIP-FLOP: AI-supported optimization of public transport
- /en/research-topics/transport-optimisation-energy-logistics/projects/flip-flop-ai-supported-optimization-of-public-transport
propulsion systems The FLIP-FLOP mobility project simulates an innovative mobility service where passengers can book rides either in advance or spontaneously on-demand. The public transport system is designed [...] service quality. Additionally, the project explores methods for integrating alternative propulsion systems, such as electric and hydrogen vehicles, as well as advanced technologies like automated vehicles
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ROBUSTIFYING GENERATIVE AI
Methods in Cyber-Physical Systems at the Faculty of Informatics, represents TU Wien. AIT brings to the project its world-class expertise in applied formal methods for AI-based systems and in shaping future [...] of learning-enabled autonomous systems to the consortium. The two institutions have a longstanding collaboration in ensuring the safety of AI-based and autonomous systems, with joint contributions over [...] RobustifAI focuses on foundation models used in the context of human cyber-physical systems (HCPS), which are complex systems that combine computation, networking, humans, and physical processes to monitor
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AI Boosts Sugar Beet Quality Control: AIT Launches SemanticSugarBeets
and 64 % for the semantic classification of individual quality parameters. In addition, the system enables a realistic estimation of the mass of individual sugar beets – based on their surface area [...] Paper: https://arxiv.org/pdf/2504.16684 Contact Gerardus CroonenAssistive & Autonomous SystemsCenter for Vision, Automation & Controlgerardus.croonen@ait.ac.at
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AI and Robotics for the Reuse of Used PV Modules
Research Project “WattsOK?” The rapid expansion of photovoltaic systems is a key driver of the energy transition, but it also presents new challenges. One of them is determining how to handle the millions
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AI improves rescue operations
project in which the AIT Austrian Institute of Technology is involved is developing an AI-based sensor system that analyses rescue operations under human supervision (human-in-the-loop approach). The technology
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New AI method for the quality control of sugar beets
quality inspection and objective evaluation criteria Researchers in the Assistive & Autonomous Systems Group at the AIT Center for Vision, Automation & Control have taken up this challenge developing
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DigiCell: Sustainable production of battery cells and packs through digital processes and AI-based data analytics
performance at cell level. Thus, the project addresses key challenges in the context of novel battery systems. AIT: Research for the future of battery technology The AIT Austrian Institute of Technology plays
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AIT in the EPICONN Project: AI-Supported Data Analysis for Personalized Epilepsy Therapies
adjustment, which is extremely burdensome for patients and imposes high costs on the healthcare system. A reliable early detection method that predicts this from the outset of treatment could enable a [...] is intended to be embedded in routine workflows and made available as a digital decision-support system in epilepsy centres. Through the combination of innovative neuroimaging technology, molecular c
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