Propelled Group Figuring Consortium (AC3) First Yearly Meeting "Guides to the Fate of Bunch Processing".


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Propelled Bunch Figuring Consortium (AC3) First Yearly Meeting "Guides to the Eventual fate of Group Processing" Held at Cornell Hypothesis Center 2 nd June 2000 Meeting Audit by Kenji Takeda (ktakeda@soton.ac.uk) School of Designing Sciences
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Slide 1

Propelled Cluster Computing Consortium (AC3) First Annual Meeting “Roadmaps to the Future of Cluster Computing” Held at Cornell Theory Center 2 nd June 2000 Meeting Review by Kenji Takeda (ktakeda@soton.ac.uk) School of Engineering Sciences The writer expresses gratitude toward Microsoft Research for their bolster

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Talk Outline Talk Outline Industry Standard Cluster Computing: R&D to the Enterprise Future of High Performance Computing: Intel Roadmap Cluster Computing Roadmap: Dell Cluster Benchmarks: Dell and CTC Cluster Computing with Windows 2000: MSR Cluster Computing Made Easy: New Tools for Scalable Servers and Services (CTC) Mining Large Databases: Present and Future (CTC) Performance, Scalability and Future Planes: MSTI Cluster Computing at NCSA Panel Sessions Reflections and Conclusions

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Thomas Coleman, Director, Cornell Theory Center AC3 Background Cornell Theory Center has numerous years of supercomputing knowledge Needed another mission once IBM SP2 work finished Support computational science and push limits Formed AC3 with significant industry accomplices: Dell, Intel and Microsoft “Increase the space/area where vast scale issues of computational science are viably comprehended utilizing industry standard bunch computing”

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David Lifka, Associate Director, Cornell Theory Center Industry Standard Cluster Computing: R&D to the Enterprise “Cluster figuring is prepared for Prime Time. It doesn’t must be hard” – David Lifka, CTC Proof by illustration Installed 256 CPU Dell Velocity Cluster with 64 x quad 550MHz Xeons with Giganet interconnect Site-establishment took 10 hours Two weeks from establishment to full creation administration Over 100 Cornell extends now utilize group Over 60 corporate accomplices included Want to utilize Windows and move far from UNIX

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David Lifka, Associate Director, Cornell Theory Center Industry Standard Solutions Microsoft Windows NT/2000 Market volumes drive market in new headings 80% business sector is Windows NT/2000 Administration expertise base broadly accessible Future executioner applications New era raised on Windows. Expect abnormal state of highlight usefulness and more than an order line interface Big Iron Supercomputers 4-5 times more extravagant than Windows group arrangement High upkeep costs Performance and unwavering quality hole shut

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David Lifka, Associate Director, Cornell Theory Center Windows 2000 Issues Major dependability changes over NT 4.0 Windows safeguards all parts of the server market Deployable over the undertaking Coordinated improvement Desktop to Teraflops with one OS, prompting lower TCO and predictable client interfaces CTC moving every one of its administrations to Windows 2000: Email, print servers, reinforcement, document servers, web servers, etc…

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David Lifka, Associate Director, Cornell Theory Center CTC Systems Growth AC3 Velocity bunch has brought forth immense premium New bunches coming online: Velocity+: 64 x double 733MHz PIII framework with Giganet National Plant Genomics Cluster. 48 CPUs, Gbit ethernet Social Economics Research Cluster: 32 CPUs.Cheaper than overhauling memory on existing SGI framework! Hoping to move US National Census information servers to Windows 2000 soon AFS servers for Windows 2000: 7 x double PIII frameworks 8 serial hubs, Poweredge 2450 servers with 1 Gbyte/hub Testing 16-and 32-way frameworks (Unisys, Sequent and NEC) Early Testing of Itanium and Windows 2000 64-bit

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Timothy Mattson, Senior Research Scientist, Intel Coroporation Future of High Performance Computing Roadmap: Intel in supercomputer business for quite a while ASCI Red still world’s quickest machine,PIII redesign Changing meaning of the supercomputer 1980s: Vector SMP (every single custom segment) 1990s: MPP (COTS CPUs, everything else custom) 2000s: Clusters (COTS everything) Why has grouping just now taken off: PCs have shut execution hole COTS systems administration has hit real execution classes with Gigabit ethernet, Giganet, Myrinet…

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Timothy Mattson, Senior Research Scientist, Intel Coroporation Intel Processor Roadmap Itanium highlights 800MHz and up 20 operations/clock cycle  2 Gflops on LINPACK 1000 2.1 Gbytes/s transport for 4-way SMP 128-bit number and FP registers Madison Deerfield McKinley Itanium Future IA32 Foster Cascades Xeon

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Timothy Mattson, Senior Research Scientist, Intel Coroporation COTS Networking: VIA (Virtual Interface Architecture) led by Intel, MS and Compaq, and 130 different organizations Setup direct information channel that sidesteps the portion VIA arrives today – develop and stable VIA has its issues however: PCI bottleneck, albeit enhancing with 2 nd era PCI-66 cards Targeted at bunches, not mass-market Infiniband is the future….

