Interactive task invocation in the Virtual Laboratory M. Okoń, M. Lawenda, T. Rajtar, D. Stokłosa, D. Kaliszan, P. Mierzyński, N. Meyer, M. Stroiński 4.

Slides:

Advertisements

Similar presentations

Building Portals to access Grid Middleware National Technical University of Athens Konstantinos Dolkas, On behalf of Andreas Menychtas.

Advertisements

Current methods for negotiating firewalls for the Condor ® system Bruce Beckles (University of Cambridge Computing Service) Se-Chang Son (University of.

FP7-INFRA Enabling Grids for E-sciencE EGEE Induction Grid training for users, Institute of Physics Belgrade, Serbia Sep. 19, 2008.

C. Grimme, A. Papaspyrou Scheduling in C3-Grid AstroGrid-D Workshop Project: C3-Grid Collaborative Climate Community Data and Processing Grid Scheduling.

Grid Resource Allocation Management (GRAM) GRAM provides the user to access the grid in order to run, terminate and monitor jobs remotely. The job request.

Security Daniel Mallmann MWSG meeting Amsterdam December 2005.

DESIGN AND IMPLEMENTATION OF SOFTWARE COMPONENTS FOR A REMOTE LABORATORY J. Fernandez, J. Crespo, R. Barber, J. Carretero University Carlos III of Madrid.

PROGRESS: ICWS'2003 Web Services Communication within the PROGRESS Grid-Portal Environment Michał Kosiedowski.

Universität Dortmund Robotics Research Institute Information Technology Section Grid Metaschedulers An Overview and Up-to-date Solutions Christian.

Slides for Grid Computing: Techniques and Applications by Barry Wilkinson, Chapman & Hall/CRC press, © Chapter 1, pp For educational use only.

6/2/20071 Grid Computing Sun Grid Engine (SGE) Manoj Katwal.

Catania Science Gateway Framework Motivations, architecture, features Catania, 09/06/2014Riccardo Rotondo

Slide 1 of 9 Presenting 24x7 Scheduler The art of computer automation Press PageDown key or click to advance.

W w w. h p c - e u r o p a. o r g Single Point of Access to Resources of HPC-Europa Krzysztof Kurowski, Jarek Nabrzyski, Ariel Oleksiak, Dawid Szejnfeld.

SUN HPC Consortium, Heidelberg 2004 Grid(Lab) Resource Management System (GRMS) and GridLab Services Krzysztof Kurowski Poznan Supercomputing and Networking.

Cracow Grid Workshop 2003 Institute of Computer Science AGH A Concept of a Monitoring Infrastructure for Workflow-Based Grid Applications Bartosz Baliś,

GRID job tracking and monitoring Dmitry Rogozin Laboratory of Particle Physics, JINR 07/08/ /09/2006.

GRAPPA Part of Active Notebook Science Portal project A “notebook” like GRAPPA consists of –Set of ordinary web pages, viewable from any browser –Editable.

Operating Systems.  Operating System Support Operating System Support  OS As User/Computer Interface OS As User/Computer Interface  OS As Resource.

Poznań city, PSNC - who are we? Poznań city, PSNC - who are we? Introduction into Virtual Laboratory Introduction into Virtual Laboratory VLab architecture.

Marcin Okoń Pozna ń Supercomputing and Networking Center, Supercomputing Department e-Science 2006, Amsterdam, Dec Virtual Laboratory as a Remote.

Corporate Information Systems Delivery of Infrastructure IT Services.

Web-based Virtual Research Environments (VRE): Supporting Collaboration in e-Science Xiaobo Yang, Rob Allan CCLRC e-Science Centre Daresbury Laboratory,

GridChem-- User Support Kent Milfeld Supported by the NSF NMI Program under Award # Oct. 10, 2005.

Robert Fourer, Jun Ma, Kipp Martin Copyright 2006 An Enterprise Computational System Built on the Optimization Services (OS) Framework and Standards Jun.

