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C3 in Atlantic Canada

C3.ca in Atlantic Canada. Virendra Bhavsar Director, Advanced Computational Research Laboratory (ACRL) Faculty of Computer Science University of New Brunswick Fredericton, NB Bhavsar@unb.ca. Outline. Personal view of C3.ca Resource providers in Atlantic Canada ACRL Hardware & software

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C3 in Atlantic Canada

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  1. C3.ca in Atlantic Canada Virendra Bhavsar Director, Advanced Computational Research Laboratory (ACRL) Faculty of Computer Science University of New Brunswick Fredericton, NB Bhavsar@unb.ca

  2. Outline • Personal view of C3.ca • Resource providers in Atlantic Canada • ACRL • Hardware & software • Users • Expertise • Other Atlantic RPs: MUN, St. Mary’s, Dalhousie • Using C3.ca resources: an example

  3. C3.ca: a personal view • What is C3.ca about? • Sharing resources • Sharing expertise • How to promote use of High Performance Computing (HPC)? • Make access easier • Better interfaces • GRID • Training of HPC application developers

  4. Resource Providers in Atlantic Canada

  5. ACRL Workshops • High Performance Parallel Computing - Getting Started on ACRL's IBM SP, a half-day workshop, was given by Dr. Eric Aubanel by Dr. Virendra Bhavsar in December, January and July • Feb. 2001: Dr. Eric Myra (IBM USA) gave a three-day parallel programming workshop • Workshops at MACI and HPCS2001

  6. First Atlantic Canada High Performance Computing Consortium (AC3) Meeting held Feb. 24 2001 • MUN, UNB, UPEI, StFX agreed to create AC3 to coordinate effective use of Atlantic Canada’s HPC systems • Dalhousie & others have joined • www.cs.unb.ca/acrl/ac3/ac3.html

  7. Atlantic Grid proposal to AIF • www.cs.unb.ca/acrl/ac3/ac3.html

  8. The AC3 GRID An investment in the future of Atlantic Canadian R&D Infrastructure Dr. Virendra C. Bhavsar UNB, Fredericton bhavsar@unb.ca

  9. What is a GRID System • Cooperative network of shared resources • Scaleable wide area network that supports resource sharing and distribution • Composed of geographically distributed, autonomous resource providers • Includes computers, network links, human resources and databases • Exploits the heterogeneous characteristics of the participating resource providers • Generalized data handling, computing and client support system • Supports the development of advanced R&D applications in Science, Engineering and Technology Development, Finance and the Arts.

  10. GRID Applications • Large scale and resource intensive frontier applications • R&D applications that go beyond current technological capabilities • Technology development applications in multi-media, finance, production arts, hard sciences and engineering. • Advanced telecommunications protocol and services development • Require specialized facilities and networks • Need for high bandwidth, high priority access to bandwidth • Need for access to HPC sites • Need for access to more than one of a set of heterogeneous, geographically distributed resources • Have large computational or data requirements • Need high performance visualization facilities at remote locations.

  11. Some Application Areas • Geo-Data processing in Meteorology, Remote Sensing, Oceanography, Space Science. • Computational Chemistry, Biology, Medical Science and Services • Simulation Modeling for Transportation,Telecommunications and Policy Analysis • Financial modeling • Multi-media applications such as embedded video, digital video servers and video conferencing.

  12. AC3 Grid • Peer network of providers and users • Resource providers are autonomous installations located at Atlantic Canadian universities • Distributed access to all facilities and support resources of the GRID • Any client with an Internet connection can access • Uniform WEB based user interface • Common support software available to all clients • Secure access to resources and data • Single point of entry to GRID services • GRID wide monitoring of resource consumption and distribution • GRID wide scheduling and management of shared resources

  13. AC3 Grid • Shared access to heterogeneous facilities • Standard user interface to GRID resources • Shared training and support resources • Standard training tools and resource information databases • Common development and support tools • GRID application development and debugging environments • Resource brokering amongst facilities • Easy discovery of available GRID resources • Integration with other GRID systems either Regional or International

  14. AC3 GRID Road Map • Strategic Plan • Resource and Technology Inventory • Interim GRID deployment using GLOBUS and Legion • Core Software Base • Administrative Arrangements • Prototype Demonstration • Initial Deployment • Resource Discovery Mechanisms • Advanced Feature Deployment

  15. Concluding Message • Canadian HPC resources and expertise are growing and are readily available • Visit www.c3.ca for details

  16. HPCS 2002 • www.umoncton.ca/hpcs2002 • Deadline for submissions: Dec. 14 • All aspects of HPC: • Parallel Architectures and Networking • Software Systems • Parallel Algorithms • Applications

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