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Timothy Mattson, Senior Research Scientist, Intel Coroporation COTS Networking: Infiniband Scalable, superior I/O for mass-business sector Extend local message going from CPU  Memory  SAN  and beyond… Done utilizing Host Channel Adapter (HCA) to distinctive I/O gadgets, including different hubs 1 st era gadgets due Q3 2001 Probably not best for HPC. Enhanced for little medium (e-business) groups Intel pointing “to be the pioneer in Infiniband for bunching and e-business solutions” “Infiniband is an extraordinary equipment execution of VIA”

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Timothy Mattson, Senior Research Scientist, Intel Coroporation Community Cluster Development Kit Clusters are useful for examination labs however too fiddly They are too difficult to setup and utilization, there is little backing, an excess of choices with no unmistakable champs, and an excess of expectations to learn and adapt to climb Need completely incorporated basic bunch figuring stacks, hence Intel is supporting the… Community Cluster Computing Development Kit A preview of best-known techniques, yet not another standard “It’s the product, stupid!”

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Reza Rooholamini, Cluster Development, Dell Cluster Computing Roadmap: Dell S calable E nterprise C omputing Convergence of High Availability and High Performance Computing HPC is a building piece for SEC: Firewalls Application groups Data mining motors

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Reza Rooholamini, Cluster Development, Dell Cluster Solutions HPC Product Approach: Collaborate with colleges and exploration foundations Partner significant segment suppliers Prototyping, benchmarking and measuring Case studies and white papers

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JenWei Hsiehi, Cluster Development, Dell and George Coulouris, CTC Cluster Benchmarks (Dell) 32-CPU Dell test frameworks: 8 x Dell 6350 4-way SMPs. Quick ethernet, Gigabit ethernet, Giganet and Myrinet 16 x Dell 2450 2-way SMPs. Quick ethernet, Gigabit ethernet, Giganet and Myrinet NAS Parallel benchmarks: Quad-processor fundamentally slower (30%) than double processor. Single processors speedier than double processor frameworks BUT 4-way has best cost/execution Giganet (MPI/Pro) superior to anything Myrinet (MPICH-GM)

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JenWei Hsiehi, Cluster Development, Dell and George Coulouris, CTC Cluster Benchmarks (CTC) Giganet Bandwidth 113 mbytes/s utilizing crude Giganet cLAN driver 87 mbytes/s utilizing MPI/Pro, up to 103 mbytes/s for extensive messages NAS Parallel benchmarks: LU and BT scales straightly with Giganet, up to 16 hubs with quick Ethernet

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JenWei Hsiehi, Cluster Development, Dell and George Coulouris, CTC Real Application Benchmarks (CTC) operations Protein collapsing reproductions Windows-based perception apparatuses created, see www.tc.cornell.edu/reports/NIH/asset/CapBiologyTools FEM code with 1.5 million degrees of opportunity Superlinear scaling to 128 CPUs with PIII-733MHz and Giganet Per hub CPU use diminishes as number of SMP CPUs expands PIII Cluster speedup SP2 processors

Slide 18

Todd Needham, Manager of Research Programs, Microsoft Cluster Computing with Windows 2000 $3 million+ yearly duty to HPC examination Supported undertakings include: MPICH on Windows 2000. Argonne National Labs NCSA VMI driver for Myrinet and Giganet Maui scheduler (from Utah). www.cs.byu.edu UTK: SInRG Grid Environment Globus. Ported to Windows NT. Chipping away at Windows 2000 bolster utilizing Active Directory administrations Condor scheduler Parallel representation. Kai Li utilizing OpenGL on Windows 2000 NCSA. Elite DCOM over VIA

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Todd Needham, Manager of Research Programs, Microsoft Enterprise Windows 2000 Union of HPC and e-business innovation 100% cover of devices. eg: bunch administration Need to enhance out-of-the-container experience. MS fabricated 800 CPU Celeron 400MHz bunch to test EP applications and DCOM versatility MSR Cambridge: Performance expectation instruments as runtime segment in client application MS Redmond: Winsock Direct, information mining, adaptable servers

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Todd Needham, Manager of Research Programs, Microsoft Future Technologies for Windows HPC Parallel record frameworks Development devices and debuggers Toolworks and Totalview Parallel and Scalable business applications Better desktop  group straightforwardness. eg: Jack Dongarra’s Excel interface to NetSolve Visual Studio v7. IDE for 3 rd gathering modules 64-bit Windows 2000

Slide 21

Ken Birman, Professor, Computer Science, Cornell University Cluster Computing Made Easy: New Tools for Scalable Servers and Services ISIS, HORUS and ENSEMBLE Virtual Synchrony execution model (1987-98) Groups of procedures with multicast comms between them Notification of disappointments and rejoins State exchange, permit expansion of hubs to running employment HORUS and ENSEMBLE are measured, with attachment & play programming segments NYSE, Swiss Stock Exchange French Air Traffic Control Next Generation AEGIS System

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Ken Birman, Professor, Computer Science, Cornell University QUINTET Focus on administration e-Business arrangements. Colossal genuine groups oversaw as single substances, for exa

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