5th GridLab Review, 8 April 2005, Amsterdam WP12: Access for mobile users What's new in mobile user support Piotr Grabowski, Bartek Lewandowski

Developing Reporting Solutions with SQL Server

VNC Greg Fankhanel Jessica Nunn Jennifer Romero. What is it? Stands for Virtual Network Computing It is remote control software which allows you to view.

Identity Management with x- services in Aleph Gerard Bennett, University of Westminster IGeLU – Budapest - Session Thursday 3 rd Sept 2015.

Module 10: Monitoring ISA Server Overview Monitoring Overview Configuring Alerts Configuring Session Monitoring Configuring Logging Configuring.

NeSC Apps Workshop July 20 th, 2002 Customizable command line tools for Grids Ian Kelley + Gabrielle Allen Max Planck Institute for Gravitational Physics.

February 20, AgentCities - Agents and Grids Prof Mark Baker ACET, University of Reading Tel:

INFSO-RI Module 01 ETICS Overview Alberto Di Meglio.

Przemysław Rek, Mirosław Kopeć, Zofia Gdaniec, Łukasz Popenda, Ryszard W. Adamiak, Marcin Wolski, Marcin Lawenda, Norbert Meyer, Maciej Stroiński.

Advanced Techniques for Scheduling, Reservation, and Access Management for Remote Laboratories Wolfgang Ziegler, Oliver Wäldrich Fraunhofer Institute SCAI.

INFSO-RI Module 01 ETICS Overview Etics Online Tutorial Marian ŻUREK Baltic Grid II Summer School Vilnius, 2-3 July 2009.

The PROGRESS Grid Service Provider Maciej Bogdański Portals & Portlets 2003 Edinburgh, July 14th-17th.

Resource Brokering in the PROGRESS Project Juliusz Pukacki Grid Resource Management Workshop, October 2003.

PROGRESS: ICCS'2003 GRID SERVICE PROVIDER: How to improve flexibility of grid user interfaces? Michał Kosiedowski.

TeraGrid CTSS Plans and Status Dane Skow for Lee Liming and JP Navarro OSG Consortium Meeting 22 August, 2006.

 Apache Airavata Architecture Overview Shameera Rathnayaka Graduate Assistant Science Gateways Group Indiana University 07/27/2015.

Ames Research CenterDivision 1 Information Power Grid (IPG) Overview Anthony Lisotta Computer Sciences Corporation NASA Ames May 2,

Virtual Batch Queues A Service Oriented View of “The Fabric” Rich Baker Brookhaven National Laboratory April 4, 2002.

NA-MIC National Alliance for Medical Image Computing UCSD: Engineering Core 2 Portal and Grid Infrastructure.

What is Triana?. GAPGAP Triana Distributed Work-flow Network Action Commands Workflow, e.g. BPEL4WS Triana Engine Triana Controlling Service (TCS) Triana.

GVis: Grid-enabled Interactive Visualization State Key Laboratory. of CAD&CG Zhejiang University, Hangzhou

1 Chapter Overview Defining Operators Creating Jobs Configuring Alerts Creating a Database Maintenance Plan Creating Multiserver Jobs.

Terena conference, June 2004, Rhodes, Greece Norbert Meyer The effective integration of scientific instruments in the Grid.

OAIS Rathachai Chawuthai Information Management CSIM / AIT Issued document 1.0.

Enabling Grids for E-sciencE Astronomical data processing workflows on a service-oriented Grid architecture Valeria Manna INAF - SI The.

Scheduling Interactive Tasks in the Grid-based Systems M. Okoń, M. Lawenda, N. Meyer, D. Stokłosa, T. Rajtar, D. Kaliszan, M. Stroiński TERENA Networking.

Connect. Communicate. Collaborate AAI scenario: How AutoBAHN system will use the eduGAIN federation for Authentication and Authorization Simon Muyal,

Grid technology Security issues Andrey Nifatov A hacker.

Marcin Płóciennik Poznan Supercomputing and Networking Center OGF23, Barcelona, Spain, June 3rd, 2008 Use case of NMR spectrometry in Virtual Laboratory.

High-Performance Computing Lab Overview: Job Submission in EDG & Globus November 2002 Wei Xing.

