Self-excited periodic, quasiperiodic and chaotic oscillations have many significant
applications in engineering devices and processes. In the present paper, a centralized …

Our research concerns the development of biocomputers using electronic components
grown out of biological material. This article reports the development of a novel biological …

Though engineers believe that self-excited oscillation and chaos is detrimental, recent
research has revealed that self-excited periodic and chaotic oscillation can be effectively …

Coupled oscillators are complicated high-dimensional dynamical systems. They can exhibit
a wide variety of rich dynamics which could lead to novel applications in engineering. In this …

This chapter presents a working model for bringing computational models to cognitive
process by designing auditory signals for the models. Auditory structure is defined as an …

Sonification is an open-ended design task to construct sound informing a listener of data.
Understanding application context is critical for shaping design requirements for data …

When children first encounter a piano, they begin exploring the object in untamed ways.
They try different actions on various parts of the instrument with their own orientations unlike …

Chaotic systems can exhibit a complex evolution that is well-suited to musical control. By
modelling one such system, known as Chua's circuit, a number of chaotic attractors that …

Music is an amalgam of logic and emotion, order and dissonance, along with many
combinations of contradicting notions which allude to deterministic chaos. Therefore, it …

The paper presents a human machine performance configuration for multidimensional and
multi modal interaction in virtual environments. A performer is described as an observer …