SEARCH

Human-centered, system-aware optimization

• /en/research-topics/transport-optimisation-energy-logistics/human-centered-system-aware-optimization

Human-centered, system-aware optimization Human-centered, system-aware optimization In system-aware optimization the goal is to apply optimization techniques on system-wide challenges, i.e., challenges [...] overall research approach at AIT’s Center for Mobility Systems is to come up with a holistic view on the transportation system. In the field of system-aware optimization this means that multiple current [...] older, multi-objective optimization problem where the overall goal is to find a system-wide optimum. AIT applies system-aware optimization techniques especially in the field of traffic flow optimization

• Relevance:
  16%

AW-Vorlesungen im Wirtschaftsministerium

präsentiert und diskutiert werden. Bernhard Dachs, Senior Scientist am AIT Center for Innovation Systems & Policy hält am Mittwoch, 26.09. eine Vorlesung über die "Schlüsseltechnologien der Digitalisierung

• Relevance:
  11%

How batteries are being made suitable for aviation

make the operation of aircraft more efficient and environmentally friendly. This includes storage systems with high energy density and the highest safety standards. Michael Loibner from the daily newspaper

• Relevance:
  12%

Research für Climate-Friendly Aviation

these components, an increase in overall system efficiency is to be achieved, for example weight reduction through integration of decentralized energy storage systems On the way to zero-emission aviation [...] transport, a shift is also taking place in aviation from traditional fossil fuel-powered propulsion systems to increasingly electric propulsion solutions. The goal is to increase energy efficiency and switch [...] Electric Aircraft". Multifunctional components with integrated semi-solid state battery Energy storage systems that meet the demands of aeronautics play a central role in the electrification of aircraft. For

• Relevance:
  14%

Autonomous Ticketing

• /en/solutions/sensing-travel-behavior/autonomous-ticketing

transport. Combined with GIS data, time schedule and real-time information of the public transport system, MODE thus enables an autonomous ticketing solution without additional infrastructure or user interaction [...] evaluating smartphone-based travel surveys for an autonomous ticketing and a respective revenue sharing system. Vienna, Austria Capturing the mobility behaviour of users of the Wien-Mobil-Routing app in collaboration

• Relevance:
  11%

Digital twin of road infrastructure for autonomous vehicl

• /en/research-topics/road-condition-monitoring-assessments/translate-to-english-digital-twin-der-strasseninfrastruktur-fuer-autonome-fahrzeuge

ong bus test route in the municipal area of Koppl (Salzburg). Laser scanners and digital camera systems were used. The recording was carried out in a time-saving manner in flowing traffic, without disturbing

• Relevance:
  8%

Autonomous Work Machines

• /en/solutions/autonomous-work-machines

operators for deployment. Safe & Reliable Autonomous Systems Robotic systems are subject to the highest safety and reliability requirements. System failures can cause significant costs, and malfunctions [...] of our systems. We integrate and develop robust, reliable monitoring systems that comply with the standards and regulations applicable to your use case. This is complemented by extensive system testing [...] injury during human-machine interactions. To prevent this, we place high demands on system design. We develop system architectures that prioritize safety and combine complementary sensor technologies with

• Relevance:
  16%

Autonomous Working Machines: Mowing robots for the maintenance of road embankments

autonomous systems," says Oliver Zendel, project manager and senior scientist, describing AIT's contribution to the project. In the future, the technology could be applied to similar systems. Automated

• Relevance:
  13%

The autonomous forklift truck

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

• Relevance:
  9%

Autonomous working machines

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 [...] go into operation in summer 2022. Contact Patrik Zips Senior Scientist Complex Dynamical Systems Center for Vision, Automation & Control patrik.zips@ait.ac.at

• Relevance:
  12%

Digitalisation and automation of production systems

• /en/research-topics/complex-dynamical-systems-old/digitalisation-and-automation-of-production-systems

Digitalisation and automation of production systems Digitalisation and automation of production systems Today, the manufacturing industry faces numerous, often completely new challenges. Globalisation