International Symposium on Grid Computing (ISGC-07), Taipei - March 26-29, 2007 Of 16 1 A Novel Grid Resource Broker Cum Meta Scheduler - Asvija B System.

EGI-InSPIRE RI EGI-InSPIRE EGI-InSPIRE RI How to integrate portals with the EGI monitoring system Dusan Vudragovic.

The Gateway Computational Web Portal Marlon Pierce Indiana University March 15, 2002.

PROGRESS: GEW'2003 Using Resources of Multiple Grids with the Grid Service Provider Michał Kosiedowski.

Amsterdam December 4-6, 2006 eScience 2006 A Grid-based Architecture for the Composition and the Execution of Remote Interactive Measurements Andrea BagnascoAriannaPoggi,

DataTAG is a project funded by the European Union International School on Grid Computing, 23 Jul 2003 – n o 1 GridICE The eyes of the grid PART I. Introduction.

INFSOM-RI ETICS: E-infrastructure for Testing, Integration and Configuration of Software Alberto Di Meglio Project Manager.

Geant4 GRID production Sangwan Kim, Vu Trong Hieu, AD At KISTI.

ACGT Architecture and Grid Infrastructure Juliusz Pukacki ‏ EGEE Conference Budapest, 4 October 2007.

GridWay Overview John-Paul Robinson University of Alabama at Birmingham SURAgrid All-Hands Meeting Washington, D.C. March 15, 2007.

Partner Smart Assist Service

Printer Admin Print Job Manager

Lawson ProcessFlow Overview and Actual ProcessFlow Solutions

Wide Area Workload Management Work Package DATAGRID project

Gordon Erlebacher Florida State University

Presentation transcript:

Interactive task invocation in the Virtual Laboratory M. Okoń, M. Lawenda, T. Rajtar, D. Stokłosa, D. Kaliszan, P. Mierzyński, N. Meyer, M. Stroiński 4 th Cracow Grid Workshop 2004 December 12-15, 2004 Cracow, Poland

Remote access to complex and expensive laboratory research equipment User-customized Dynamic Measurement Scenarios Digital Science Library Data storage and management Educational potential Workgroup collaboration tools Virtual Laboratory overview The Virtual Laboratory is a distributed environment, providing its users with the following functionality:

The Virtual Laboratory architecture

definition of complex, multi-dimensional research experiment scenarios connection of experimental and computational jobs multiple conditions on jobs connections, determining the actual execution path description language for resources and connection dependencies Dynamic Measurement Scenarios Example of a simple measurement scenario

Example of DMS diagram

Batch job scheduling

Interactive tasks: Task submission 1. Task is sent to SMM module 2. Task is added to the DB 3. Task sent to Global Scheduler 4. Grid authorization in GAM 5. Accounting verification 6b, 7. Task submitted to GRMS (via Gateway)

Interactive task: VNC session scheduling 1. GRMS checks with MDS for resources 2. GRMS verifies free slot for VNC session 3. GG is informed of status change (notification) 4. Task status updated in VLab DB

Interactive tasks: Establishing a secure connection 1. GRMS launches scheduled task 2. GRMS sends notification to Gateway 3. VNC Manages sends task info 4. Gateway sends info to Vlab DB (Monitoring) 5. User launches SVNC viewer

Interactive tasks: Prolonging the VNC session 1. User request from portal 2. Verification with GAM 3. Accounting verification 4b,5. Request forwarded to GRMS 6. VNC session reservation 7,8. GRMS Answer forwarded and updated in VLab DB

Interactive tasks: Ending the VNC session by the user 1,2. Request to end session forwarded to GRMS 3. End signal sent to VNC Manager 4. Update in the session DB 5,6. Task status updated in the VLab DB

Interactive tasks: Ending the VNC session by the system 1. GRMS sends end signal to VNC Manager 2. Update in the session DB 3,4. Task status updated in the VLab DB

Task submission VNC session scheduling Establishing secure connection Ending the VNC session Summary Invocation of user-interactive tasks can be divided into the following main steps: Scheduling of the interactive task creates new possibilities for a wide range of Grid-based systems.

Marcin Okoń: or: