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Project_id: 3042
Contract number: IST-2001-32243


Overview of the project

EC program: IST
Title of project: DevelOpment of GRID Environment for InteRaCtive ApplicationS
Acronym: CROSSGRID
Programme type: 5th FWP (Fifth Framework Programme)
Contract Number: IST-2001-32243
Website: http://www.crossgrid.org/main.html
Start date: 01 Mar 2002
End date: 28 Feb 2005

Coordinator Details

Name: Michal Turala
Organisation: CYFRONET
Address: ul. Nawojki 11
Cracow
30-950
Poland
Telephone: +48 12 662 80 20
E-mail: michal.turala@cern.ch

Partners Name

Universitaet Stuttgart, Matthias MUELLER
The Provost Fellows and Scholars of The College of The Holy and Undivided Trinity of Queen Elizabeth Near Dublin, Brian COGHLAN
Ustav Informatiky, Slovenska Akademia Vied, Ladislav HLUCHY
Universidade de Santiago de Compostela, Francisco FERNANDEZ-RIVERA
Consejo Superior de Investigaciones Cientificas, Jesus MARCO DE LUCAS
Laboratorio de Instrumentacao e Fisica Experimental de Particulas, Jorge Humberto LUCIO OLIVEIRA GOMES
Instytut Fizyki Jadrowej Im Henryka Niewodniczanskiego W Krakowie, Malecki PIOTR
Uniwersytet Warszawski, Wojciech WISLICKI
Forschungszentrum Karlsruhe GmbH, Harald Kornmayer
Technische Universitaet Muenchen, Roland WISMUELLER
Algosystems S.A., Yannis PERROS
National Centre for Scientific Research , Christos MARKOU
Universitat Autonoma de Barcelona, Miquel Angel SENAR
Aristotle University of Thessaloniki, Charikleia PETRIDOU
Johannes Kepler Universitaet Linz, Dieter KRANZLMULLER
Instytut Chemii Bioorganicznej Pan W Poznaniu, Norbert MEYER
Datamat S.P.A., Stefano Beco
Universiteit Van Amsterdam, Peter M.A. SLOOT
University of Cyprus, Marios DIKAIAKOS
Andrzej Soltan Institute for Nuclear Studies, Krzysztof Nawrocki

 
Commission Officer Name: Maria Tsakali

Original research objectives

The Cross Grid project will develop, implement and exploit new Grid components for interactive compute and data intensive applications like simulation and visualisation for surgical procedures, flooding crisis team decision support systems, distributed data analysis in high-energy physics, air pollution combined with weather forecasting. The elaborated methodology, generic application architecture, programming environment, and new Grid services will be validated and tested thoroughly on the Cross Grid test bed, with an emphasis on a user-friendly environment. The work will be done in close collaboration with the Grid Forum and the Data Grid project to profit from their results and experience, and to obtain full interoperability. This will result in the further extension of the Grid across eleven European countries. Objectives: The project objectives are: expanding the Grid for a new category of applications in medicine, environmental control, and physics, running interactively, and extending the Grid infrastructure across eleven European countries. Efficient development of these kinds of applications on the Grid requires new tools for verification of source code, performance prediction, evaluation and on-line analysis. The Grid will be equipped with new components for monitoring of application performance, efficient distributed data access, specific resource management, as well as portals and mobile personalised user interfaces. The new software will be validated and tested on the Cross Grid test bed. Cross Grid will collaborate closely with Data Grid - a common cluster project is planned to obtain full interability. Work description: The work of this project will research, design, develop, implement and test the technology and components essential for the implementation of new tools and services that will allow one to deploy a large range of scientific and engineering applications across a Grid. This is a complex project involving many organizations, software engineers and scientists. It builds upon many national initiatives in this area and as indicated in each of the subsequent work package descriptions, many of the contributing partners are making available considerably more effort to the project then they are requesting EU funding for. They do this to ensure success. The work is split into six work packages: WP1 Cross Grid Application Development; WP2 Grid Application Programming Environments; WP3 New Grid Services and Tools, will each develop specific well-defined parts of different applications and Grid middleware; WP4 International Tested Organization will collect all the developments from the work packages WP1-3 and integrate them into successive software releases. It will also gather and transmit all feedback from the end-to-end application experiments back to the developers, thereby linking development, testing and user experience; WP5 Information and Dissemination and Exploitation; WP6 Project Management, will ensure the active dissemination of the project results and its professional management. Each of the development work packages will start with a user requirements gathering phase, followed by an initial development phase before delivering early prototypes to the tested work package. Following the delivery of these prototypes a testing and refinement phase will continue for each component up to the end of the project. Milestones: Year 2002. First version of medical and flood prediction applications, and first prototypes of new Grid software tested on local clusters. Installation of the national test beds; Year 2003. Deployment of all prototype applications, prototypes of new Grid software and services, on the Grid. Integration of the Cross Grid and Data Grid test beds; Year 2004. Demonstration of the developed Grid infrastructure and software, medical, environmental control, and physics applications. Results on dissemination.

