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DI Dr. Ferdinand Fuhrmann

Research group

DIGITAL:

Intelligente Akustische Lösungen

Phone number

+43 316 876-1309

E-mail

Ferdinand.Fuhrmann@joanneum.at

Adress

Steyrergasse 17, 8010, Graz
+43 316 876-5000
digital@joanneum.at

Publications

Digital
2023

Data Selection for Reduced Training Effort in Vandalism Sound Event Detection

Authors Stefan Grebien, Florian Krebs, Ferdinand Fuhrmann, Michael Hubner, Stephan Veigl, Franz Graf
Data Selection for Reduced Training Effort in Vandalism Sound Event Detection
Digital
2021

Let’s teach computers to listen: 20 years of AI in acoustic research and development at JOANNEUM RESEARCH

Authors Graf, Franz; Amon, Clemens; Blass, Martin; Fišer, Moritz; Fuhrmann, Ferdinand; Krebs, Florian
Let’s teach computers to listen: 20 years of AI in acoustic research and development at JOANNEUM RESEARCH
Digital
2021

Multimodal Interaction in the Production Line - An OPC UA-based Framework for Injection Molding Machinery

Authors Fuhrmann, Ferdinand; Weber, Anna; Ladstätter, Stefan; Dietrich, Stefan; Rella, Johannes
Multimodal Interaction in the Production Line - An OPC UA-based Framework for Injection Molding Machinery
Digital
2019

Comparing Approaches towards Robust Voice Activity Detection in Nois

Authors Fuhrmann, Ferdinand; Leitner, Christina; Graf, Franz
Comparing Approaches towards Robust Voice Activity Detection in Nois
Digital
2017

Towards an Architecture for Collaborative Human Robot Interaction in Physiotherapeutic Applications

Authors Weiss, Wolfgang; Fuhrmann, Ferdinand; Zeiner, Herwig; Unterberger, Roland
Towards an Architecture for Collaborative Human Robot Interaction in Physiotherapeutic Applications
Digital
2016

Step Forward in Human-Robot Collaboration The Project CollRob

Authors Velik, Rosemarie; Dieber, Bernhard; Yahyanejad, Saeed; Brandstoetter, Mathias; Kirschner, David; Paletta, Lucas; Fuhrmann, Ferdinand; Luley, Patrick; Zeiner, Herwig; Paar, Gerhard; Hofbaur, Michael
Step Forward in Human-Robot Collaboration The Project CollRob
Robotics
2016

A Step Forward in Human-Robot Collaboration - The Project CollRob

Authors Velik, Rosemarie; Yahjanejad, Saeed; Dieber, Bernhard; Brandstötter, Mathias; Paar, Gerhard; Paletta, Lucas; Zeiner, Herwig; Luley, Patick; Fuhrmann, Ferdinand; Hofbaur, Michael
A Step Forward in Human-Robot Collaboration - The Project CollRob
Digital
2015

Open Challenges in Modelling, Analysis and Synthesis of Human Behaviour in Human - Human and Human - Machine Interactions

Authors Vinciarelli, Alessandro; Esposito, Anna; Andre, Elisabeth; Bonin, Francesca; Chetouani, Mohamed; Cohn, Jeffrey F.; Cristani, Marco; Fuhrmann, Ferdinand; Gilmartin, Elmer; Hammal, Zakia; Heylen, Dirk; Kaiser, Rene; Koutsombogera, Maria; Potamianos, Alexandros; Renals, Steve; Riccardi, Giuseppe; Salah, Albert Ali
Open Challenges in Modelling, Analysis and Synthesis of Human Behaviour in Human - Human and Human - Machine Interactions
Digital
2015

Multimodale Interaktion in der Produktionsstaette der Zukunft

Authors Fuerntratt, Hermann; Fuhrmann, Ferdinand
Multimodale Interaktion in der Produktionsstaette der Zukunft
Digital
2014

Comparison of voice activity detection methods in realistic noise scenarios

Authors Leitner, Christina; Fuhrmann, Ferdinand; Graf, Franz
Comparison of voice activity detection methods in realistic noise scenarios
Digital
2014

