Derzeit Begutachtungsphase

Entscheidung erfolgte im Juli 2024

Entscheidung erfolgte im Juni 2023

Genehmigte Projekte:

• Elisabeth Gaar: MOSOPT: Solving multi-objective facility layout problems via semidefinite optimization
• Kurt Hingerl: 2D3M: Decoherence and depolarization in müller matrix measurements
• Navid Rekabsaz: FAIRFLOW: Fair representation learning with fine-grained adversarial regulation of bias flow
• Bernhard Schmidpeter: Exploiting information from job advertisements to explore gender gaps and recruitment strategies
• Susanne Schmittat: VILP: Video technology in legal proceedings
• Bernhard Sonderegger: MLSC: Model development for lifetime assessment of steels under various creep loads

Genehmigte Projekte:

• Günter Klambauer: AIDD: Advanced machine learning for innovative drug discovery
• Lukas Klever: Self-help enforcement in the digital age
• Mahdi Saeedipour: MMBLOOD: Multiscale modelling of capillary-based blood separation
• Markus Schedl: TIMELY: Mitigating gender bias in job recommender systems: a machine learning-law synergy
• Claudia Schnugg: DIGI-SENSE: Digital sensemaking: constructive capacity building for co-creative transformative change

Genehmigte Projekte:

• Oliver Bimber: Search and rescue by airborne optical sectioning
• Johannes Brandstetter: DEEP FLOOD: Assessing hydrological extremes via deep learning
• Oliver Brüggemann: Biocompatible graphene oxide (GO) composites for medical and agrochemical applications
• Christoph Mayr-Dorn: How do engineers coordinate and execute crossdisciplinary changes in software-intensive mechatronical systems?
• Frank Müh: Molecular mechanism of adhesion reduction by sandfish scales
• Thomas Takacs: PDE-aware isogeometric discretization based on neural networks
• Christoph Topf: Manganese catalysts for (enantioselective) redox transformations
• Mario Waser: Asymmetric synergistic ammonium (hypo)iodite-imine catalysis

Genehmigte Projekte:

• Moritz Brehm: Strain tuning of next-generation group-IV light emitters
• David M. Cerna: Learning to prove by MATHematical induction: Invariant discovery aided by modern machine learning technology
• Andreas Ebner: Molecular recognition for medical blood diagnostics
• Martina Mara: Hands-on explainable AI
• Marcus Reindl: Color-independent generation of maximally entangled photon states in the solid state
• Manuela Schiek: Seamless bionic interfacing for visual neuro-prosthetics
• Markus Sinnl: Solution algorithms for hierarchical optimization problems
• Michael Vierhauser: Runtime monitoring for software-intensive systems

Genehmigte Projekte: 

• Günter Klambauer: Self-normalizing networks as enabler of functional modularity in large AI systems / AI-SNN
• Sudip Poddar: Development of design automation methods for sample preparation on two-phase droplet microfluidic labs-on-chips
• Armando Rastelli: Entanglement-based quantum key distribution with on-demand photons generated by semiconductor quantum dots
• Theresa Roland: Human motion sensor system for daily life and analysis ba means of AI

Durchgeführte Projekte:

• Isabella Derler: Novel control of calcium entry via light-sensitive unnatural amino acids
• Andreas Gruber: Brain aneurysm demonstrator
• Georg Reischauer: Ecosystem response strategies

Durchgeführte Projekte:

• Oliver Brüggemann: Chameleomers: Chameleon inspired bio-molecule-responsive structures for detection of wound healing progresses and abnormalities
• Werner G. Müller: Exchange methods for constrained experimental design
• Thomas Renger: Towards a multiscale simulation scheme for organic solar cells
• Jürgen Schöftner: Refined beam models based on the boley method
• Philipp Stadler: Conductive biopolymer carbonate reduction
• Ioannis Toulopoulos: Numerical Simulation of incompressible Non-Newtonian flows modeled by power-law Navier-Strokes systems
• Rudolf Winter-Ebmer: Digitalisation and routine jobs: Unemployment experience and job search
• Yuriy Zakharko: Nanocavity-coupled carbon nanotubes for quantum photonics

Genehmigte Projekte:

• Judith Igelsböck: Upper Austrian Innovation Scripts
• Günter Klambauer: Deep Learning for in-silicio Toxicogenetics testing
• Thomas A. Klar: Sted Photochemistry
• Georg Kofler: Digitalization and Law: The LIT Digitized Village
• Andreas Müller: Exoskeletal Robotic Systems
• Stefan Pirker: Recurrence CFD Simulation of Linz/Westring pollutant dispersion 

Durchgeführte Projekte:

• Armin Biere: Logic Technology for computer science Education
• Oliver Bimber: Towards a Flexible, Scale, and Transparent Thin-Film Camera
• Karin Bruckmüller: Autonomous Driving in Austria – Preconditions by, and a challenge for Criminal Law
• Alexander Egyed: Collaborative Engineering in a Multi-Tool Environment
• Ingrid Graz: From multi-material additive manufacturing of dampers to tailored viscoelastic dissipation
• Kurt Hingerl: Harmonium
• Clemens Hofreither: Fast multigrid solvers for Advanced Discretization Techniques in Isogeometric Analysis
• Astrid Pechstein: Mixed finite elements for smart materials and structures
• Yolanda Salinas: Degradable hybrid organosilica phosphazene mesoporous nanoparticles for nanomedicine 
• Gabriela Slavcheva: Cavity-assisted non-classical light states generation with quantu mdots for integrated quantum photonics
• Irene Tiemann-Boege: Discovery of new Mutations with Ultra-Sensitive Sequencing  

Durchgeführte Projekte:

• Bernad Batinic: Wearable Insights: The Potential of Tracking Technology to Enrich Psychological Research
• Moritz Brehm: Electrically Driven Ge Quantum Dot Lasers towards On-Chip Applications
• Andreas Ebner: Role of Cell Membrane Associated Hsp70 in Cancer Cell Adhesion and Metastasis
• Bernhard Etzlinger: 5G Secure Communications in Industrial Production Environments
• Sepp Hochreiter: Long Short-Term Memory For Self-Driving Cars
• Martin Kaltenbrunner: Career Accelerator Project Soft Electronics Laboratory SEL
• Nicole Kronberger: Neuroenhancement in Everyday Life
• Thomas Lichtenegger: Recurrence CFD – A Novel, Extremely Fast Simulation Technique for Complex Multiphase Flows
• Stefan Müllegger: Single-Atom Radio Frequency Fingerprinting 
• Alexandru Paler: Complete Control Software for Reliable Quantum Computers
• Armando Rastelli: Scalable and Fully Tunable Quantum Dots for Quantum Technologies
• Milan Stehlik: Modeling Complex Dependencies: How to Make Strategic Multi-Criterial Decisions
• Thomas Voglhuber-Brunnmaier / Erwin Reichel: Sensing Arthritis with Integrated Novel Tools