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RIAMO
- /en/research-topics/transport-optimisation-energy-logistics/projects/riamo
and technologies of automated passenger and goods mobility must be integrated into our mobility systems and optimized. In this context, high relevance is attributed to automated on-demand mobility services [...] modeling and performing real tests of an operational automated state-of-the-art on-demand shuttle with dynamic path planning and automated charging management. Based on a requirements analysis, a mobility concept [...] integration of an on-demand shuttle in rural contexts, interaction models for context-sensitive transport optimization and for the engagement of the users involved are developed and evaluated in the following
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Large-Scale Robotics Lab
- /en/labs/large-scale-robotics-lab
Autonomous Systems Center VAC +43 664 8251360 christian.zinner(at)ait.ac.at To the Center for Vision, Automation & Control The Research Groups Assistive & Autonomous Systems Complex Dynamical Systems [...] (HMI) AIT Center for Vision Automation and Control (research groups Complex Dynamical Systems and Assistive & Autonomous Systems ): Intelligent automation and environment detection for robust outdoor operation [...] No 101006817. Compare the Project HOPPER Folder and Flyer Complex Dynamical Systems (English) Download Assistive & AUTONOMOUS SYSTEMS (English) Download × Kontakt Formular Pflichtfelder sind mit einem
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AIT Alpbach 2023
- /en/news-events/ait-alpbach-2023
great. This can either manifest itself in massive system disruptions or even collapses, which in turn force major changes in the social and economic system or allow a readiness for structural changes. Or [...] Or one can consciously and with foresight try to adapt systems structurally and institutionally in such a way that system disruptions do not occur. It is not possible to keep transformations under control [...] areas are systemic in nature and can no longer be tackled by conventional means. This yearbook is dedicated to new perspectives and approaches to better understand and manage complex systems. You can download
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Center for Transport Technologies
- /en/about-the-ait/center/center-for-transport-technologies
Center for Transport Technologies Mobility is a core pillar of human society and therefore a central factor in our economic system. At the AIT Center forTransport Technologies, around 200 experts are working [...] a resilient and safe transport infrastructure. This also includes environmentally compatible and intelligent production technologies for mobility components. Comprehensive system know-how, scientific [...] Technologies Vehicle System Simulation High Efficiency Power Electronics Hybrid Electric Aircraft Technologies E-Mobility ... means more than the electrification of vehicles Transportation Infrastructure T
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BikeStar
- /en/solutions/traffic-safety/safe/bikestar
BikeStar Mobile Measuring Lab for Bicycle Infrastructure and Dynamics The AIT BikeStar measuring bicycle was developed to precisely and objectively measure infrastructure for cyclists. The BikeStar consists [...] researched using adapted sensor technology and/or data analysis and evaluation. Design and measuring systems of the BikeStar The cargo bike is a three-wheeled model that enables stable riding while recording [...] recording data. The sensors and power supply are protected from inclement weather conditions in the transport box. The automatic gearshift and electric pedaling assistance ensure a comfortable and steady ride
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The Smart Construction Site Trailer
- /en/solutions/traffic-safety/traffic/the-smart-construction-site-trailer
platform as well as self-developed systems for the automated interpretation of the data. This allows, for example, switching the display panels according to the traffic dynamics. The results are transmitted [...] markiert. Name * E-Mail * Betreff * Nachricht * Send DI Michael Aleksa Senior Research Engineer / Transportation Infrastructure Technologies +43 50550-6236 +43 50550-6439 michael.aleksa(at)ait.ac.at Download
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„Autonomous Ticketing“ gewinnt den VCÖ-Mobilitätspreis 2019
Markus Ray, Leiter der Competence Unit Dynamic Transportation Systems am AIT Center for Mobility Systems, nahm am 17. September im Rahmen einer feierlichen Gala im Wiener Odeon Theater im Namen seines
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#BigData in #Austria
projects and the identification of innovative business and research fields. Martin Köhler, Dynamic Transportation Systems, AIT Mobility, talked in the APA Science dossier “Big Data – Big Picture?” published [...] IDC Data Hub conference (http://www.idcdatahub.com/)2. In this context, Peter Widhalm, Dynamic Transportation Systems, AIT Mobility, will also present current research projects.Conference: IMAGINE 2014Date: [...] CI_20140528_SCI57892627418548230) on the current challenges and potentials, especially, of the transport research. The study will be publicly available within the next weeks. Already scheduled for June
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System against Illegal Parking Being Tested
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IDC Big Data and Datacenter Transformation Roadshow in Wien
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AIT yearbook "Discussing Technology" on the topic of transformation