A modular system for improving speech intelligibility under extreme acoustic conditions: subjective evaluation of parameter influence

Authors Fuhrmann, Ferdinand; Dobbler, Klaus; Pokorny, Florian; Graf, Franz
A modular system for improving speech intelligibility under extreme acoustic conditions: subjective evaluation of parameter influence
Digital
2014

Evaluation of the spatial resolution accuracy of the face tracking system for kinect for Windows V1 and V2

Authors Amon, Clemens; Fuhrmann, Ferdinand; Graf, Franz
Evaluation of the spatial resolution accuracy of the face tracking system for kinect for Windows V1 and V2
Digital
2014

Evaluation of a transaural audio system using parametric loudspeaker arrays

Authors Fuhrmann, Ferdinand; Amon, Clemens; Graf, Franz
Evaluation of a transaural audio system using parametric loudspeaker arrays
Digital
2014

Multimodal Interaction for Future Control Centers: An Interactive Demonstrator

Authors Fuhrmann, Ferdinand; Kaiser, Rene
Multimodal Interaction for Future Control Centers: An Interactive Demonstrator
Digital
2014

Multimodal Interaction for Future Control Centers: Interaction Concept and Implementation

Authors Kaiser, Rene; Fuhrmann, Ferdinand
Multimodal Interaction for Future Control Centers: Interaction Concept and Implementation
Digital
2012

Semantic audio content-based music recommendation and visualization based on user preference examples

Authors Fuhrmann, Ferdinand; Bogdanov, Dmitry; Haro, Martin; Xambo, Anna; Gomez, Emilia; Herrera, Perfecto
Semantic audio content-based music recommendation and visualization based on user preference examples
Digital
2012

A comparison of sound segregation techniques for predominant instrument recognition in musical audio signals

Authors Fuhrmann, Ferdinand; Herrera, Perfecto; Bosch, Juan J.; Janer, Jordi
A comparison of sound segregation techniques for predominant instrument recognition in musical audio signals
Digital
2012

Automatic musical instrument recognition from polyphonic music audio signals

Authors Fuhrmann, Ferdinand
Automatic musical instrument recognition from polyphonic music audio signals
Digital
2011

A Content-based System for Music Recommendation and Visualization of User PreferencesWorking on Semantic Notions

Authors Fuhrmann, Ferdinand; Bogdanov, Dmitry; Haro, Martin; Xambio, Anna; Gomez, Emilia; Herrera, Perfecto
A Content-based System for Music Recommendation and Visualization of User PreferencesWorking on Semantic Notions
Digital
2011

Quantifying the Relevance of locally extracted Information for musical instrument recognition from entire Pieces of Music

Authors Fuhrmann, Ferdinand; Herrera, Perfecto
Quantifying the Relevance of locally extracted Information for musical instrument recognition from entire Pieces of Music
Digital
2010

Content-based music recommendation based on user preference examples

Authors Fuhrmann, Ferdinand; Bogdanov, Dmitry; Haro, Martin; Gomez, Emilia; Herrera, Perfecto
Content-based music recommendation based on user preference examples
Digital
2010

Polyphonic instrument recognition for exploring semantic similarities in music

Authors Fuhrmann, Ferdinand; Herrera, Perfecto
Polyphonic instrument recognition for exploring semantic similarities in music
Digital
2010

The Musical Avatar - A visualization of musical preferences by means of audio content description

Authors Haro, Martin; Xambo, Anna; Fuhrmann, Ferdinand; Bogdanov, Dmitry; Gomez, Emilia; Herrera, Perfecto
The Musical Avatar - A visualization of musical preferences by means of audio content description
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JOANNEUM RESEARCH provides innovation and technology services in the field of applied research. As a research company working on behalf of various federal provinces and regions in Austria, our expertise shapes the development of our modern society and economy – sustainably, and always with a focus on people. As a multidisciplinary team working in a flexible set-up that fosters innovation, we always live up to the highest social and scientific standards.

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