IDGF I nternational D esktop G rid F ederation

1. IDGFInternationalDesktopGridFederation RUSSIAN CHAPTER OF IDGF Mikhail Posypkin Oleg Sukhoroslov NikolayKhrapov IlyaKurochkin DEGISCO is supported by the FP7 Capacities Programme under contract nr RI-261561.

2. Who we are • Institute for Systems Analysis of RAS (ISA RAS) www.isa.ru (founded in 1976) • Centre for Grid Technologies and Distributed Computing: • Desktop and Service Grids • Problem-oriented Environments • Parallel algorithms • Numerical methods in optimization • Partner in the DEGISCO project • Founding member of IDGF

3. The Goals of Russian Chapter • Help Russian research and industry teams to develop, deploy and maintain their desktop-grid distributed applications • Maintain DCI infrastructures for our projects and for other organizations • Provide courses and tutorials on desktop grids and volunteer computing for Russian academic and industrial community • Promote Russian BOINC projects • Explain the mission of IDGF and benefits of the membership

4. Our Desktop Grid Infrastructure BOINC Educational Infrastructure boinc-edu.isa.ru BOINC Test Infrastructure boinc-test.isa.ru BOINC Production Infrastructure boinc.isa.ru • Based on SZTAKI Desktop Grid Package

5. The Typical Pass boinc-edu.isa.ru Get educated in BOINC technology boinc-test.isa.ru Develop own application and test it boinc.isa.ru Run in production

6. Testing and Educational Infrastructures • Contain small number of hosts • Operated on demand • Based on virtualization

7. Production Infrastructure • Currently we have one project running in production: OPTIMA@HOME • The Latest Data: • Windows hosts:511 • Linux hosts:270 • Mac OSX hosts:31 • All Cores :3181 • Cores under windows :1913 • Cores under linux :1163 • Cores under Mac OSX :105

8. OPTIMA@HOME Statistics (Free-DC)

9. Combined Infrastructure OPTIMA@HOME EGI Desktop Grid VO

10. Service Grid Infrastructure RU-ISA-CGTDC : grid.isa.ru 4 nodes: Intel(R) Core(TM)2 Quad CPU Q6600 @ 2.40GHz, 4 GB RAM,640 GB Disk space

11. Application and User Support • Goals • Support BOINC developers • Support all phases of the development: design, testing, production run • Results • We support teams from Joint Institute for Nuclear Research and from the Institute for System Dynamics and Control Theory • We support three BOINC applications: • BNB-GRID (Global Optimization) • PD-SAT (Distributed Sat Solver) • NET-MAX (Large-Scale Network Flow Simulation) • Three different projects: probably we’ll have a combined project in future using account managers (e.g. Jarifa)

12. BNB-GRID – Grid framework for global optimization • Developed in the Institute for Systems Analysis of the Russian Academy of Sciences (ISA RAS) • Aimed at solving various global optimization problems • BNB-Grid application was ported to the desktop grid platforms (BOINC, XTremWeb, OurGrid) – now running in production • BNB-Grid has been tested for the 3G-Bridge in DG->SG direction and submitted for validation for SG->DG direction

13. BNB-GRID DEPLOYED AT OPTIMA@HOME • Solves molecular conformation problem: a very challenging global optimization problem consisting in finding the atomic cluster structure with the minimal possible potential energy • Written using GenWrapper* => very useful for porting legacy applications • We obtain 150-200 times speedup: the major limiting factor is absence of the windows version • *http://genwrapper.sourceforge.net/

14. PD-SAT • Developed in the Institute for System Dynamics and Control Theory of Siberian Branch of Russian Academy of Sciences (IDSTU SB RAS) • PD-SAT is aimed at solving the satisfiability problems which are common in digit circuit design, model checking, cryptography and other technical fields • Currently tested on the test infrastructure and is ready to run in production • Implemented with DC-API http://www.desktopgrid.hu/storage/dcdoc/index.html

15. NET-MAX • Developed at ISA RAS • Large-scale simulation of networks traffic for different routing algorithms and different network topologies. The goal is to identify the routing algorithm and its parameters that provides the maximal information flow for a given set of requests • At the early testing stage • Implemented using GenWrapper

16. Communication, dissemination, and Community management • Tutorials • GRID’2010, Dubna, June 2010 (together with SZTAKI) • IT-EDU’2010, Moscow, November, 2010 • DICR’2010, Novosibirsk, December 2010 • PAVT’2011, Moscow

17. Communication, dissemination, and Community management • Exhibitions • Softool’2010 (Biggest Russian Software Exhibition) • Talks • IT-EDU’2010 (regular talk) • DICR’2010 (plenary talk) • PAVT’2011 (regular talk)

18. Communication, dissemination, and Community management • Courses • Moscow State University • Moscow Institute for Physics and Technology • Localized material • Posters • Flyers • Russian Chapter of IDGF site: desktopgrid.ru

19. The Role of IDGF • What we already use: • Materials from document library • Bug-tracking, help desks, forums, community • Conferences, workshops • Portal for Web-content (desktopgrid.ru) • What we expect in future • Certification service of IDGF • BOINC projects promotion

20. IDGFInternationalDesktopGridFederation Russian Chapter http://desktopgrid.ru Globe adapted from http://upload.wikimedia.org/wikipedia/commons/f/fa/ Globe.svg