Tag Archives: audio

Help us in our study on perceived emotions of pop/rock music by English, Spanish, German, and Mandarin speakers

En castellano debajo! 

Juan Sebastian Gómez-Cañón, one of the PhD students working with me at the Music Information Research Lab of the MTG, is leading a study on the relation between the emotions perceived in pop and rock music and the language the listener speaks. To participate, please visit the following links depending on your mother tongue: English, Spanish, German, and Mandarin. In case that none of these languages is native to you, you can still participate by filling the English version (it takes around 20-25 minutes to complete it). Please follow the instructions carefully to guarantee your comprehension, correctness, and overall enjoyment! You can stop at any time and continue later as long as you keep the volume at the same level.

At the end of this survey and as a small thank you for your time, we will provide your Music Sophistication Index, which measures your ability to engage with music, as defined by Müllensiefen et al. (2014). The results of this research will also be available to you in our project website.

Thank you!

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Juan Gómez-Canón, con el  cual trabajo en el laboratorio de Music Information Research del MTG (Universitat Pompeu Fabra, Barcelona) está llevando a cabo un estudio sobre la relación entre las emociones percibidas en música pop/rock y el lenguaje. Agradeceríamos mucho vuestra participación rellenando un formulario que requiere entre 20-25 minutos y que se basa, fundamentalmente, en escuchar música e indicar la emoción percibida en cada caso. El formulario está disponible en Inglés, Español, Alemán y Mandarín (en caso que vuestra lengua materna no sea ninguna de esas podéis participar usando la versión en inglés). Es importante seguir las instrucciones cuidadosamente para garantizar la correcta comprensión de los ítems planteados. Podéis parar en cualquier momento y continuar después, siempre y cuando se mantenga el mismo volumen al escuchar la música .

Al final de esta encuesta y como una pequeña muestra de agradecimiento por vuestro tiempo, os entregaremos vuestro Music Sophistication Index, que mide la habilidad de involucrarse con la música, tal y como se definió en Müllensiefen et al. (2014). Los resultados de esta investigación también estarán disponibles para la página web del proyecto.

 

¡Muchas gracias!

v—-

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PhD fellowship on Audio-Visual Approaches for Music Information Retrieval at UPF

Last year I started to collaborate with my colleague Gloria Haro, from UPF, working on image processing, trying to incorporate audio and image descriptors for music analysis. We had a student who worked for several months on this and we are now opening a PhD position to further advance in the topic.

Anyone interested please apply! This is the official call:

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The Music Technology Group (MTG) and the Image Processing Group (GPI) of the Department of Information and Communication Technologies, Universitat Pompeu Fabra in Barcelona are  opening a joint PhD fellowship in the topic of “Audio-Visual Approaches for Music Content Description”  to start in the Fall of 2015.

Motivation:

Music is a highly multimodal concept, where various types of heterogeneous information are associated to a music piece (audio, musician’s gestures and facial expression, lyrics, etc.). This has recently led researchers to apprehend music through its various facets, giving rise to multimodal music analysis studies (Essid and Richard, 2012).

Goal:

Research on the complementarity of audio and image description technologies to improve the accuracy and meaningfulness of state of the art music description methods. These methods are the core of content-based music information retrieval tasks.

Several standard tasks could benefit from it:

  • Synchronization of audio / video streams
  • Audio-visual quality assessment
  • Structural analysis and segmentation
  • Discovery of repeated themes & sections
  • Automatic video mashup generation
  • Music similarity computation
  • Genre / style classification
  • Artist identification
  • Emotion (mood) characterization
  • Optical music recognition (OMR)

Supervisors: Emilia Gómez (MTG) / Gloria Haro (GPI)

Requirements:

Applicants should have experience in audio and image signal processing, and hold a MSc in a related field (e.g. telecommunications, electrical engineering, mathematics, physics or computer science). Experience in scientific programming (Matlab/Python/C++) and excellent English are essential. Musical background and expertise on multimedia information retrieval are also valuable.

The grant involves teaching assistance (up to 60 h a year), so interest for teaching is also valued.

More information on grant details:

http://www.upf.edu/dtic_doctorate/

http://www.upf.edu/dtic_doctorate/phd_fellowships.html

Provisional starting date: November 2015

Application:

Interested candidates should send a motivation letter, a CV (preferably with references), and academic transcripts to Prof. Emilia Gómez (emilia.gomez@upf.edu) and Prof. Gloria Haro (gloria.haro@upf.edu) before September 10th. Please include in the subject [PhD Audio-Visual].

They will also have to apply to the PhD program of the DTIC of the UPF.

References

  • S. Essid and G. Richard, “Fusion of Multimodal Information in Music Content Analysis”. in Meinard Müller, Masataka Goto and Markus Schedl (Eds) “Multimodal Music Processing”, Dagstuhl Follow-ups, volume 3, pp. 37-53, ISBN 978-3-939897-37-8, 2012.
  • M. Müller, M. Goto and M. Schedl (Eds) “Multimodal Music Processing”, Dagstuhl Follow-ups, volume 3, ISBN 978-3-939897-37-8, 2012.
  • A. Schindel & A. Rauber. A (2013). Music Video Information Retrieval Approach to Artist Identification, CMMR.
  • Y.W. Wang, Z. L.Z. Liu, & J.C. Huang. (2000). Multimedia content analysis-using both audio and visual clues. IEEE Signal Processing Magazine, 17(November). doi:10.1109/79.888862
  • Yue Wu, Tao Mei, Ying-Qing Xu, Nenghai Yu, Shipeng Li, “MoVieUp: Automatic Mobile Video Mashup”, IEEE Transactions on Circuits and Systems for Video Technology, 2015.

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HPCP pluging available for free download

Image

We finally managed to share a simple version of our algorithm for chroma feature extraction (Harmonic Pitch Class Profile) with the research community by means of a vamp plugin. It’s currently available for windows, but we hope it will be soon available for MacOS and LINUX. You can find it here.

I am very happy for the success we had with the MELODIA plugin by Justin and I hope people will find this one interesting, even if the algorithm is from 2006!

The HPCP is an approach for chroma feature extraction. It provides a frame representation of the relative intensity of each pitch-class within an octave. I developed it as part of my PhD thesis and it has been extensively used for different Music Information Retrieval applications such as key and chord estimation, cover version identification, music structure analysis, classification and recommendation.

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19/10/2012 · 13:21