This paper aims to present the experience of the use of bioelectric signals, particularly those present in the muscles (EMG: electromyogram), to link an artist with his/her environment by producing sound and video images according to these signals. For this purpose, a device that works like an instrument the performer executes acting on his/her muscles was developed and built. It produces OSC messages, a protocol commonly used by media media artists, according to the intensity of the EMG signals the performer produces, thus providing direct communication with the audience. Two presentations were made with the proposed scheme, which allowed to observe the sensations of the artist and the public, as well as their interactions.Fil: Ceriani, Al...
An artistic concert system called BioCombat devised by the co-authors puts two performers’ physiolog...
金沢大学大学院自然科学研究科情報システム金沢大学工学部In this paper, we describe the idea of a new artistic representation tool...
In this paper, we focus on electrical bio-signals of humans as a core musical material. Typically, i...
This paper aims to present the experience of the use of bioelectric signals, particularly those pres...
The appropriation of electronic and digital technologies in the course of twentieth century and earl...
This is a report of research and some experimental applications of human-computer interaction in mul...
This paper deals with the usage of bio-data from performers to create interactive multimedia perform...
This research is about the relationship between the human body and digital devices, particularly the...
This panel undertakes a deep and critical reflection about the general usage of biomedical signals f...
The MappEMG pipeline aims to augment the traditional classical concert experience by giving listener...
International audienceThis project proposes to use the analysis of physiological signals, such as th...
While an extensive palette of sound and visual generation techniques have been developed during the ...
Performing music with a computer and loudspeakers represents always a challenge. The lack of a tradi...
This paper presents the work developed for Emovere: an interactive real-time interdisciplinary perfo...
International audienceRecent advances in new technologies offer a large range of innovative instrume...
An artistic concert system called BioCombat devised by the co-authors puts two performers’ physiolog...
金沢大学大学院自然科学研究科情報システム金沢大学工学部In this paper, we describe the idea of a new artistic representation tool...
In this paper, we focus on electrical bio-signals of humans as a core musical material. Typically, i...
This paper aims to present the experience of the use of bioelectric signals, particularly those pres...
The appropriation of electronic and digital technologies in the course of twentieth century and earl...
This is a report of research and some experimental applications of human-computer interaction in mul...
This paper deals with the usage of bio-data from performers to create interactive multimedia perform...
This research is about the relationship between the human body and digital devices, particularly the...
This panel undertakes a deep and critical reflection about the general usage of biomedical signals f...
The MappEMG pipeline aims to augment the traditional classical concert experience by giving listener...
International audienceThis project proposes to use the analysis of physiological signals, such as th...
While an extensive palette of sound and visual generation techniques have been developed during the ...
Performing music with a computer and loudspeakers represents always a challenge. The lack of a tradi...
This paper presents the work developed for Emovere: an interactive real-time interdisciplinary perfo...
International audienceRecent advances in new technologies offer a large range of innovative instrume...
An artistic concert system called BioCombat devised by the co-authors puts two performers’ physiolog...
金沢大学大学院自然科学研究科情報システム金沢大学工学部In this paper, we describe the idea of a new artistic representation tool...
In this paper, we focus on electrical bio-signals of humans as a core musical material. Typically, i...