Team
Copyright: Andreas Friedle
Prof. Justus Piater, Ph.D.
Head of DiSC
Intelligent and Interactive Systems Group at the Department of Computer Science
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
I seek to enable autonomous robots to perceive and act flexibly and robustly in unstructured environments, leveraging machine learning methods to build perceptual, motor and reasoning skills. Of particular interest is the ability of robots to conceptualise their environment such that they can learn on the basis of already-learned skills, transfer skills to novel tasks, and communicate with humans.
Copyright: Grazyna Jatowt
Prof. Adam Jatowt
Professor of Data Science
Data Science Group at the Department of Computer Science
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
My research is related to knowledge extraction and information retrieval from unstructured text collections such as news article collections, financial/legal documents or social media posts. In particular, I am interested in novel approaches towards retrieving useful knowledge from long-term news archives and other types of temporal document collections, as well as in applications of text mining techniques for digital history.
Research Area
Data Science: Natural Language Processing and Information Retrieval
Copyright: Miroslaw Opoka
Dr. Joanna Chimiak-Opoka
Associate Dean of Studies
(Minor Digital Science)
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
My goal is to develop an intriguing bundle of courses creating new career opportunities for our students. In line with the DiSC’s mission, I seek to promote the transfer of digitalisation-related skills. To do so, I support our interdisciplinary students and instructors in all teaching and learning matters. In particular, I am engaged in finding optimal and innovative solutions and in the continuous development of our teaching portfolio. Moreover, as a senior lecturer and computer scientist, I am involved in teaching our IT-related modules. In my courses, I adapt and experiment with new methods and tools seeking to increase my effectiveness as a lecturer.
Copyright: Fotostudio Thomas
Carina König, M.A.
Coordinator
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
As coordinator of the Digital Science Center, I serve as the primary contact for its members in all administrative matters so they can be fully dedicated to their research. I ensure effective communication between all parties involved to allow for a lively exchange of information and knowledge. That way, I seek to contribute to the DiSC’s overarching goal: the creation of synergies across disciplines.
Copyright: Eva Fessler
Dr. Sébastien Court
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
My background are numerical simulations of fluid-structure interactions, elasticity theory, scientific computing, and optimal control theory. At the Digital Science Center, I will work on the Mathematical Foundations of Deep Learning.
Research Area
Deep Learning: Neural Networks for Big Data Analysis
Copyright: Matteo Saveriano
Dr. Ing. Matteo Saveriano
Intelligent and Interactive Systems Group at the Department of Computer Science
Universität Innsbruck, Institut für Informatik, Technikerstraße 21a, A-6020 Innsbruck
Statement
My research attempts to integrate cognitive robots into smart factories and social environments through the embodiment of AI solutions, inspired by human behavior, into robotic devices. From the economic perspective, cognitive robots have the potential to significantly increase the productivity and the flexibility of modern enterprises. From the social point of view, robots with embodied AI capabilities will improve working conditions and will guarantee seamless care and assistance to people in need.
Research Area
Embodied Artificial Intelligence and Machine Learning
Copyright: Franz Oss
Mag. Reto Stauffer, Ph.D.
Department of Statistics & Department of Atmospheric and Cryospheric Sciences
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
I am working on the development and refinement of statistical machine-learning methods and their application in the field of natural and atmospheric sciences: spatio-temporal regression methods to enhance climatological estimates or probabilistic decision trees to improve weather forecasts. The development of these new methods is accompanied by implementing open-source software which is able to handle vast and continuously growing amounts of data in today’s digital world.
Research Area
Data Science in Atmosphere Climate Research
Copyright: Birgit Pichler
Dr. Clara Rauchegger
Department of Legal Theory and Future of Law
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
I examine the opportunities and risks of digital technology from a legal perspective. In particular, my research explores the regulation and governance of digital platforms and artificial intelligence by the European Union. My recent work focuses on EU legislation and policy that is aimed at preventing the spread of illegal or harmful online content such as hate speech, terrorist propaganda, or disinformation. I am particularly interested in the legal implications of AI-assisted filtering of online content. My other research interests include EU and comparative constitutional law, with a particular focus on the protection of fundamental rights in the digital environment.
Research Area
Law and Digitalisation
Copyright: Tobias Haller
Alexander Kupfer, Ph.D.
