The Center for
Computational Research
|
|
|
Dr. Russ Miller, Director |
|
Professor of Computer Science &
Engineering, UB |
|
Senior Research Scientist,
Hauptman-Woodward Inst. |
History of CCR
|
|
|
|
|
|
Ad-Hoc Task Force on High-Performance
Computing |
|
Formed January 1998 by Provost’s Office |
|
Faculty from Science, Engineering,
Medicine, Arts |
|
Staff from Central Computing and Local
Support Services |
|
Final Report Submitted April 1998 |
|
Significant need to provide support in |
|
Computational Science |
|
High-Performance Computing |
|
Visualization |
|
National priority (PITAC report) |
|
Recommends formation of CCR |
|
Provost establishes CCR in Summer 1998 |
PITAC Report
(President’s
Information Technology Advisory Committee)
|
|
|
|
|
Federal IT R&D Investment is
Inadequate |
|
Federal IT R&D Should Focus on
Long-Term |
|
Research Priorities |
|
Scalable Information Infrastructure |
|
Software and Communications technology
for scaling infor. infrastr. |
|
Expand NGI testbeds to foster
development and deployment of enabling technologies |
|
High-End Computing |
|
Innovative computing technologies and
architectures |
|
Software for improving high-end
computing |
|
Acquisition of high-end computing to
support sci. and eng. research |
|
Expand Fed. High End Computing and
Computation (HECC) program |
|
Software |
|
Socio-Economic and Workforce Impact |
High-Performance
Computing
"CCR Established:"
|
|
|
|
CCR Established:
January, 1999 |
|
CCR Facility Occupied:
May, 1999 |
|
Research Groups Supported:
75+ (25 depts) |
|
Publications/Presentations:
100+ |
|
Proposals Submitted: 50+
($150M) |
|
Proposals Funded to Date:
20+ ($28M) |
|
Equipment/Software Donated: 12
($6M) |
|
News Articles about CCR:
125+ |
|
|
Mission of CCR
|
|
|
|
Foster High-Tech Research &
Economic Development |
|
High-Performance Computing |
|
High-End Visualization |
|
Provide |
|
Support Services |
|
Collaborative Opportunities |
|
Foster Partnerships |
|
Computing & Visualization |
|
Software & Consultation |
|
Technology Transfer |
|
Seminars, Workshops, Tutorials, and
Courses |
Management
Overview of CCR
|
|
|
|
Support/Expand HPC at SUNY-Buffalo |
|
70 Research Groups/25 Departments |
|
Economic Development in WNY |
|
Local Companies |
|
Education, Outreach, Training |
|
HS, College, Companies |
|
National Partnerships |
|
SGI, IBM, Sun, Nortel, Alias|Wavefront,
Myricom |
|
Financial Leverage |
|
$300K NSF ® $11M equip, $28M Grants,
$6M Donations |
CCR Computing (0.4Tflops)
|
|
|
|
SGI Origin2000 |
|
128 processors (250 MHz) |
|
32 GB RAM |
|
400 GB Fibre Channel Disk Storage |
|
IBM RS/6000 SP |
|
78 Processors |
|
26 GB Ram, 640 GB Disk Storage |
|
Sun Microsystems Cluster |
|
48 Sun Ultra 5 Workstations (333MHz) |
|
32 Sunblades (750MHz) |
|
Myrinet + 100BT Ethernet |
|
SGI Intel Linux Cluster |
|
150 Pentium III Processors (1 GHz) |
|
75 GB RAM, 2.5 TB Disk Storage |
|
Myrinet2000 + 100BT Ethernet |
CCR Visualization
|
|
|
Urban Planning |
|
Manufacturing |
|
Molecular Modeling |
|
Multimedia Presentations |
|
Historical Reenactments |
Sample CCR-Supported
Research
|
|
|
|
Semiconductor Manufacturing |
|
New processes & chemicals to
improve the manufacturing of computer chips. |
