Relevance-based Interactive Optimization of Sonification

Jun, 2007

This paper presents a novel approach for the interactive optimization of sonification parameters. In a closed loop, the system automatically generates modified versions of an initial (or previously selected) sonification via gradient ascend or evolutionary algorithms. The human listener directs the optimization process by providing relevance feedback about the perceptual quality of these propositions. In summary, the scheme allows users to bring in their perceptual capabilities without burdening them with computational tasks. It also allows for continuous update of exploration goals in the course of an exploration task. Finally, Interactive Optimization is a promising novel paradigm for solving the mapping problems and for a user-centred design of auditory display. The paper gives a full account on the technique, and demonstrates the optimization at hand of synthetic and real-world data sets

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@INPROCEEDINGS{Hermann2007,
author = {Thomas Hermann and Kerstin Bunte and Helge Ritter},
title = {{Relevance-based Interactive Optimization of Sonification}},
booktitle = {Proc. of the  13th International Conference on Auditory Display (ICAD)},
month = {"Jun."},
pages = {26--29},
address = {Montr\'eal, Canada},
year = {2007},
url = {http://hdl.handle.net/1853/50026},
abstract = {This paper presents a novel approach for the interactive optimization of sonification parameters.  In a closed loop, the system automatically generates modified versions of an initial (or previously selected) sonification via gradient ascend or evolutionary algorithms.  The human listener directs the optimization process by providing relevance feedback about the perceptual quality of these propositions.  In summary, the scheme allows users to bring in their perceptual capabilities without burdening them with computational tasks.  It also allows for continuous update of exploration goals in the course of an exploration task.  Finally, Interactive Optimization is a promising novel paradigm for solving the mapping problems and for a user-centred design of auditory display.  The paper gives a full account on the technique, and demonstrates the optimization at hand of synthetic and real-world data sets},
}