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Media Light Paths Network

Media Light Paths Network. AGLP - Light path enabled AccessGrid SFU Team Brian Corrie Todd Zimmerman Dominic Lepaine. SFU. User needs – computational science Visualization Large, complex data sets Collaboration Distributed research projects Technology - where are things going?

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Media Light Paths Network

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  1. Media Light Paths Network

  2. AGLP - Light path enabled AccessGrid • SFU Team • Brian Corrie • Todd Zimmerman • Dominic Lepaine SFU

  3. User needs – computational science • Visualization • Large, complex data sets • Collaboration • Distributed research projects • Technology - where are things going? • Ubiquitous inexpensive displays • Computers and graphics cards • Advanced networking • Incredible capability! SFU

  4. AccessGrid (AG) • Advanced collaboration environment • WestGrid • Advanced collaboration and visualization • Advanced networking • AGLP • Extend lightpath to the user • Provide API to UCLP • Integrate lightpath control into AG • Provide advanced AG visualizationand collaboration services SFU

  5. Media LightPath (UCLP) SC 2005 LightPath (Seattle) GLVF LightPath (San Diego) SFU

  6. Collaborative Parametric Design • Robert Woodbury, Mark Cichy • Distributed, real-time design exploration Image Image SFU

  7. A•VI•RE -- A VIsual REte • an interpretive multimedia repository • R. Woodbury, V. Chen, C. Qian • Remote collaboration with large media objects Image Image SFU

  8. Collaborative Computational Steering • University of Alberta and SFU • The goal of this project is to explore how advanced computing technologies (WestGrid) and networking (UCLP) could allow scientists and engineers to solve complex Computational Fluid Dynamics (CFD) problems creating in effect an advanced Collaborative Virtual Wind Tunnel (CVWT). University of Alberta

  9. University of Alberta

  10. Advanced Visualization and Simulation • University of Calgary • The goal of this project is to explore how networking and advanced visualization can assist in the design and distribution of virtual environments for research, teaching and public education. • Researchers: • Prof. Richard M. Levy, Faculty of Environmental Design • Prof. Peter Dawson, Department of Archaeology • Prof. Larry Katz, Faculty of Kinesiology • Prof. Mary O’Brien, Department of Germanic Studies • Prof. James Parker, Department of Computer Science • Prof. Gail Kopp, Faculty of Education University of Calgary

  11. University of Calgary

  12. PALOMA A Learning Object Metadata Repository Dr. Gilbert Paquette, Team Leader Suzanne Lapointe, Project Manager Gabriel Ioan Ivascu, Technical lead Contributors: Louis Guérette François Magnan Anis Masmoudi Tang Hiep Nguyen Jacques Rivard Said Serik For more information contact: gabriel-ioan.ivascu@polymtl.ca

  13. A LOM repository that… • Can manage and query multiple Learning Object Repositories (LOR) • tree-like directory management system • simple and advanced metadata searches • searches in ECL compliant networks • Supports multi-profiles metatagger • IEEE LOM, Cancore, SCORM, Normetic • Provides several ways to populate the LOR • manual entry, web resources, upload of local resources, import of XML files • Offers full system security • secure access, rights management • French, English and Spanish support

  14. Media Light Paths Network

  15. Networked Haptic Interfaces • Dr. Sageev Oore, Blake Martin (Saint Mary’s U) • Dr. Jon Borwein, Nicholas Oram (Dalhousie U) Image

  16. “haptic” interface: force-feedback • use force-based interaction to control a force-based simulation motors Image

  17. task: apply forces to push a swing simulation

  18. dynamic simulation lightpaths

  19. Media Light Paths Network

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