• Relevance:
  13%

Automated Test Case Generation

• /en/research-topics/dependable-systems-engineering/verification-validation/automated-test-case-generation

areas where coming up with a model is difficult. This is interesting in case of verifying large systems of systems or designs that use techniques from the artificial-intelligence research internally. Compact [...] research are test case generation for non-functional requirements and modelling and verification of systems using advanced AI algorithms. Our Services TCG as a service Tools Tool adaptions Domain Specific [...] sind mit einem * markiert. Name * E-Mail * Betreff * Nachricht * Send DI Rupert Schlick Dependable Systems Engineering +43 50550 4124 +43 50550 4150 rupert.schlick(at)ait.ac.at Links MoMuT - A Familiy of

• Relevance:
  15%

Automation technology

• /en/blog/automation-technology

"predictive maintenance". Here, AI systems learn a connection between certain measurement data and the performance of machines. If there is a major deviation from the expected system behavior, this is automatically [...] and thus avoided. AI systems are also increasingly being used to ensure or increase the quality of industrial goods. Here, modern inspection systems play a major role, such as those being developed at the [...] use this information to optimize system behavior, save resources and make decisions about what to do next," explains Andreas Kugi, professor of complex dynamic systems at the Institute of Automation and

• Relevance:
  15%

Automated Driving

• /en/solutions/automated-driving

for testing of intelligent, safety-critical automated systems. In addition, the AIT is able to analyze overarching effects on the overall traffic system as well as traffic safety. A user-centered view of [...] Automation & Control has extensive expertise in Intelligent Vision Systems with a focus on camera-based sensing for assistive and autonomous systems to assist the driver as well as to increase safety and efficiency [...] Read more Cooperations with the industry In various projects, AIT develops assistance systems and autonomous systems together with well-known manufacturers from the railways (public transport), agricultural

• Relevance:
  16%

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 [...] 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

• Relevance:
  15%

TX Meet-Up: Automation Experience

Automatisierte Systeme ziehen in unseren Lebensalltag ein und verändern unsere Nutzungsgewohnheiten: HausbesitzerInnen konfigurieren ihr vernetztes Zuhause, FahrerInnen übergeben die Kontrolle an ihre

• Relevance:
  10%

AUTODRIVE

• /en/research-topics/dependable-systems-engineering/projects/autodrive

generation Electronic Components and Systems architectures. This will sustain and grow the market position of all AUTODRIVE partners. 1 Electronic Control Systems Facts Project duration: May 2017 – Oct [...] ect AUTODRIVE was to advance fail-aware, fail-safe, and fail-operational electronic components, systems, and architectures for highly and fully automated driving. AUTODRIVE results contributed significantly [...] sind mit einem * markiert. Name * E-Mail * Betreff * Nachricht * Send DI Rupert Schlick Dependable Systems Engineering +43 50550 4124 +43 50550 4150 rupert.schlick(at)ait.ac.at Links https://autodrive-project

• Relevance:
  14%

Autodrive

• /en/solutions/automated-driving/reference-projects/autodrive

Safety & Security analysis, model-based testing, and development of an ECS (Electronic Components and Systems) Architecture for secure Over-The-Air-Updates for fail-aware, fail-safe, and fail-operational components

• Relevance:
  13%

AUTKRYPTO

• /en/themen/cyber-security/projects/autkrypto

Partner: Bundeskanzleramt, Bundesministerium für Landesverteidigung, REPUCO Unternehmensberatung GmbH, System Industrie Electronic GmbH, xface Laufzeit: 10/2024 – 09/2026 Förderprogramm: FFG K-PASS Ausschreibung

• Relevance:
  9%

AUTILITY

• /en/about-the-ait/center/center-for-vision-automation-control/assistive-autonomous-systems/projects/autility

Exploration of suitable system architectures, data processing platforms and communication mechanisms taking into account security requirements RESEARCH TOPICS Development of a system concept for autonomous [...] E-Mail * Betreff * Nachricht * Send DI Christian Zinner Thematic Coordinator Assistive & Autonomous Systems Center VAC +43 664 8251360 christian.zinner(at)ait.ac.at FUNDING AND COOPERATION The AUTILITY project

• Relevance:
  13%