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Team Roundtree. Chet Henry, Kurt Larson, Kyle Murphy. Outline. Introduction Overview Design Progress Justification & Feasibility Questions. Introduction. What are we doing here? We’re creating a musical application of wireless sensor networks (WSN) using algorithmic composition
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Team Roundtree Chet Henry, Kurt Larson, Kyle Murphy
Outline • Introduction • Overview • Design • Progress • Justification & Feasibility • Questions
Introduction • What are we doing here? • We’re creating a musical application of wireless sensor networks (WSN) using algorithmic composition • Project inspiration • Ballblazer • Klossen • Dancing Robots • Sun SPOTs
Introduction • Research Highlights • Wireless Sensor Networks • Capabilities • Applications • Algorithmic Composition • Methods • Emotion Theory
Introduction • Project vision • Create a system capable of generatingunique,appealing, and interactivemusical compositions using a network of simple embedded devices that respond to environmental conditions
Overview • Hardware • Sun SPOTs with speakers • Software • Core music algorithm • Supporting modules
Hardware Design • Built-in sensors • Built-in wireless • Simple audio output
Software Design • Stochastic composition model • Decision matrices • Musical roles • Melody, Harmony, Bass line, Rhythm
Software Design • Personal and global emotion levels • Valence • Arousal • Environmental mappings
Software Design Quotes from: Computer Generating Emotional Music: The Design of an Affective Music Algorithm Isaac Wallis, Todd Ingalls, Ellen Campana
Software Design • Musical queue • Leader mote • Time synchronization
Software Design • Software modules
Progress • Mini-project • One mote with speaker • Base station app running JFugue • Environmentally driven melody • Network architecture • Composition algorithm • Use of decision matrices • Environment mappings • Resource acquisitions • Two SPOT kits • Piezoelectric speakers • Algorithmic composition publications
Justification & Feasibility • Justification • Interesting, imaginative • Challenging • Progressive • Distributed computer music • Sensor networks applications • Emotion theory • Feasibility • Progress so far • Current research • Team experience