This paper describes and evaluates an objective measurement that grades the quality of a complex musical signal. The authors have previously identified a potential correlation between inter-band dynamics and the subjective quality of produced music excerpts. This paper describes the previously presented Inter-Band Relationship (IBR) descriptor and extends this work by conducting more thorough testing with real-world music excerpts and a greater number of listening subjects. A high degree of correlation is observed between the Mean Subject Scores (MSS) and the objective IBR descriptor suggesting it could be used as an additional model output variable (MOV) to describe produced music quality. The method lends itself to real-time implementati...
Comunicació presentada a la 138th Audio Engineering Society Convention, celebrada a Varsòvia (Polòni...
Generally acoustical qualities of concert halls and opera houses are evaluated in base of BIRs (bina...
Basic audio quality (BAQ) is a well-known perceptual attribute, which is rated in various listening ...
Ever since the very first recordings were made, people have strived to improve the recording and pla...
Testing (and our perception) of music quality is often subjective. We listen to the music and ou...
A dataset of audio clips was prepared and audio quality assessed by subjective testing. Encoded as d...
The quality of recorded music is often highly disputed. To gain insight into the dimensionsof qualit...
For the critical assessment of music recordings the uniformity of the pressure amplitude response wi...
Mixing music is the process of combining tracks of recorded audio to an overall piece. This is a com...
International audienceIn this paper, we propose a set of audio features to describe the quality of a...
Music represents a significant component of culture yet is difficult to objectively study. Several t...
Automatic assessment of music performance is an open and widely studied research area. Its great cha...
Contains fulltext : 74764.pdf (publisher's version ) (Closed access
It is commonly known that music expresses emotion. In music production, the role of the mix engineer...
International audienceWe aim to assess the perceived quality of estimated source signals in the cont...
Comunicació presentada a la 138th Audio Engineering Society Convention, celebrada a Varsòvia (Polòni...
Generally acoustical qualities of concert halls and opera houses are evaluated in base of BIRs (bina...
Basic audio quality (BAQ) is a well-known perceptual attribute, which is rated in various listening ...
Ever since the very first recordings were made, people have strived to improve the recording and pla...
Testing (and our perception) of music quality is often subjective. We listen to the music and ou...
A dataset of audio clips was prepared and audio quality assessed by subjective testing. Encoded as d...
The quality of recorded music is often highly disputed. To gain insight into the dimensionsof qualit...
For the critical assessment of music recordings the uniformity of the pressure amplitude response wi...
Mixing music is the process of combining tracks of recorded audio to an overall piece. This is a com...
International audienceIn this paper, we propose a set of audio features to describe the quality of a...
Music represents a significant component of culture yet is difficult to objectively study. Several t...
Automatic assessment of music performance is an open and widely studied research area. Its great cha...
Contains fulltext : 74764.pdf (publisher's version ) (Closed access
It is commonly known that music expresses emotion. In music production, the role of the mix engineer...
International audienceWe aim to assess the perceived quality of estimated source signals in the cont...
Comunicació presentada a la 138th Audio Engineering Society Convention, celebrada a Varsòvia (Polòni...
Generally acoustical qualities of concert halls and opera houses are evaluated in base of BIRs (bina...
Basic audio quality (BAQ) is a well-known perceptual attribute, which is rated in various listening ...