Abstract:
The main goal of this research program is to develop and evaluate practices, frameworks, and tools for the design and construction of worldwide distributed digital music archives and libraries. Over the last few millennia, humans have amassed an enormous amount of information and cultural material that is scattered around the world.
It is becoming abundantly clear that the optimal path for acquisition is to distribute the task of digitizing the wealth of historical and cultural heritage material that exists in analogue formats, which may include books, manuscripts, music scores, maps, photographs, videos, analogue tapes, and phonograph records. In order to achieve this goal, libraries, museums, and archives throughout the world, large or small, need well-researched policies, proper guidance, and efficient tools to digitize their collections and to make them available economically.
The research conducted within the program addresses unique and imminent challenges posed by the digitization and dissemination of music media. In this talk various projects currently conducted at our laboratory will be presented, including optical music recognition, workflow management for automatic metadata extraction of LP recordings, Networked Environment for Music Analysis (NEMA), creation of ground truth for music structural and chord analysis, and evaluation of digitization methods for analogue recordings.

Bio:
Ichiro Fujinaga is an Associate Professor and the Chair of the Music Technology Area at the Schulich School of Music at McGill University.
He has Bachelor's degrees in Music/Percussion and Mathematics from University of Alberta, and a Master's degree in Music Theory, and a Ph.D. in Music Technology from McGill University. In 2003-4, he was the Acting Director of the Center for Interdisciplinary Research in Music Media and Technology (CIRMMT). Research interests include music theory, machine learning, music perception, digital signal processing, genetic algorithms, and music information acquisition, preservation, and retrieval.