Plymouth University / Smeaton Building / University of Plymouth / /
IndustryTerm
musical neural network / machine learning algorithms / pulse computation systems / online version / back-propagation algorithm / neural networks / biological systems / musical processing / affective computing / artificial networks / carrier melodies / affective processing / artificial neural network / affective applications / simulated emotion systems / musical neural networks / messenger software / artificial and biological systems / artificial systems / sonification algorithm / affective state processing / neural network / basic on/off processing / multi-agent systems / biological neural networks / unfeasible given current processing speeds / data processing model / machine learning algorithm / gradient descent algorithm / stock market tool / human cognitive processing / affective systems / affective communications / backpropagation algorithm / software multi-agent simulations / learning algorithm / learning algorithms / /
NaturalFeature
PMAP streams / /
Organization
Interdisciplinary Centre for Computer Music Research / Simulation International / University of Plymouth / Society for Modeling / Society for Modeling and Simulation International / School of Humanities / Music and Performing Arts / Plymouth University / Beethoven’s Symphony / /
Person
Alexis Kirke / Eduardo Miranda / Eduardo Miranda Abstract Pulsed Melodic Affective / William Tell Overture / /
Position
human commander / messenger / player / engineer / Corresponding author / commander / Major / representative / /
SIMULATION http://sim.sagepub.com/ Pulsed Melodic Affective Processing: Musical structures for increasing transparency in emotional computation Alexis Kirke and Eduardo Miranda