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Nick Didkovsky

Biographic Data

ID1378991
NAMENick Didkovsky
GIVEN NAMESNick
FAMILY NAMEDidkovsky
SIGNATUREDIDKOVSKY N
VERIFIEDNo
TOTAL WORKS6
TOTAL CITATIONS0
WORKS AS AUTHOR6
WORKS AS EDITOR0
FIRST PUBLICATION YEAR1991
LATEST PUBLICATION YEAR2010
H-INDEX0
  • Density Trajectory Studies

    Nick Didkovsky•ARTICLE•Contemporary Music Review•2010

    Density Trajectory Study is a real-time computer-controlled notation system that instructs improvising musical performers when to perform and when to rest, following statistical parameters specified by the composer. The underlying scheduler gives the composer control over the performance density and how it changes over time. The software was originally designed for an ensemble of home-made instruments, and was later rewritten for guitar quartet a…

  • On the Evolution of Music Notation in Network Music Environments

    Georg Hajdu, Nick Didkovsky•ARTICLE•Contemporary Music Review•2009•References: 5

    Over the past two decades the computer music community has observed the gradual development of network music performance environments that encompass a large spectrum of features ranging from audio streaming to the rendering of scores in various styles. This article gives a short historical overview of these developments and elaborates on two environments created by the authors: Java Music Specification Language (JMSL) by Nick Didkovsky, and Quint…

  • Metamusic/Metatext

    Nick Didkovsky•ARTICLE•Leonardo Music Journal•1997

    The author discusses a software-assisted music composition for small ensemble. The piece was created by a distributed system wherein compositional responsibilities and performance decisions are decentralized

  • "Lottery"

    Nick Didkovsky•ARTICLE•Leonardo Music Journal•1992

    The author describes the theory, design, implementation and performance of his computer-music piece Lottery. Lottery is based on a social model that promotes responsible resource sharing. Performers are temporary members of an evolving microsociety, the behavior of which is closely correlated to audible change. The ideas in Lottery were derived from the work of evolutionary biologist Garrett Hardin and computer scientist/theorist Douglas R. Hofst…

  • Smalltalk

    Nick Didkovsky, Paul Lansky•ARTICLE•Leonardo Music Journal•1991

  • Electric Rags II

    Nick Didkovsky, Alvin Curran•ARTICLE•Leonardo Music Journal•1991

No prominent works on this page.

  • Smalltalk

    Nick Didkovsky, Paul Lansky•ARTICLE•Leonardo Music Journal•1991

  • Electric Rags II

    Nick Didkovsky, Alvin Curran•ARTICLE•Leonardo Music Journal•1991

  • "Lottery"

    Nick Didkovsky•ARTICLE•Leonardo Music Journal•1992

    The author describes the theory, design, implementation and performance of his computer-music piece Lottery. Lottery is based on a social model that promotes responsible resource sharing. Performers are temporary members of an evolving microsociety, the behavior of which is closely correlated to audible change. The ideas in Lottery were derived from the work of evolutionary biologist Garrett Hardin and computer scientist/theorist Douglas R. Hofst…

  • Metamusic/Metatext

    Nick Didkovsky•ARTICLE•Leonardo Music Journal•1997

    The author discusses a software-assisted music composition for small ensemble. The piece was created by a distributed system wherein compositional responsibilities and performance decisions are decentralized

  • On the Evolution of Music Notation in Network Music Environments

    Georg Hajdu, Nick Didkovsky•ARTICLE•Contemporary Music Review•2009•References: 5

    Over the past two decades the computer music community has observed the gradual development of network music performance environments that encompass a large spectrum of features ranging from audio streaming to the rendering of scores in various styles. This article gives a short historical overview of these developments and elaborates on two environments created by the authors: Java Music Specification Language (JMSL) by Nick Didkovsky, and Quint…

  • Density Trajectory Studies

    Nick Didkovsky•ARTICLE•Contemporary Music Review•2010

    Density Trajectory Study is a real-time computer-controlled notation system that instructs improvising musical performers when to perform and when to rest, following statistical parameters specified by the composer. The underlying scheduler gives the composer control over the performance density and how it changes over time. The software was originally designed for an ensemble of home-made instruments, and was later rewritten for guitar quartet a…

Computer Science (6 works) · Art (4 works) · Music Technology and Sound Studies (4 works) · Visual arts (3 works) · Linguistics (2 works) · Music and Audio Processing (2 works) · Musical (2 works) · Notation (2 works) · Programming language (2 works) · Acoustics (1 work)

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