Perry R Cook
Biographic Data
| ID | 2788572 |
|---|---|
| NAME | Perry R Cook |
| GIVEN NAMES | Perry R |
| FAMILY NAME | Cook |
| SIGNATURE | COOK P R |
| AFFILIATIONS | Princeton University |
| VERIFIED | No |
| TOTAL WORKS | 7 |
| TOTAL CITATIONS | 4 |
| WORKS AS AUTHOR | 7 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2000 |
| LATEST PUBLICATION YEAR | 2010 |
| H-INDEX | 2 |
Sola
This paper describes a series of investigations into the use of sustainable methods for powering electronic musical instruments and perhaps ultimately a large ensemble such as the Princeton Laptop Orchestra, a collection of 15–25 meta-instruments each consisting of a laptop computer, interfacing equipment and a hemispherical speaker. The research discussed includes the development of instruments specifically designed for solar power, as well as t…
Musical Tapestry
A system to aid composition with analysis, transformation, and re-synthesis of natural sounds is described. Sinusoidal analysis is used to isolate and extract deterministic sounds, and transients are also isolated/extracted, leaving the stochastic background which is parameterized by wavelet tree analysis. All of these components become templates for the synthesis phase, which is controlled (1) by placing templates on timelines or in groups, (2) …
Preservation and extension of traditional techniques
This article describes systems for capturing gestures from a performing artist playing North Indian instruments. Modified traditional instruments use sensor technology and microcontrollers to digitize performance, enabling a computer to synthesize sound and generate visual meaning. Specifically, systems were built to capture data from three traditional North Indian instruments: the tabla (a pair of tonal hand drums), the dholak (a barrel-shaped f…
Remutualizing the Musical Instrument
From the advent of electronic music, and even from early organ consoles and other remote manipulated instruments, much of the design and research of new musical interfaces has focused on abstracting (both physically and in the design process) the “controller” from the “synthesizer” and then investigating how to best interface those two classes of hardware with each other and the player. Yet, many of the striking lessons from our history of intima…
The Electronic Tabla Controller
This paper describes the design of an electronic Tabla controller (ETabla). Tabla are a pair of hand drums traditionally used to accompany North Indian vocal and instrumental music. The ETabla controls both sound and graphics simultaneously. It allows for a variety of traditional Tabla strokes and new performance techniques. Graphical feedback allows for artistic display and has potential pedagogical applications. This paper describes the evoluti…
Pitch Histograms in Audio and Symbolic Music Information Retrieval
In order to represent musical content, pitch and timing information is utilized in the majority of existing work in Symbolic Music Information Retrieval (MIR). Symbolic representations such as MIDI allow the easy calculation of such information and its manipulation. In contrast, most of the existing work in Audio MIR uses timbral and beat information, which can be calculated using automatic computer audition techniques
BoSSA
Traditional musical instruments provide compelling metaphors for human-computer interfacing, both in terms of input (physical, gestural performance activities) and output (sound diffusion). The violin, one of the most refined and expressive of traditional instruments, combines a peculiar physical interface with a rich acoustic diffuser. We have built a new instrument that includes elements of both the violin’s physical performance interface and i…
Pitch Histograms in Audio and Symbolic Music Information Retrieval
In order to represent musical content, pitch and timing information is utilized in the majority of existing work in Symbolic Music Information Retrieval (MIR). Symbolic representations such as MIDI allow the easy calculation of such information and its manipulation. In contrast, most of the existing work in Audio MIR uses timbral and beat information, which can be calculated using automatic computer audition techniques
BoSSA
Traditional musical instruments provide compelling metaphors for human-computer interfacing, both in terms of input (physical, gestural performance activities) and output (sound diffusion). The violin, one of the most refined and expressive of traditional instruments, combines a peculiar physical interface with a rich acoustic diffuser. We have built a new instrument that includes elements of both the violin’s physical performance interface and i…
BoSSA
Traditional musical instruments provide compelling metaphors for human-computer interfacing, both in terms of input (physical, gestural performance activities) and output (sound diffusion). The violin, one of the most refined and expressive of traditional instruments, combines a peculiar physical interface with a rich acoustic diffuser. We have built a new instrument that includes elements of both the violin’s physical performance interface and i…
The Electronic Tabla Controller
This paper describes the design of an electronic Tabla controller (ETabla). Tabla are a pair of hand drums traditionally used to accompany North Indian vocal and instrumental music. The ETabla controls both sound and graphics simultaneously. It allows for a variety of traditional Tabla strokes and new performance techniques. Graphical feedback allows for artistic display and has potential pedagogical applications. This paper describes the evoluti…
Pitch Histograms in Audio and Symbolic Music Information Retrieval
In order to represent musical content, pitch and timing information is utilized in the majority of existing work in Symbolic Music Information Retrieval (MIR). Symbolic representations such as MIDI allow the easy calculation of such information and its manipulation. In contrast, most of the existing work in Audio MIR uses timbral and beat information, which can be calculated using automatic computer audition techniques
Remutualizing the Musical Instrument
From the advent of electronic music, and even from early organ consoles and other remote manipulated instruments, much of the design and research of new musical interfaces has focused on abstracting (both physically and in the design process) the “controller” from the “synthesizer” and then investigating how to best interface those two classes of hardware with each other and the player. Yet, many of the striking lessons from our history of intima…
Preservation and extension of traditional techniques
This article describes systems for capturing gestures from a performing artist playing North Indian instruments. Modified traditional instruments use sensor technology and microcontrollers to digitize performance, enabling a computer to synthesize sound and generate visual meaning. Specifically, systems were built to capture data from three traditional North Indian instruments: the tabla (a pair of tonal hand drums), the dholak (a barrel-shaped f…
Musical Tapestry
A system to aid composition with analysis, transformation, and re-synthesis of natural sounds is described. Sinusoidal analysis is used to isolate and extract deterministic sounds, and transients are also isolated/extracted, leaving the stochastic background which is parameterized by wavelet tree analysis. All of these components become templates for the synthesis phase, which is controlled (1) by placing templates on timelines or in groups, (2) …
Sola
This paper describes a series of investigations into the use of sustainable methods for powering electronic musical instruments and perhaps ultimately a large ensemble such as the Princeton Laptop Orchestra, a collection of 15–25 meta-instruments each consisting of a laptop computer, interfacing equipment and a hemispherical speaker. The research discussed includes the development of instruments specifically designed for solar power, as well as t…
Computer Science (7 works) · Music Technology and Sound Studies (7 works) · Artificial Intelligence (5 works) · Music and Audio Processing (5 works) · Musical (5 works) · Acoustics (4 works) · Art (4 works) · Human–computer interaction (3 works) · Programming language (3 works) · Visual arts (3 works)