We present a sonification method that blends between audification and auditory graphs which we call ”Augmented Audification”. It is based on a combination of single-side-band modulation and a pitch modulation of the ...

We introduce SysSon, a platform for the development and application of sonification. SysSon aims to be an integrative system that serves different types of users, from domain scientists to sonification researchers to ...

In sonification of scientific data, designers know very little about the domain science and domain scientists are not familiar with the sonification methodology. The knowledge about the domain science is not given, but ...

Chirping Stars is a concept for a tape piece of a sonification of Twitter data. A snapshot of the popularity of musicians, randomly drawn in March 2012, yielded eight of the most popular stars at that time. Data of their ...

The newly started research project SysSon will develop a systematic procedure to develop sonifications, and test the procedure with climate data. The SysSon approach addresses the relevant obsta cles that are met when ...

In this paper we introduce new methods for real-time acoustical tremor diagnosis. We outline the problems of tremor diagnosis in the clinical context and discuss how sonification can complement and expand the existing tools ...

We present an intuitive sonification of data from a statistical physics model, the XY-spin model. Topological structures (anti-/vortices) are hidden to the eye by random spin movement. The behavior of the vortices changes ...

This paper proposes the use of interaction patterns in the design process of auditory displays in human-computer interaction. To avoid introducing visual concepts in auditory design, a common ground for developing user ...

Topic of this paper is an interactive sound reproduction system to create virtual sonic environments to visual spaces, called Virtual Audio Reproduction Engine for Spatial Environments (VARESE). Using VARESE, Edgard Varèse's ...

A method of computationally efficient 3D sound reproduction via headphones is presented using a virtual Ambisonic approach. Previous studies have shown that incorporating head tracking as well as room simulation is important ...