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Full-Text Articles in Engineering

Literature And Performance Of Music For Double Bass And Tape, Jeremy C. Baguyos Jan 2008

Literature And Performance Of Music For Double Bass And Tape, Jeremy C. Baguyos

Music Faculty Publications

Electroacoustic music for double bass can be classified into the following two types of repertoire: real-time/interactive computer music or tape music. Real-time/interactive computer music is the newer of the two types and involves the algorithmic generation of electronic sounds in live performance. Pre-recorded electronic sounds are usually avoided, and instead, the sound of live input is used as the source material for electronic sounds. A computer is used for capture, processing and synthesis, and the software is usually written in the MAX/MSP environment. The second category, tape music, is the older of the two types of electroacoustic music for the …


Synchronisms For Double Bass, Jeremy C. Baguyos Jan 2007

Synchronisms For Double Bass, Jeremy C. Baguyos

Music Faculty Publications

The Iowa State University of Science and Technology in Ames, Iowa, recently hosted the 2007 National Conference of the Society of Electro-acoustic Music In The United States (SEAMUS) from March 8th through the 10th. The annual SEAMUS conference brings together nationally recognized composers, performers, and researchers in the field of computer music for a half-week program of concerts and paper sessions. The 2007 conference featured the premier of Synchronisms No. 11 for Contrabass and Electronic Sounds by Mario Davidovsky (b. 1934). With coordination from SEAMUS, the work was commissioned by a consortium of various academic institutions. The work was composed …


Spin-Polarized Electronic Structure, Arti Kashyap, Renat F. Sabirianov, Sitaram S, Jaswal Jan 2006

Spin-Polarized Electronic Structure, Arti Kashyap, Renat F. Sabirianov, Sitaram S, Jaswal

Physics Faculty Publications

This chapter is devoted to the electronic structure of nanoscale metallic magnets. After an introduction to methods of electronic structure calculations, we review how recent trends translate into the description of magnetic nanostructures. Among the considered structures are nanowires, small particles, surfaces and interfaces, and multilayers, and emphasis is on magnetic properties such as moment and magnetization, interatomic exchange, and anisotropy. One of the goals of computational nanoscience is to calculate physical and chemical properties from first principles. This requires the knowledge of the electronic structures of the materials system in question. The density-functional theory (DFT) makes a huge step …