SUNY-Buffalo's Center for Computational Research

4/10/00


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Table of Contents

  1. SUNY-Buffalo's Center for Computational Research
  2. History of CCR
  3. PITAC Report
  4. Mission of CCR
  5. CCR Hightlights I
  6. CCR Highlights II
  7. High-Performance Computing
  8. Status Report: Supercomputers
  9. BSC: Hardware
  10. BSC: Linux-Based Software
  11. Bandwidth & Latency
  12. BSC: Application Software
  13. Final Remarks on BSC
  14. Status Report: Visualization+
  15. Status Report: Personnel
  16. Management
  17. Computational Science
  18. Major Projects
  19. Diverse User Community
  20. Peace Bridge (CCR / IBC Digital / UB VR Lab)
  21. Existing Situation
  22. Companion Span
  23. Twin Arches
  24. Concrete Arches
  25. Cable-Stayed
  26. Porter Ave: Existing Bridge
  27. Porter Ave: Twin Arches
  28. Porter Ave: Concrete Arches
  29. Porter Ave: Cable-Stayed
  30. Air: Existing Bridge
  31. Air: Twin Span
  32. Air: Concrete Arches
  33. Air: Cable-Stayed
  34. X-Ray Crystallography
  35. The Phase Problem
  36. Shake-and-Bake
  37. Conventional Direct Methods
  38. Shake-and-Bake Method: Dual-Space Refinement
  39. Useful Relationships for Multiple Trial Phasing
  40. Initial Configuration
  41. Final Configuration
  42. Random Start
  43. Final Structure
  44. Phasing and Structure Size
  45. ToxII: SnB Histogram
  46. Tox II: Trace of SnB Solution
  47. Vancomycin
  48. Successful Protein Applications
  49. Se-Met Problems
  50. SnB SeMet Solutions
  51. SnB and Globus (ANL/USC)
  52. Status Report: EOT
  53. Buffalo Museum of Science
  54. External Relationships
  55. Layout: 9 Norton Hall
  56. BSC Collaborators
  57. Credits: Summer Workshop
  58. SnB Credits (R. Miller & C. Weeks)
  59. CCR Funding
  60. SnB Funding
  61. Contact Information
Author: Russ Miller

Email: miller@ccr.buffalo.edu

Home Page: http://www.ccr.buffalo.edu/