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Immersive Collaborative Virtual Environment

Immersive Collaborative Virtual Environment. A Next Generation Internet (NGI) Testbed. A FY2000 HPCC Project. Nancy Soreide, NOAA-PMEL Christopher Moore, UW/NOAA-PMEL Glenn Wheless, Old Dominion University Cathy Lascara, Old Dominion University. HPCC Project Review Meeting,

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Immersive Collaborative Virtual Environment

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  1. Immersive Collaborative Virtual Environment A Next Generation Internet (NGI) Testbed A FY2000 HPCC Project Nancy Soreide, NOAA-PMEL Christopher Moore, UW/NOAA-PMEL Glenn Wheless, Old Dominion University Cathy Lascara, Old Dominion University HPCC Project Review Meeting, Miami, Florida, May 10-11, 2001 NGI/NW/02

  2. Immersive Collaborative Virtual Environment • Virtual Environments created: • TAO • Fisheries/Oceanography • Tsunami • Hydothermal Vents • GFDL Hurrican Floyd • Milestones reached: • 4 professional meetings • 2 Open Houses • 3 publications • collaborative-mode immersion • web page describing work • (www.pmel.noaa.gov/vrl)

  3. TAO Project - using VTK • Virtual Environments created: • TAO • Fisheries/Oceanography • Tsunami • Hydrothermal Vents • GFDL Hurricane Floyd

  4. FOCI - using Cave5D • Virtual Environments created: • TAO • Fisheries/Oceanography • Tsunami • Hydrothermal Vents • GFDL Hurricane Floyd Sitka, AK SCRUM topography - blue salinity isosuface currents - white tracers - red Animate model: Al Hermann

  5. Tsunami - using vGeo • Virtual Environments created: • TAO • Fisheries/Oceanography • Tsunami • Hydrothermal Vents • GFDL Hurricane Floyd co-investigators at ODU supply PMEL with CAVE license and vGeo software Animate model: Vasili Titov

  6. Vents - using VTK & VRML • Virtual Environments created: • TAO • Fisheries/Oceanography • Tsunami • Hydrothermal Vents • GFDL Hurricane Floyd vent modeling: Bill Lavelle, PMEL

  7. GFDL - using Cave5D • Virtual Environments created: • TAO • Fisheries/Oceanography • Tsunami • Hydrothermal Vents • GFDL Hurricane Floyd GFDL - predictive model for hurricane Floyd September 9-17th, 1999 135 mph winds

  8. Conclusions • Milestones reached: • 4 professional meetings • Supercomputing 1999: Portland (Nov. 12th - 18th) • AMS 2000: Long Beach (Jan. 9th - 14th) • Ocean Sciences 2000: San Antonio (Jan. 24th - 28th) • AMS 2001: Albuquerque (Jan. 13th - 18th) • PMEL Open House March 16, 2000 • University of Washington Open House March 30, 2001 • 3 publications • collaborative-mode demo with ODU (feasibility proven) • web page describing work • (www.pmel.noaa.gov/vrl)

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