EKK:LoFi Sounds in HiFi Spaces/Jonas: Difference between revisions

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==Project Idea==

Currently I am looking for ways to grow acoustic genomes which evolve depending on biometric data provided by the listener (for example heart rate, skin resistance etc.). One Idea: the measured stress ~~level~~ of one participant in Weimar and one participant in San Diego is summed. This builds the environment (fitness-function) in which a sound has to evolve to minimize the stress-level of both listeners.

Currently I am looking for ways to grow acoustic genomes which evolve depending on biometric data provided by the listener (for example heart rate, skin resistance etc.). One Idea: the measured stress levels of one participant in Weimar and one participant in San Diego are summed. This builds the environment (fitness-function) in which a sound has to evolve to minimize the stress-level of both listeners.

[http://en.wikipedia.org/wiki/Genetic_algorithm WIKI on genetic algorithms]

@@ Line 14: / Line 14: @@
 ==Project Idea==
-Currently I am looking for ways to grow acoustic genomes which evolve depending on biometric data provided by the listener (for example heart rate, skin resistance etc.). One Idea: the measured stress level of one participant in Weimar and one participant in San Diego is summed. This builds the environment (fitness-function) in which a sound has to evolve to minimize the stress-level of both listeners.
+Currently I am looking for ways to grow acoustic genomes which evolve depending on biometric data provided by the listener (for example heart rate, skin resistance etc.). One Idea: the measured stress levels of one participant in Weimar and one participant in San Diego are summed. This builds the environment (fitness-function) in which a sound has to evolve to minimize the stress-level of both listeners.
 [http://en.wikipedia.org/wiki/Genetic_algorithm WIKI on genetic algorithms]