This paper presents two low-cost, real-time methods for performance tracking on the violin.
Low-latency pitch detection is achieved by using finger position measurements from a …

Nearly two decades after its inception as a workshop at the Association for Computing
Machinery Conference on Human Factors in Computing Systems, New Interfaces for …

Learning violin is a challenging task requiring execution of pitch tasks with the left hand
using a strong aural feedback loop for correctly adjusting pitch, concurrent with the right …

We present TRAVIS II, an augmented acoustic violin with touch sensors integrated into its
3D printed fingerboard that track lefthand finger gestures in real time. The fingerboard has …

Obsolete and old technologies are often used in interactive art and music performance. DIY
practices such as hardware hacking and circuit bending provide e ective methods to the …

In this paper we present a discussion of the development of hardware systems in
collaboration with professional artists, a context which presents both challenges and …

This paper presents a multi-modal approach to musical instrument pitch tracking combining
audio and position sensor data. Finger location on a violin fingerboard is measured using …

We present the second iteration of a Touch-Responsive Augmented Violin Interface System,
called TRAVIS II, and two compositions that demonstrate its expressivity. TRAVIS II is an …

Various challenges must be overcome when designing and building input devices for
musical expression such as digital musical instruments (DMIs), electronic wearables for …

Abstract The Magnetic Resonator Piano (MRP) is a relatively well-established DMI which
significantly expands the capabilities of the acoustic piano. This paper presents SoftMRP, a …