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Using Virtual Reality to Monitor the GreenLight Instrument

Using Virtual Reality to Monitor the GreenLight Instrument. J ü rgen P. Schulze, Ph.D. Project Scientist Calit2/UCSD July 1 st , 2009. 360 degree immersive virtual reality 15 screens on 5 walls, ~8 x 4 foot each, plus floor projection Passive stereo, circular polarization

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Using Virtual Reality to Monitor the GreenLight Instrument

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  1. Using Virtual Reality to Monitor the GreenLight Instrument Jürgen P. Schulze, Ph.D. Project Scientist Calit2/UCSD July 1st, 2009

  2. 360 degree immersive virtual reality 15 screens on 5 walls, ~8 x 4 foot each, plus floor projection Passive stereo, circular polarization 18 Dell XPS PCs with Quad Core Intel CPUs Dual NvidiaQuadro 5600 graphics cards per node 34 JVC HD2k (1920x1080 pixels), ~34 megapixels per eye Optical tracking system with four cameras by ART CentOS5.2 Linux ROCKS cluster management software Trackd tracker interface The StarCAVE

  3. SUN Mobile Data Center (Blackbox)

  4. The Blackbox in the StarCAVE

  5. Real-Time Display of Power Consumption • Currently all eight PDUs are supported • All three phases on each PDU are supported • Several scalings available • Graphs generated by downloading PDU generated graph images

  6. Interactive Component Selection

  7. Interactive Component Selection • 3D mouse cursor selects component of interest (PC, switch, PDU, etc.) • Each unit has unique ID • Visualization tool has data bank of all components and displays name, type, location.

  8. Future Work • Access more sensor data: • power consumption of individual nodes • fan speed • CPU temperature • Create self-explanatory interactive visualization tool • Run permanently on dedicated display hardware for researchers to access at all times

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