Contributions to Books:
M. Magrini, T. Giunti, G. Bertini, A. Rauber, T. Lidy:
"A DSP system for audio-signal dynamic-range enhancement";
in: "DSP Application Day 2007",
issued by: Dipartimento di Informatica e Comunicazione, Università degli Studi di Milano;
The audio treatment methods commonly used in many FM radios and in mastering processes for today's popular music tend to increase perceived loudness of the final audio product, producing loud but 'flat' sound. This is satisfactory for most commercial purposes, but ultimately introduces unwanted effects such as reduced dynamic range, poor transients, and loss of fidelity. We have proposed a method for time-domain transient restoration of recorded music that restores clarity similar to that of a live performance. The algorithm can easily be implemented with low-cost digital signal processors, i.e. in stand-alone devices or included in (iPod-like) hardware or (Winamp-like) software audio-player applications. A method for using on-the-fly feature extraction from the songs played to automatically tune the effect is currently under study. This goal is being jointly pursued with a research group from the Technische Universität of Wien working on music classification and retrieval, within the framework of the EU MUSCLE-NoE project.
Music computing, Digital embedded system
Created from the Publication Database of the Vienna University of Technology.