Transcript Slide 1
NEESgrid Early Adopter Program Sridhar Gullapalli USC/Information Sciences Institute + The SI Team + EA Team Agenda Introduction: 11:15 to 11:30 AM (Sridhar Gullapalli) – – – – Outline and goals: People on each team POC E-Mail Lists EA Plan: 11:30 to 11:45 AM (Sridhar Gullapalli) EA Plan Discussion: 11:45 AM to 12:15 PM (Laura Pearlman) Next Steps: 12:15 PM to 12:45 PM (Doru Marcusiu) – Site Responsibilities – SI Team Responsibilities 2 The EA Plan (11:30 AM to 11:45 AM) SG 3 Architecture Approach (System Architecture Document) Develop common infrastructure that can used across all NEES applications – Balance generic mechanisms, extensibility for future growth, efficiency for application specific tasks Validate against user requirements – Input from user requirements analysis, site visits Extending proven grid technologies Developing custom solutions for NEES specific requirements (e.g. Data, DAQ, Video services) 4 The Early Adopter Program (from the EA Document) Spiral Model – Iterative deployment, testing and refinement – Timeline roughly 6 months (this phase) EA sites – RPI, Reno, Oregon State Shadow Sites and other users – NEES Equipment Sites – Researchers in Earthquake Engineering field 5 The Generic EA Experiment: The Preparation Phase 6 Generic Experiment in Progress (an instance or “test”) Streaming Data Server LabVIEW DAQ ve )d at a Grid Services (l i Remote Collaborator data NEESPOP a dat Web Portal User Interface Remote Investigator (live) video streams Simulation Programs video Video Server Video Server Local Storage NEES Equipment video video camea Tele-Presence and Video Servers Local Video Processor (Internet Appliance) Equipment Specialist Collaboration e-mail, VTC, web pages Operation and Control Lines data and video Collaboration Services 7 Conclusion of a “test” or “run” Change/adjust parameters and repeat test or conclude experiment or revise experiment 8 Partial listing of components Collaboration Tools Local (on-site) Storage & Central Data Repository DAQ Prototype Data Models and Services Streaming data services Streaming video Services Tele-operations (control will not be supported during the EA Phase) NEESPOP and Services 9 Global Timelines Communicating Plan Apr 15 Tracking NMI release May 7 Strawman data model Apr 15 LabVIEW setup at ANL/ISI May 15 NEESPOP, Video Server and Local Storage Solution, LabVIEW DAQ (version 6.1) setup and installation at EA Jun 1 Prototype Telepresence server at EA Jul 1 Streaming data specification Aug 1 Streaming data implementation (based on LabVIEW version 6.1) Aug 1 Initiate Experiments phase 1 Jul 15 10 Conclude Experiment Phases Oct 15 EA Plan Discussion: 11:45 AM to 12:15 PM (LP) Is the generic experimental model accurate? Representative? Are site specific modes accurate? Tune up details 11 Next Steps: 12:15 PM to 12:45 PM (DM) Site Responsibilities (DM) – Status of Equipment and Software purchase • • • • – – – – – NEESPOP Video Server (Linux box) + cameras + appliances Local Storage Solutions DAQ: Setup and LabVIEW 6.1 installation Hardware Installation Access to systems by SI team Define Experimental Requirements Define Experimental Procedures Learn/Use Collaboration Tools 12 SI Team Responsibilities Installation and Configuration (12:30 to 12:45 PM) – NEESpop • Grid Services software • Data management tools • Support Software – – – – – Video Server (hardware and software) (NZ) Local Storage Solutions (JF) Data Acquisition Services (PH) Collaboration Tools (EH, JL) Support Issues (DM) 13 The SI Team: USC/ISI – – – SI Co-PI ISI Project Manager Lead System Architecture Argonne National Labs – – – – Carl Kesselman [email protected] Sridhar Gullapalli [email protected] Laura Pearlman [email protected] Ian Foster [email protected] SI Co-PI Nestor Zaluzec [email protected] Lead (Tele-Operations/DAQ) Paul Hubbard [email protected] System Architecture (Tele-Ops, DAQ) Bill Allcock [email protected] ANL Project Manager U Michigan – – – – – – – – – Tom Finholt [email protected] CO-PI User Requirements and Collaboration Tools Elizabeth Wierba <[email protected]>, User Requirements Jeremy Birnholt [email protected] User Requirements Joseph Hardin <[email protected]> Collaboration Tools Lars Schumann [email protected] Collaboration Tools Erik Hofer [email protected] Collaboration Tools John Leasia [email protected] Collaboration Tools Peter Knoop [email protected] Collaboration Tools Glenn Golden [email protected] Collaboration Tools 14 The SI team (continued) NCSA – – – – – – – – – – – – – Tom Purdhomme [email protected] PI Kyran D. Mish [email protected], Deputy Director, NEESgrid Cristina Beldica [email protected] Project Manager Randy Butler [email protected] Deployment Lead Joe Futrelle [email protected] Data Model and Services Doru Marcusiu [email protected] Deployment Chase Phillips [email protected] Deployment Kazi Anwar [email protected] Deployment John Towns [email protected] Deployment M Butler [email protected], Deployment Jason Alt [email protected] Deployment David Gehrig [email protected] Technical Writer Jeff Gaynor [email protected] Deployment 15 The EA Teams Oregon State – – – – – Reno – – – – Solomon Yim [email protected] Professor & PI of Tsunami Basin Project, Ken Ferschweiler [email protected] Software Charles Sollitt, [email protected] Director of Wave Research Laboratory, Terence Dibble, [email protected] Wave Research Laboratory David Standley, [email protected] Software Ian G. Buckle, [email protected] PI Manos E. Maragakis, [email protected] Co-PI data/video sharing and live video Sherif Elfass, [email protected] Manages research and information services Gokhan Pekcan, [email protected] Laboratory Research Engineer and NEES Project Manager (POC) RPI – – – – – Tarek Abdoun [email protected] Co-PI of RPI's NEES project, Manager of the RPI centrifuge and NEES project Ricardo Dobry, PI Christophe Dupre [email protected] NEES Network Consultant Mourad Zeghal, [email protected] Co-PI and Point of Contact Tom Zimmie 16