Biblio

Export 143 results:
Sort by: Author [ Title (Desc)] Type Year
Filters: First Letter Of Title is S  [Clear All Filters]
A B C D E F G H I J K L M N O P Q R [S] T U V W X Y Z   [Show ALL]
S
Marxer, R., & Janer J. (2013).  Study of regularizations and constraints in NMF-based drums monaural separation. International Conference on Digital Audio Effects Conference (DAFx-13). Abstract
Tian, M., Srinivasamurthy A., Sandler M., & Serra X. (2014).  A Study of Instrument-wise Onset Detection in Beijing Opera Percussion Ensembles. IEEE International Conference on Acoustics, Speech, and Signal Processing (ICASSP). 2159-2163. Abstract
application/pdf iconpost-print
Expósito Pérez, M. (2015).  Study of Daily Noise Exposure to Avoid Hearing Loss in Musicians. Abstract
application/pdf iconMiquel-Exposito-Master-thesis-2015.pdf
Fernandez Blanco, P. (2017).  Study of biomechamics in violin performances with kinect and its relationship with Sound. Abstract
Yang, Y. (2016).  Structure Analysis of Beijing Opera Arias. Abstract
application/pdf iconYile-Yang-Master-thesis-2016.pdf
Ong, B. (2007).  Structural Analysis and Segmentation of Music Signals. Department of Information and Communication Technologies. Abstract
application/pdf iconThesis document
Gómez-Marín, D., Jordà S., & Herrera P. (2016).  Strictly Rhythm: Exploring the Effects of Identical Regions and Meter Induction in Rhythmic Similarity Perception. (Kronland-Martinet R., Aramaki M., Ystad S., Ed.).Music, Mind, and Embodiment. CMMR 2015. 449-463.
Gómez-Marín, D., Jordà S., & Herrera P. (2015).  Strictly Rhythm: Exploring the effects of identical regions and meter induction in rhythmic similarity perception. 11th International Symposium on Computer Music Multidisciplinary Research, CMMR 2015. Abstract
application/pdf iconFull text
Guaus, E., & Gómez E. (2005).  Storage and Retrieval of relevant information from music master classes. 36th conference of the International Association of Sound and Audiovisual Archives (IASA). Abstract
Cano, P., Kaltenbrunner M., Mayor O., & Batlle E. (2001).  Statistical Significance in Song-Spotting in Audio. Abstract
Kersten, S. (2015).  Statistical modelling and resynthesis of environmental texture sounds. Department of Information and Communication Technologies. 171. Abstract
application/pdf iconStefan-Kersten-Phd-thesis-2016.pdf
Maestre, E. (2009).  Statistical Modeling of Violin Bowing Parameter Contours. International Computer Music Conference. Abstract
Maestre, E., Blaauw M., Bonada J., Guaus E., & Pérez A. (2010).  Statistical Modeling of Bowing Control applied to Violin Sound Synthesis. IEEE Transactions on Audio, Speech, and Language Processing .
Haro, G. G. (2013).  Statistical Distribution of Common Audio Features. Department of Information and Communication Technologies. 203.
application/pdf iconPhD_MHaro.pdf
Salamon, J., Peeters G., & Röbel A. (2012).  Statistical Characterisation of Melodic Pitch contours and its Application for Melody Extraction. 13th International Society for Music Information Retrieval Conference (ISMIR 2012). Abstract
application/pdf iconSalamonMelodicContourISMIR12.pdf
Serrà, J., Gómez E., Herrera P., & Serra X. (2008).  Statistical analysis of chroma features in western music predicts human judgments of tonality. Journal of New Music Research. 37(4), 299-309. Abstract
Serra, X. (2007).  State of the Art and Future Directions in Musical Sound Synthesis. International Workshop on Multimedia Signal Processing. Abstract
Normann, I., Purwins H., & Obermayer K. (2001).  Spectrum of Pitch Differences Models the Perception of Octave Ambiguous Tones. International Computer Music Conference. 274-276. Abstract
Loscos, A. (2007).  Spectral Processing Of The Singing Voice. Department of Information and Communication Technologies. Abstract
application/pdf iconThesis document
Amatriain, X., Bonada J., Loscos A., & Serra X. (2002).  Spectral Processing. (Udo Zölzer, Ed.).DAFX - Digital Audio Effects. 373-438. Abstract
Bonada, J., Serra X., Amatriain X., & Loscos A. (2011).  Spectral Processing. (Udo Zölzer, Ed.).DAFX Digital Audio Effects. 393-446.
Serra, X., & Smith J. (1990).  Spectral Modeling Synthesis: A Sound Analysis/Synthesis Based on a Deterministic plus Stochastic Decomposition. Computer Music Journal. 14(4), 12-24. Abstract
Serra, X. (1998).  Spectral Modeling of Musical Sounds. Fourth Meeting of the FWO Research Society on Foundations of Music Research. Abstract
Amatriain, X., Bonada J., Loscos A., & Serra X. (2001).  Spectral Modeling for Higher-level Sound Transformation. MOSART Workshop on Current Research Directions in Computer Music. Abstract
Bonada, J., Loscos A., Cano P., Serra X., & Kenmochi H. (2001).  Spectral Approach to the Modeling of the Singing Voice. 111th AES Convention. Abstract
intranet