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Box 9

 Container

Contains 83 Results:

Slava Zaloj: Point -to-Point Communication, 2000

 Item — Box: 9
Identifier: V-1403
COLLECTION DESCRIPTION From the Collection: The collection contains digital files, created by Chris Pelkie, of videotapes and DVDs from the Cornell Theory Center Visualization Group. The earliest tape is probably from 1988, and the most recent visualization movies (not necessarily tape) are from 2008. For the most part, these are scientific visualizations, i.e., graphics produced from numeric data. Most represent either/or time series or motion sequence (rotation, for example) of the visualized phenomena. There are a few live action...
Dates: 2000

John Zollweg: Derived Data, 2000

 Item — Box: 9
Identifier: V-1403
COLLECTION DESCRIPTION From the Collection: The collection contains digital files, created by Chris Pelkie, of videotapes and DVDs from the Cornell Theory Center Visualization Group. The earliest tape is probably from 1988, and the most recent visualization movies (not necessarily tape) are from 2008. For the most part, these are scientific visualizations, i.e., graphics produced from numeric data. Most represent either/or time series or motion sequence (rotation, for example) of the visualized phenomena. There are a few live action...
Dates: 2000

Steve Lantz: Collective communication II, 2000

 Item — Box: 9
Identifier: V-1403
COLLECTION DESCRIPTION From the Collection: The collection contains digital files, created by Chris Pelkie, of videotapes and DVDs from the Cornell Theory Center Visualization Group. The earliest tape is probably from 1988, and the most recent visualization movies (not necessarily tape) are from 2008. For the most part, these are scientific visualizations, i.e., graphics produced from numeric data. Most represent either/or time series or motion sequence (rotation, for example) of the visualized phenomena. There are a few live action...
Dates: 2000

Linda Buttel: Intro to MPI, 2000

 Item — Box: 9
Identifier: V-1403
COLLECTION DESCRIPTION From the Collection: The collection contains digital files, created by Chris Pelkie, of videotapes and DVDs from the Cornell Theory Center Visualization Group. The earliest tape is probably from 1988, and the most recent visualization movies (not necessarily tape) are from 2008. For the most part, these are scientific visualizations, i.e., graphics produced from numeric data. Most represent either/or time series or motion sequence (rotation, for example) of the visualized phenomena. There are a few live action...
Dates: 2000

Gerd Heber: Benchmarks, 2002

 Item — Box: 9
Identifier: V-1404
COLLECTION DESCRIPTION From the Collection: The collection contains digital files, created by Chris Pelkie, of videotapes and DVDs from the Cornell Theory Center Visualization Group. The earliest tape is probably from 1988, and the most recent visualization movies (not necessarily tape) are from 2008. For the most part, these are scientific visualizations, i.e., graphics produced from numeric data. Most represent either/or time series or motion sequence (rotation, for example) of the visualized phenomena. There are a few live action...
Dates: 2002

Gerd Heber: Face Shot, 2002

 Item — Box: 9
Identifier: V-1404
COLLECTION DESCRIPTION From the Collection: The collection contains digital files, created by Chris Pelkie, of videotapes and DVDs from the Cornell Theory Center Visualization Group. The earliest tape is probably from 1988, and the most recent visualization movies (not necessarily tape) are from 2008. For the most part, these are scientific visualizations, i.e., graphics produced from numeric data. Most represent either/or time series or motion sequence (rotation, for example) of the visualized phenomena. There are a few live action...
Dates: 2002

Gerd Heber: Over the Shoulder Shot to Laptop, 2002

 Item — Box: 9
Identifier: V-1404
COLLECTION DESCRIPTION From the Collection: The collection contains digital files, created by Chris Pelkie, of videotapes and DVDs from the Cornell Theory Center Visualization Group. The earliest tape is probably from 1988, and the most recent visualization movies (not necessarily tape) are from 2008. For the most part, these are scientific visualizations, i.e., graphics produced from numeric data. Most represent either/or time series or motion sequence (rotation, for example) of the visualized phenomena. There are a few live action...
Dates: 2002

Gerd Heber: Benchmarks, 2002

 Item — Box: 9
Identifier: V-1405
COLLECTION DESCRIPTION From the Collection: The collection contains digital files, created by Chris Pelkie, of videotapes and DVDs from the Cornell Theory Center Visualization Group. The earliest tape is probably from 1988, and the most recent visualization movies (not necessarily tape) are from 2008. For the most part, these are scientific visualizations, i.e., graphics produced from numeric data. Most represent either/or time series or motion sequence (rotation, for example) of the visualized phenomena. There are a few live action...
Dates: 2002

Gerd Heber: Laptop Visual, 2002

 Item — Box: 9
Identifier: V-1405
COLLECTION DESCRIPTION From the Collection: The collection contains digital files, created by Chris Pelkie, of videotapes and DVDs from the Cornell Theory Center Visualization Group. The earliest tape is probably from 1988, and the most recent visualization movies (not necessarily tape) are from 2008. For the most part, these are scientific visualizations, i.e., graphics produced from numeric data. Most represent either/or time series or motion sequence (rotation, for example) of the visualized phenomena. There are a few live action...
Dates: 2002

Gerd Heber: Benchmarks, 2002

 Item — Box: 9
Identifier: V-1406
COLLECTION DESCRIPTION From the Collection: The collection contains digital files, created by Chris Pelkie, of videotapes and DVDs from the Cornell Theory Center Visualization Group. The earliest tape is probably from 1988, and the most recent visualization movies (not necessarily tape) are from 2008. For the most part, these are scientific visualizations, i.e., graphics produced from numeric data. Most represent either/or time series or motion sequence (rotation, for example) of the visualized phenomena. There are a few live action...
Dates: 2002