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+ | ====== Graduate Seminars Taught by Music Technology Staff ====== | ||
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+ | ===== MUMT 501 Digital Audio Signal Processing ===== | ||
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+ | **Philippe Depalle** | ||
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+ | Discrete-time signal processing concepts and techniques. Discrete-time fourier transform and series, linear time-invariant systems, digital filtering, spectral analysis of discrete-time signals, and the z-transform. | ||
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+ | Prerequisite: | ||
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+ | ===== MUMT 605: Digital Sound Synthesis and Audio Processing ===== | ||
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+ | ** CRN: 4082 ** | ||
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+ | ** Prof. Philippe Depalle | ||
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+ | Most digital sound synthesis methods and audio processing techniques are based on the spectral representation of sound signals. This seminar starts with a theoretical and practical study of spectral representation, | ||
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+ | ===== MUMT 616: Timbre as a Form-Bearing Element in Music ===== | ||
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+ | ** Prof. Stephen McAdams ** | ||
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+ | Music theoretic, performance-related, | ||
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+ | This seminar is open to graduate students in music theory, composition, | ||
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+ | ===== MUMT 617: Cognitive Dynamics of Music Listening ===== | ||
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+ | ** Prof. Stephen McAdams ** | ||
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+ | Music theoretic, performance-related, | ||
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+ | Prerequisites: | ||
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+ | ===== MUMT 618: Computational Modeling of Musical Acoustic Systems ===== | ||
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+ | ** Prof. Gary Scavone | ||
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+ | [[http:// | ||
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+ | This seminar will focus on methods for discrete-time modeling of musical acoustic systems. Topics to be covered will include discretization techniques, lumped vs. distributed system characterizations, | ||
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+ | ===== MUMT 619: Input Devices for Musical Expression ===== | ||
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+ | ** Prof. Marcelo Wanderley ** | ||
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+ | Review of basic technologies used in the design of input devices for musical expression. Discussion of the most common types of electronic sensors and associated conditioning circuits and examples of their application on several gestural controllers presented in the literature. Students should have some prior knowledge of analog electronics. | ||
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+ | ===== MUMT 620: Human Computer Interaction - Gestural Control of Sound Synthesis ===== | ||
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+ | ** Prof. Marcelo Wanderley ** | ||
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+ | Computers have long been able to synthesize high quality sound in real-time. The question nowadays is how to play the computer as a real time instrument. In order to answer this question, the analysis of performer gestures and the design of digital musical instruments using the computer are essential steps towards the definition of the interaction possibilities between the performer and the machine. This seminar aims at presenting the basic notions regarding human-computer interaction (HCI) in complex, multi-parametric contexts such as computer music and interactive live performance.< | ||
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+ | Specifically, | ||
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+ | * The review of basic topics on sound synthesis with respect to real-time control. | ||
+ | * The analysis of the existing literature on the design of input devices in HCI and possible applications of this knowledge to the design and evaluation of new interfaces for musical expression. | ||
+ | * Possibilities regarding gestural acquisition: | ||
+ | * Mapping strategies relating gestural variables to synthesis variables and their influence on instrument expressiveness. | ||
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+ | ===== MUMT 621: Music Information Acquisition, | ||
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+ | ** Ichiro Fujinaha** | ||
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+ | This seminar will investigate the current research activities in the area of music information acquisition, | ||
+ | Each student will be expected to present various music information acquisition, | ||
+ | Potential topics include: Themefinder, | ||
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+ | ===== MUMT 622: Time-Frequency and Parametric Representations of Sounds ===== | ||
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+ | ** Prof. Philippe Depalle ** | ||
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+ | This seminar presents current research trends in time-frequency representations and parametric modeling in the context of music and audio applications. A specific focus is made on the analysis of sounds using parametric methods. Students should have prior knowledge of sound analysis and resynthesis techniques and of digital signal processing. | ||
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+ | ===== MUMT 609: Music, Media and Technology Project ===== | ||
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+ | ** Any Music Technology Professor ** | ||
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+ | Independent Music Technology project. Students will prepare a statement of objectives, a comprehensive project design and a schedule of work, and will undertake the project on appropriate music technology platforms. |