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UFT-ADI
- /en/uft-adi
from the Envimet 4.0 microclimate simulation model were calculated and assessed in comparison with the observed measurements. Based on the evaluation of the simulation results, a catalogue of open-space [...] appropriate amelioration measures to fit specific urban patterns. The project’s microclimatic simulations showed a high variation between different urban fabric types. It was demonstrated, for example
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Aerial Systems Lab
- /en/labs/aerial-systems-lab
air traffic management to the development and operation of various flight platforms and flight simulators for collision avoidance systems. In addition to outdoor test environments, there is also an indoor
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AgeWell
- /en/solutions/diagnostics-therapy-support/highlight-projects/agewell
advice and guidance as needed. A second end user group, consisting of retired senior citizens, will simulate the later phase of AgeWell usage in the trials. Check out our new video explaining the AgeWell Concept:
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European Defence Agency Service Framework Contract awarded to AIT
tangible interfaces in virtual systems (e.g. the use of a real Geiger counter in a virtual training simulation). Another area of expertise is the technological possibilities in the field of augmented humans
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AGENT
- /en/research-topics/physical-layer-security/projects/agent
computer-aided planning with automated creation of a 3D digital map. Furthermore, a sophisticated simulation of the Beacon installation will help assess the amount of Beacons required and where to place them
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New climate chambers at AIT Tulln: key technologies for sustainable agriculture
under real conditions The new climate chambers at the AIT offer the possibility of precisely simulating a wide range of environmental conditions. These facilities allow the effects of climate change
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AI-optimized energy infrastructure
- /en/research-topics/power-system-digitalisation/projects/ai-optimized-energy-infrastructure
consumption profiles for normal and extreme conditions. Validate methods using Siemens' BIFROST simulation environment to account for climate-related influences. Data and Communication Concept Develop a
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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
FLIP-FLOP project (Flexible Line On-Demand Public Transport) is developing an AI-powered tool to simulate a more sustainable and efficient mobility service that combines the advantages of traditional bus [...] forecasts. Dynamic adaptation and alternative propulsion systems The FLIP-FLOP mobility project simulates an innovative mobility service where passengers can book rides either in advance or spontaneously
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AIT develops AI-controlled wind flow simulation for digital urban planning
Intelligence Lab (CIL) at the AIT Center for Energy developed an artificial intelligence (AI) based simulation for wind flows. This enables wind factors to be determined in planning of cities and urban areas [...] smart technologies, but also be planned digitally - from the quarter to the building. With the new simulation, we can take the influence of wind currents on the microclimate, but also the effects of storms
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Making medical first aiders fit for missions
improved. The new generation of MR training offers improved haptic feedback by integrating patient simulation manikins and medical equipment into the virtual environment. The special feature is that the trainees [...] are limited. We want to close this gap with the MR solution developed in MED1stMR. We bring real simulation mannequins into virtual training to best prepare responders for emergency situations." A mult
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AirBility
- /en/research-topics/climate-resilient-urban-pathways/projects/airbility
made as to which use cases are profitable and contribute to improved traffic flow. An experience simulation makes the use cases tangible for different stakeholder groups and provides information about the
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Im.Fluge: Urban Air Mobility revisited
January. It is about innovation and intermodular integration of urban air mobility through experience simulation. Low confidence in urban air mobility, lack of concepts for intermodal nodes (What is the best [...] first time in detail and systematically from the experience perspective of future users. Through VR simulation of use along intermodal travel routes, this enables prototypical development and testing of future
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Hybrid Electric Aircraft Technologies
- /en/research-topics/hybrid-electric-aircraft-technologies
protection systems for aircraft. Within this domain, we offer comprehensive services ranging from simulating ice formation under certification-relevant environmental conditions to designing and validating
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EXAELIA: Innovations for the next generation of sustainable long-haul aircraft
performance of new long-haul aircraft configurations and test platforms to optimize their flight safety.Simulation of hydrogen fuel systems to analyze and improve the integration of hydrogen as a sustainable energy
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Halide Solid State Batteries for Electric Vehicles and Aircrafts
realistic use cases from automotive and aeronautic applications will be evaluated with numerical system simulation. Artur Tron, battery expert at AIT, highlights that solid-state battery technology is an extremely
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transpAIrent.energy
- /en/research-topics/flexibility-business-models/projects/transpairentenergy
algorithms, platform development and implementation, and method validation (“proof of concept”) through simulation and live testing. These content-related WPs are moreover supplemented by a project management WP
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Sustainable Mobility for Airport Connectivity
- /en/research-topics/flexibility-business-models/projects/smac
Study: A case study will evaluate the effectiveness of new mobility offerings and services based on simulation results. Quick-Assessment Tool: This tool will enable quick and reliable assessments of potential
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AIT at the Long Night of Research
- /en/blog/ait-at-the-long-night-of-research
such as the climate situation in city districts or the optimization of people flows can be vividly simulated and acted out. This is an essential building block for the planning of resilient cities. https:
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AIT Smart Grid Converter
- /en/solutions/power-system-technologies/ait-smart-grid-converter
Machine & Virtual Inertia Grid-supporting modes: Photovoltaic inverter, battery inverter, battery simulator, grid-forming inverter, active front end, back-to-back Full four-quadrant operation Active and reactive
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AIT Network Planning Toolbox
- /en/research-topics/smart-grids/network-operators-and-energy-service-providers/ait-network-planning-toolbox
on AIT servers and operated by AIT experts, and its functionalities are transferrable to other simulation environments. Some example outputs of the AIT Network Planning Toolbox are Calculation of reserve
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