Ning Hu Automatic Construction of Synthetic Musical Instruments and Performers Degree Type: Ph.D. in Computer Science Advisor(s): Roger Dannenberg Graduated: August 2013 Keywords: Computer Music, Musical Instrument Synthesis, Machine Learning Abstract This thesis describes an approach to create high-quality music synthesis by automatically constructing an instrument model and a performance model; the latter module generates control signals from score input and drives the former module to produce synthetic instrumental sounds. By designing and applying appropriate machine learning techniques as well as domain knowledge, the instrument model and the performance model are constructed from acoustic examples and their corresponding scores for a musical instrument. The automated model is able to synthesize realistic instrumental performances from scores. Thesis Committee Roger B. Dannenberg (Chair) Richard M. Stern Daniel D. Sleator David Wessel (U.C. Berkeley) Frank Pfenning, Head, Computer Science Department Randy Bryant, Dean, School of Computer Science Thesis Document CMU-CS-13-115.pdf (1.14 MB) (132 pages) Copyright Notice Return to Degrees List Thesis Repositories SCS Technical Reports Kilthub Proquest (requires CMU login)