This can either manifest itself in massive system disruptions or even system collapses, which in turn force major changes in the social and economic system or enable the readiness for structural changes [...] changes. Or a conscious and forward-looking attempt is made to adapt systems structurally and institutionally in such a way that system disruptions do not occur. One cannot control and steer transformations [...] geopolitical disputes: Whoever is technologically ahead today (will) shape the world in the future. Dynamics and control of transformations Innovation researcher Matthias Weber explains that transformations
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This was the UITP Global Public Transport Summit 2023
integrated planning and optimization of transportation systems to the design of efficient mobility hubs and the modelling of energy demand in public transportation. A particular highlight was the presentation [...] Digital Resilient Cities. His talk threw a light on the transformation of public transportation infrastructures into dynamic, multi-functional environments seamlessly integrating commercial areas and mobility [...] Reinthaler, Research Engineer, Integrated Energy Systems, as part of an e-poster session. He addressed the modelling of future energy demand in the transportation sector, which is a crucial lever for efficiency
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SeNSE: Sustainable next-generation lithium-ion battery technology
improved sustainability and recyclability, reduced production costs and a battery management system coupled to dynamic in-cell sensors to enable faster charging. AIT works in collaboration with other partners [...] Lithium-ion batteries are the most promising power sources for future transportation. Extending the driving range and enabling fast charging are key for promoting the adoption of electric vehicles. The [...] electrode development and production to cell and module manufacturing including battery management system and cooling architectures. In particular, the project aims to create next-generation lithium-ion
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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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Rail4Future: Start of the COMET project
Here, rail transport, as one of the most environmentally friendly and energy-efficient means of transport, has a decisive role to play in accelerating the reduction of emissions in the transport sector. However [...] life cycles of structures and thus contributing significantly to a resilient, resource-saving transport system of the future. Within the framework of Rail4Future, AIT is therefore particularly active in [...] reliable and cost-efficient assessment of rail infrastructure and thus to shape the digital rail system of the future. A novel, high-performance and fully virtual validation platform for large-scale s
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Optimally Exploiting the Life Cycle of Railroad Bridges
Deutsche Bahn AG. DEEB-INFRA is funded with a total of 980,000 euros by the German Federal Ministry of Transport and Digital Infrastructure (BMVI) as part of the Modernity Fund (mFUND) funding initiative. Structural [...] load measurement data from several European countries allows the calibration of the measurement systems to each other and the harmonization of the data quality in the European context. In addition, a [...] resilient railroad infrastructure, explains Alois Vorwagner, Thematic Coordinator for Structural Dynamics & Life Cycle Engineering at the AIT Austrian Insitute of Technology: "The extrapolation model
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Autonomous trucks find their path – even in poor visibility
the Assistive & Autonomous Systems research group at the AIT center. For the vehicle to find its path through the construction site and for it to react dynamically to the given situation, it needs [...] 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
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Project CIVIC: Optimization of construction activities in Seestadt Aspern
Project manager Pamela Nolz, Center for Mobility Systems: “Cooperation and coordination enable the optimized planning of construction projects and related transports. One the one hand, cooperation and alignment [...] , economic and social implications. Project objectives focusing on efficient and sustainable transportation from and to inner-city construction- and restoration sites will be achieved through optimal [...] about 20,000 people and about 20,000 workplaces. In the context of the project CIVIC, innovative dynamic optimization approaches for efficient construction logistics planning are developed. The challenges
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One-stop-shop for smart city solutions
spatial planning systems, smart mobility data collection and analysis, integrated mobility systems, transport optimisation and logistics through to energy concepts and resilient urban systems. [Translate to [...] people and to assess the impact of planned measures on individual infrastructures or the overall transport system", says AIT mobility expert Volker Alberts. "Our software tools - MODE, SMART SURVEY, SIMULATE [...] and support urban traffic planning and transport policy decisions." For example, AIT uses smartphones to automatically track the distances travelled and transport modes used by their owners. This data can
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5G wireless technology from Austria for flexible production lines
production systems are severely restricted by the fixed wiring of their control systems. In order to achieve a high level of reliability and adaptability, future flexible production systems require new [...] models, and wireless systems for 5G and beyond. Vienna, 19th of March 2018 (AIT): In future it will be absolutely essential that industrial production lines can be dynamically reconfigured, allowing [...] production processes. In tomorrow’s production systems communication between sensors, actuators (motors, steering) and processing units (control systems, computers) needs to be supplemented by wireless
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