Comparing violins requires competence and involves both subjective and objective evaluations. In this manuscript, vibration tests were performed on a set of 25 violins, both historical and new. The resulting bridge admittances were modeled in the low and mid-frequency ranges through a set of objective features. Once projected into the new representation, the bridge admittances of three historical violins made by Stradivari and a famous reproduction revealed high similarity. PCA highlighted the importance of signature mode frequencies, bridge hill behavior, and signature mode amplitudes in distinguishing different violins
International audienceThe overall goal of the research presented here is to better understand how pl...
The overall goal of the research presented here is to better understand how players evaluate violins...
The overall goal of the research presented here is to better understand how players evaluate violins...
Comparing violins requires competence and involves both subjective and objective evaluations. In thi...
Comparing violins requires competence and involves both subjective and objective evaluations. In thi...
Comparing violins requires competence and involves both subjective and objective evaluations. In thi...
The paper illustrates a methodical comparison of violins oriented to the identification of their pec...
Keynote lectureInternational audienceDespite periodic investigation, it has proven difficult to iden...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
This paper presents the results of an experimental study performed on seven violins obtained from a ...
International audienceThe overall goal of the research presented here is to better understand how pl...
The overall goal of the research presented here is to better understand how players evaluate violins...
The overall goal of the research presented here is to better understand how players evaluate violins...
Comparing violins requires competence and involves both subjective and objective evaluations. In thi...
Comparing violins requires competence and involves both subjective and objective evaluations. In thi...
Comparing violins requires competence and involves both subjective and objective evaluations. In thi...
The paper illustrates a methodical comparison of violins oriented to the identification of their pec...
Keynote lectureInternational audienceDespite periodic investigation, it has proven difficult to iden...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
Frequency Response Functions (FRFs) are one of the cornerstones of musical acoustic experimental res...
This paper presents the results of an experimental study performed on seven violins obtained from a ...
International audienceThe overall goal of the research presented here is to better understand how pl...
The overall goal of the research presented here is to better understand how players evaluate violins...
The overall goal of the research presented here is to better understand how players evaluate violins...