Add to ORKGOur research examines the use of CodeCircle, an online, collaborative HTML, CSS, and JavaScript editor, as a rapid prototyping environment for musically expressive instruments. In CodeCircle, we use two primary libraries: MaxiLib and RapidLib. MaxiLib is a synthesis and sample processing library which interfaces with the Web Audio API for sound generation in the browser. RapidLib is a product of the Rapid-Mix project, and allows users to implement interactive machine learning, using “programming by demonstration” to design new expressive interactions
The development of computer-assisted composition (CAC) systems is a research activity that dates bac...
This paper presents recent developments integrating Csound [1] with HTML [2] and JavaScript [3, 4]. ...
This work investigates a web-based open environment enabling collaborative music experiences. We pro...
Our research examines the use of CodeCircle, an online, collaborative HTML, CSS, and JavaScript edit...
These demonstrations will allow visitors to prototype gestural, interactive musical instruments in t...
This paper focuses the prototyping stage of the design cycle of ubiquitousmusic (ubimus) ecosystems....
ApProgXimate Audio is a browser-based sound art experiment, a distributed and participatory piece wh...
To better support creative software developers and music technologists' needs, and to empower them a...
A methodology for deploying interactive machine learning and audio tools written in C++ across a wid...
With the growing adoption of internet connectivity across the world, online collaboration is still a...
International audienceWebAudio is a recent W3C API that brings the world of computer music applicati...
The WebAssembly Music project was started in 2019 after some experiments with writing midi songs in ...
The development of computer-assisted composition (CAC) systems is a research activity that dates bac...
The MIMIC (Musically Intelligent Machines Interacting Creatively) project explores how the technique...
Interactive machine learning (IML) is an approach to building interactive systems, including DMIs, f...
The development of computer-assisted composition (CAC) systems is a research activity that dates bac...
This paper presents recent developments integrating Csound [1] with HTML [2] and JavaScript [3, 4]. ...
This work investigates a web-based open environment enabling collaborative music experiences. We pro...
Our research examines the use of CodeCircle, an online, collaborative HTML, CSS, and JavaScript edit...
These demonstrations will allow visitors to prototype gestural, interactive musical instruments in t...
This paper focuses the prototyping stage of the design cycle of ubiquitousmusic (ubimus) ecosystems....
ApProgXimate Audio is a browser-based sound art experiment, a distributed and participatory piece wh...
To better support creative software developers and music technologists' needs, and to empower them a...
A methodology for deploying interactive machine learning and audio tools written in C++ across a wid...
With the growing adoption of internet connectivity across the world, online collaboration is still a...
International audienceWebAudio is a recent W3C API that brings the world of computer music applicati...
The WebAssembly Music project was started in 2019 after some experiments with writing midi songs in ...
The development of computer-assisted composition (CAC) systems is a research activity that dates bac...
The MIMIC (Musically Intelligent Machines Interacting Creatively) project explores how the technique...
Interactive machine learning (IML) is an approach to building interactive systems, including DMIs, f...
The development of computer-assisted composition (CAC) systems is a research activity that dates bac...
This paper presents recent developments integrating Csound [1] with HTML [2] and JavaScript [3, 4]. ...
This work investigates a web-based open environment enabling collaborative music experiences. We pro...