01 / Research
I build inspectable models, analyse their responses to controlled sound transformations, and design studies of perception, learning and memory.
Implemented models / Computational experiments / Study designs
01 · Computational architecture
Musical Intelligence connects acoustic structure, temporal context and explicit hypotheses about listening. I develop the architecture and use computational tests to examine what its outputs depend on.
View project↗Tracked source frequencies · computational pilot
Source recording · drag to rotate. Time × frequency × RMS amplitude.
Sound sources & credits ↗02 · Computational pilot
A blackbird phrase becomes synthetic, flute and piano renderings. This computational pilot examines how the model responds to changes in sound and to the reference used for comparison.
Completed computational pilot.
View project↗03 / Current questions
The same recording can be heard after different experiences. My proposed studies ask how learned expectations shape musical pleasure, and how learned voice cues may support speech recognition.