|
Environmentally Friendly Solvents |
|
Study supercritical CO2 as a
solvent to reduce the need for toxic solvents. |
|
Protein Folding |
|
Computer simulations determine the 3D
structure of proteins. |
|
Dental Implant Design |
|
Simulation and modeling of a dental
implant in a jawbone to reduce failure rate. |
|
Volcanology |
|
Study of volcanoes for risk assessment
as well as modeling of lava flows and mudslides. |
|
Groundwater Modeling |
|
Predict contaminant flow in groundwater
& possible migration into streams and lakes. |
|
Fluid Dynamics |
|
Modeling turbulent flows and combustion
to improve design of chemical reactors, turbine engines, and airplanes. |
Molecular Structure
Determination
|
|
|
|
SnB Software by UB/HWI |
|
Top Algorithms of the Century |
|
Critical to rational drug design |
|
Important link in structural biology |
|
Vancomycin - antibiotic of last resort |
|
|
UB’s Virtual Reality Lab;
NYSCEDII
|
|
|
Design and Virtual Prototypes |
|
Model Factories and Plants |
|
Simulate Manufacturing |
|
Study Human Factors |
|
Visualize New Products |
|
Industries: Auto, Aviation, Space, Components, Process,
Pharmaceutical, Movie |
Peace Bridge
(CCR /
IBC Digital / UB VR Lab)
|
|
|
|
International Crossing (USA/Canada) |
|
Existing Bridge: Old (75yrs) &
Small (3 lanes) |
|
Existing USA Plaza: Small & Poor
Design |
|
Proposed Options |
|
Relocate USA Plaza |
|
Build a 3 Lane Companion & Rehab
Original |
|
Build a 6 Lane Signature Span |
|
CCR Provides Immersive 3D Viz |
|
All Bridge & Plaza Options |
Education, Outreach, and
Training
|
|
|
|
High-School Summer Program |
|
Graduate Certificate Program in
Computational Science |
|
Courses in High-Performance Computing |
|
Regional Relationships |
|
Brockport |
|
Geneseo |
|
Training |
|
IBM SP, SGI O2K, MPI, Viz |
|
ACA99 Workshop |
|
Open Houses (Internal and External) |
Computational Science
|
|
|
|
Focuses on Scientific Problems |
|
|
|
|
|
|
|
|
|
Impact (Simulation & Modeling) |
|
Bioinformatics qIndustrial Design |
|
CFD qPhotonics |
|
Pharm. Drug Design qEnvironmental
Science |
Graduate Certificate
in Computational Science &
Engineering
|
|
|
|
Requires 15 Credits (5 Courses) |
|
Requires a Two-Semester Course in HPC |
|
Combines Computational Methods with
Disciplinary Work |
|
Cooperative between CCR and |
|
Mathematics |
|
Chemical Engineering |
|
Physics |
|
Mechanical & Aerospace Engineering |
|
Computer Science & Engineering |
|
|
HPC I & II
|
|
|
High Performance Computing I: Parallel
Architectures, MPI, OpenMP, BLAS, Linear Algebra Libraries. |
|
|
|
High Performance Computing II:
Applications – Monte Carlo, MD, Finite Elements, Finite Differences, FFTs. |
|
|
|
First Year: 25 Students |
|
|
CCR on the Road
Visual Outreach
CCR & Albany
Collaboration
|
|
|
|
Cluster Computing Course |
|
Computational Science Classes |
|
Computational Science Research |
|
Real-Time Simulation & Modeling |
|
Infrastructure |
|
Distributed Cluster Computing
Environments |
|
Collaboratories/Meeting Environments |
|
Networking (?) – multiple OC12 lines |
|
|
|
|
|
|
Contact Information
|
|
|
www.ccr.buffalo.edu |
|
www.hwi.buffalo.edu/SnB |
|
miller@{ccr,cse,hwi}.buffalo.edu |