Department of Information Systems, Production and Logistics Management
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
My work focuses on information in digital business and digital markets. Online reviews, for instance, help to considerably reduce information asymmetries for consumers (e.g., hotel reviews or amazon reviews). In particular, my research investigates the effects of rewards and design aspects on online review systems. More generally, I am keenly interested in a wide variety of digital business and digital markets phenomena that employ the reduction of (information) asymmetries including crowdfunding and sharing platforms.
Research Area
Digital Business: Information System Design and Economic Behaviour
Copyright: Joseph Wang
DDr. Joseph Wang-Kathrein
Research Institute Brenner-Archiv
Universität Innsbruck, Brenner Archiv, Josef-Hirn-Straße 5-7, A-6020 Innsbruck
Statement
My work field covers the philosophy of Wittgenstein’s and digital editing including related fields in the Digital Humanities. My research focus lies on the interface between philosophy and computer science: How can the insights gathered in philosophy help us in our daily work using computers?
Research Area
Digital Humanities: Digital Editing, Wittgenstein
Copyright: Gerald Hiebel
Gerald Hiebel
Universität Innsbruck, Institut für Archäologien, Langer Weg 11, A-6020 Innsbruck
Statement
My work focuses on research on methodologies that can be used to represent the complex knowledge arising from a (pre-)historic reality and the scientific research about this reality. They are from the fields of ontology engineering (in particular CIDOC CRM), knowledge graph creation, geoinformation systems, and computational linguistics (Named Entity Recognition, Named Entity Linking). While my main work field is archaeology, I also apply these methodologies in several projects from various fields of the Digital Humanities. My goal is to create e-infrastructures that can be used for research and the dissemination of knowledge about our past and how it was gained.
Research Area
Semantic and Space-Oriented Information Technology in Archaeology
Copyright: Copyleft
Luis Miguel Rodríguez-Rojas
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
My main research interest is the understanding of eco-evolutionary principles governing microbial communities: primary evolutionary and ecological forces shaping populations and their metabolic potential, their interactions with other microbial species, their hosts, and the environment, and the role of stochasticity. I develop computational and statistical techniques aimed at answering these questions as well as advancing standards and data quality evaluation methods in the field of environmental genomics.
Research Area
Bioinformatics: Computational Microbial Ecology, Environmental Genomics, and Prokaryotic Taxonomy
Copyright: Matthias Schurz
Mag. Dr. Matthias Schurz
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
Humans are a highly social species, and complex societies rely on mutual understanding, cooperation, and trust. In my work, I am studying how central social abilities are implemented in the human brain. In particular, I would like to understand how we can represent another's perspective while at the same time keeping track of reality. Comparative work from other species as well as patient studies show us that this high-level skill is not easy for the brain. Presumably, it requires the interplay of several large-scale networks. To deepen our understanding of these mechanisms, I study functional brain activity and connectivity with statistical and machine learning methods.
Research Area
Computational Neurosciences, Neural Networks and Human Communication
Mag. Dr. Gabriel Rojas-Kopeinig
Unit of Energy Efficient Building at the Department of Structural Engineering and Material Sciences
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
My academic work centres on energy-efficient construction. Specifically, I explore how we can design buildings in such a way that they provide a comfortable and healthy indoor climate while conserving energy and resources. To answer this question, I use both experimental and computational simulation methods, such as building performance and air flow simulations. My research focuses on indoor air quality, thermal comfort, and energy efficiency. In addition, I also seek to improve the aforementioned simulation methods by combining and enhancing them with data-driven methods, for example data-driven modelling or model calibration.
Research Area
Energy-Efficient Construction, Building Physics, Indoor Air Quality, Computational Building Performance Simulation
Francesca Finotello, PhD
francesca.finotello@uibk.ac.at
Computational Biomedicine Group at the Department of Molecular Biology
Universität Innsbruck, Digital Science Center, Innrain 15, A-6020 Innsbruck
Statement
My research focuses on the bioinformatic analysis of bulk and single-cell multiomics data and on the development of new computational methods to inform precision and personalised medicine. I have a special focus on cancer immunology: I integrate bioinformatics, systems biology, and machine learning techniques to shed light on the rules governing tumor-immune cell interactions. By characterising the landscape of cancer neoantigens, the composition of the tumor immune contexture, and the intricate crosstalk governing cell-cell interactions in the tumor microenvironment, I aim at extracting mechanistic rationale to improve cancer immunotherapy.
Research Area
Digital Pattern Recognition of Dynamic, Multidimensional Processes in Biological Systems