Title :
Sonic Trampoline: How Audio Feedback Impacts the User´s Experience of Jumping
Author :
Pugliese, Roberto ; Takala, Tapio
Abstract :
To investigate how auditory augmentation influences user jumping activity on an elastic trampoline, the authors developed a system to interactively augment the trampoline´s sound. The system´s sound design is inspired by iconic jumping sounds from games, with sensing technology based on a combination of motion tracking with depth camera and audio-based contact sensing between the feet and trampoline. Results show that such interactive sonification stimulates changes in the user´s behavior toward increased performance during the exercise; it also positively affects the user experience.
Keywords :
audio signal processing; sensors; audio feedback; audio-based contact sensing; auditory augmentation; depth camera; elastic trampoline; iconic jumping sounds; interactive sonification; motion tracking; sensing technology; sonic trampoline; sound design; trampoline sound; user behavior; user experience; user jumping activity; Analysis of variance; Auditory systems; Entertainment; Game theory; Microphones; Multimedia communication; Radio access networks; Sensors; Sonification; Sports; Visualization; auditory augmentation; interactive sonification; motion tracking; multimedia; sport and entertainment;
Journal_Title :
MultiMedia, IEEE
DOI :
10.1109/MMUL.2015.13