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Online-Workshop KI-on-Air

Das Bundesministerium für Klimaschutz, Umwelt, Energie, Mobilität, Innovation und Technologie (BMK) lässt im Rahmen der Studie KI-on-Air das Forschungspotential von Künstlicher Intelligenz in der Luftfahrt untersuchen.

Am 24. Juni 2020 findet dazu von 9-13 Uhr ein Online-Workshop statt. Ziel ist die gemeinsame Entwicklung zukunftsträchtiger Anwendungsfelder der Künstlichen Intelligenz in der Luftfahrt, sowie die Vernetzung der Communities aus Luftfahrt und Künstlicher Intelligenz.

Agenda

Keynote „AI in the Air – Use Cases & Best Practice Examples”, Clemens Wasner, enliteAI
Erkenntnisse aus der Umfrage „Künstliche Intelligenz in der Luftfahrt“
Arbeitsgruppen zu Use Cases
Virtuelles Get-Together

Den Workshop organisieren Brimatech Services und das Linz Center of Mechatronics. Für Fragen wenden Sie sich bitte an Frau Johanna Berndorfer (jb@brimatech.at). Eine Anmeldung ist bis 23. Juni möglich.

Question Title

1. Bitte um Ihre Kontaktdaten für die Registrierung.

Name

Organisation

E-Mail

Question Title

2. Im Workshop werden Use Cases in Arbeitsgruppen analysiert. Themen sind etwa Problemstellungen, Lösungsansätze, Forschungsfragen. In der Folge finden Sie vorab definierte Use Cases. Bitte kennzeichnen Sie die für Sie wichtigsten Use Cases - maximal drei.

Autonomous Flight
on-board intelligence for autonomous air vehicles | autonomous/automated operation concepts, systems and interfaces | horizon detection | advanced simulation capabilities for optimized sizing and stress testing of components | anomaly detection | on-board automation strategies with regard to ATM...

U-Space - Air Traffic Management including Unmanned Aerial Systems (UAS) Traffic Management
managing complexity of services and concepts when integrating all types of air vehicles | automatic satellite-based real-time tracking of aircraft and new systems | UTM (Unmannes Traffic Management) systems that minimise drone noise pollution | multi-criteria flight optimisation | new operational concepts based on multiple aircraft/fleet interactions to enable process and environmental optimisation...

(Standard) Air Traffic Management
trajectory optimisation for minimising climate impact and fuel burn | alternate route planning | improved prediction methods enabling the accurate forecasting of weather phenomena | dynamic reconfiguration of air route system | improve flight planning tools enabling operators to insert environmental features into overall optimisation...

CNS – Communication, Navigation and Surveillance
U-Space on-board information management | new sensor technologies to enable all weather operations and atmospheric hazard avoidance | communication and navigation technologies employing AI | monitoring of accurate air vehicle position for surveillance applications, search & rescue and the like...

Propulsion and Energy Efficiency
improved thermodynamic and propulsive efficiency by AI-enhanced thermal management and cooling systems, or by improved aeroelasticity and aerodynamics | design optimisation | adaptive/active noise control (variable/morphing structures) | increased engine efficiency (variable geometry, e.g. variable pitch fan blades) | improved characterisation of failure mechanisms | engine parameter self-adjustment to maintain performance...

Structural Health
(resilient) design for no/reduced maintenance | trend monitoring for condition-based maintenance | health monitoring and diagnostics and prognostics (develop new damage detection methodology, life cycle assessment data collection) | cognitive sensor technology...

Product and Manufacturing Design and Development
multifunctional control surfaces and morphing structures for optimized aircraft control | optimised composite structures | new manufacturing or assembly processes (automation) | smart acoustic-efficient materials for cabin noise management | green manufacturing | simulation for optimised aerodynamics and structures, aero-acoustics design of the airframe | AI based product or concept design | AI based modelling for product-, process design or commissioning...

Material Use and Recycling
integration of bulk material and manufacturing conversion towards resource efficient and topologically optimised architectures | improved materials and assembly efficiency | optimised repair, test, and recycle technologies for innovative materials | improved end-of-life management (smart logistics and product life-cycle management) | design for sustainability...

Training and Simulator
pilot training | pilot assistance | understanding the human factors, their interaction, their effect on performance and the measurability for adaptive automation | combined analysis of multiple actors decision making processes (multiple pilots, controllers, + AOC...) | automated and intelligent systems which decouple safety systems from human error or adapt to individual human performance...

Autonomous Machines and Ground Processes at the Airport
fully automated transportation of passenger, baggage and freight | smart taxiing concepts | environmental impact assessment and reduction of other airport users’ ground operations, including smart airport manoeuvring | optimised aircraft and runway de-/anti-icing...

Efficient Supply Chain Management
improved end to end, vertical and horizontal supply chains, facilitating manufacturing processes | collaborative supply chain integration across multiple vendor platforms | agile forecasting of demand and supply in inventory systems | intelligent logistics...

Fleet Management and Airport Operations
optimised air vehicle operation, fleet operation and flows | optimised crew scheduling | flight delay prediction and rebooking customers’ flights | integrated intermodal passenger, baggage and freight processes | impact assessment of customer-centric airport design on airport business model...

Customer Service and Retention
prediction of customer profiles and expectations | intelligent passenger flow management | decision making mechanisms for a multimodal transport system | tools for strategic, tactical and real-time door-to-door multi-modal transport modelling and simulation...

Question Title

3. Möchten Sie die gewählten Use Cases priorisieren?
Wir bemühen uns, dies bei der Einteilung der Arbeitsgruppen zu berücksichtigen.

Question Title

4. Ich bin damit einverstanden, dass meine persönlichen Daten (Name, Organisation, E-Mail-Adresse) von den an der Veranstaltungskoordination beteiligten Unternehmen (Brimatech, Linz Center of Mechantronics) verarbeitet und gespeichert werden. Die Daten werden ausschließlich auf Grundlage der gesetzlichen Bestimmungen (DSGVO, TKG 2003) verarbeitet und ausschließlich für die Organisation der Veranstaltung verwendet.

Diese Einwilligung ist freiwillig. Ich kann sie jederzeit mit einem formlosen Email an jb@brimatech.at widerrufen.

Nein

Online-Workshop KI-on-Air

Question Title

1. Bitte um Ihre Kontaktdaten für die Registrierung.

Question Title

2. Im Workshop werden Use Cases in Arbeitsgruppen analysiert. Themen sind etwa Problemstellungen, Lösungsansätze, Forschungsfragen. In der Folge finden Sie vorab definierte Use Cases. Bitte kennzeichnen Sie die für Sie wichtigsten Use Cases - maximal drei.

Question Title

3. Möchten Sie die gewählten Use Cases priorisieren? Wir bemühen uns, dies bei der Einteilung der Arbeitsgruppen zu berücksichtigen.

Question Title

3. Möchten Sie die gewählten Use Cases priorisieren?
Wir bemühen uns, dies bei der Einteilung der Arbeitsgruppen zu berücksichtigen.