Expected Deliverables


Project's actual outcome


Broad dissemination and use intentions for the expected outputs

 
Quantified Data on the dissemination and use of the project results

  Curently achieved quantity Estimated future quantity
Product innovations
Process innovations
New services (commercial)
New services (public)
New methods
Scientific breakthrought
Technical standards to which this project has contributed
EU regulations/directives to which this project has contributed
International regulations to which this project has contributed
PhDs generated by the project
Grantees/trainees including transnational exchange of personnel
 
Comment on European Interest

European dimension of the problem (The extent to which the project has contributed to solve problems at European level)
 
Contribution to developing S&T co-operation at international level. European added value (Development of critical mass in human and financial terms; combination of complementary expertise and resources available Europe-wide)
 
Contribution to policy design or implementation (Contribution to one or more EU policies; RTD connected with standardisation and regulation at Community and/or national levels)
 
Improving the quality of life in the Community
 
Provision of appropriate incentives for monitoring and creating jobs in the Community (including use and development of skills)
 
Supporting sustainable development, preserving and/or enhancing the environment (including use/conservation of resources)

 
Result(s) for this project
 

----- Number of result: 26744 -----

Title of the result Virtual Medical Support
Category A: results usable outside the consortium
Partner owning the result Peter M.A. SLOOT

Contact person for the result

Name
Position
Organisation
Address
Telephone
Fax
e_mail
URL
specific url

Summary


Subject descriptors


Documents


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights            
Secret know-how            
Other - specify:            

Application sectors


Current stage of development


Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project)
Number of (public or private) entities potentially involved in the implementation of the result :
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only)
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 26746 -----

Title of the result Flood Application
Category A: results usable outside the consortium
Partner owning the result Ladislav HLUCHY

Contact person for the result

Name Ladislav HLUCHY
Position Director
Organisation Ustav Informatiky, Slovenska Akademia Vied
Address Dubravska cesta 9
84507
Bratislava
84507
SLOVAKIA
Telephone +421-2-54771004
Fax +421-2-54771004
e_mail hluchy.ui@savba.sk
URL www.ui.sav.sk
specific url

Summary

The flood forecasting application framework with appropriate simulation models enable users to easily run desired sequence of simulations and respective post-processing tools, browse the results of simulations, register results into the replica management service and applicable metadata into the metadata catalog for later search and retrieval. The flood forecasting aapplication consists of several simulation models (meteorological, hydrological and hydraulics) and appropriate post-processing tools connected together, so constituting a workflow. Meteorological model is used to forecast precipitation, which is used by hydrological model for computation of discharge of the river. That is used in the final step for the actual computation of possible flood by the hydraulics model. All the models generate binary output data, which are then used by post-processing tools to generate pictures visualizing the situation. These pictures are then used by respective experts for situation evaluation. The flood forecasting aapplication have two user interfaces to enable users to interact with the application in a more user-friendly way. One interface is implemented as a web portal accessible with standard web browser. It consists of a set of portlets – reusable web components – that are placed in the portlet portal framework. Another user interface is implemented as plug-in for Migrating Desktop (MD) – a desktop user environment for working with grids developed (see MD results page). While the portal interface focuses mainly on the flood application, MD is general tool that enables a user to work with grid in a flexible way. It also integrates other applications via its plug-in system.

Subject descriptors

138 COOPERATIVE WORKING
152 DECISION SUPPORT TOOLS
211 ENVIRONMENTAL INDICATORS/MONITORING/RISK ASSESSMENT
280 HAZARDS: NATURAL
510 PROGRAMMING/INFORMATION SYSTEMS
565 SIMULATION, SIMULATION ENGINEERING
579 SOFTWARE ENGINEERING, MIDDLEWARE, GROUPWARE
660 VIRTUAL ORGANISATIONS
669 WATER: HYDROLOGY

Documents

Documentation type : FloodGrid Application developer manual
Details FloodGrid developer's manual contains information on how to extend the FloodGrid application by new modules. Visit: http://www.eu-crossgrid.org/developer_manuals/CG1.2-DM-v0.9-IISAS-FloodAppDeveloperManual.pdf
Status: Public

Documentation type : FloodGrid Application user manual
Details FloodGrid user's manual contains information on how to use the FloodGrid application. Visit: http://www.eu-crossgrid.org/user_manuals/CG1.2-v1.0-IISAS-FloodUserManual.pdf
Status: Public

Documentation type : FloodGrid application leaflet
Details Brochure with basics of FloodGrid application. Visit: http://dissemination.crossgrid.org/modules.php?name=Downloads&d_op=getit&lid=37
Status: Public


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights   Use of this product is subject to th terms and licenses stated in the GNU General Public License agreement.      
Secret know-how            
Other - specify:            

Application sectors

41 Collection, purification and distribution of water
66 Insurance and pension funding, except compulsory social security
72 Computer and related activities
73 Research and development

Current stage of development

Experimental development stage (laboratory prototype)

Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project) 12
Number of (public or private) entities potentially involved in the implementation of the result : 1
of which : number of SMEs : 0
of which : number of entities in third countries (outside EU) : 0
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only) 8
# of publications addressing general public (e.g. CD-ROMs, WEB sites) 2
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement
MKT Marketing agreement
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
We are looking support for further improvement of the FloodGrid tools (portal), on one hand, and partner(s) who can undertake to commercialize the tools, on the other hand. 

 
Potential offered for further dissemination and use
We are offering the know-how and expertise in building application portals (user interface), adding simulation models, visualization of results, collaboration tools.

 
Profile of additional partner(s) for further dissemination and use
Potential partners should have a good expertise in software engineering, marketing, software licensing.

 
----- Number of result: 26747 -----

Title of the result High Energy Physics - CSIC part
Category A: results usable outside the consortium
Partner owning the result Jesus MARCO DE LUCAS

Contact person for the result

Name Jesus MARCO DE LUCAS
Position Senior Researcher
Organisation Consejo Superior de Investigaciones Cientificas
Address C/ Serrano 117
28006
Madrid
28006
SPAIN
Telephone +34-94-2201458
Fax +34-94-2201402
e_mail marco@ifca.unican.es
URL http://www.csic.es
specific url http://grid.ifca.unican.es/crossgrid

Summary

The artificial neural network (ANN) training application is an interactive program that enables users to classify high energy physics (HEP) events in the search for new physics. Thanks to the parallelization of the program, and to its good scalability the wait time for this kind of analysis have been reduced from several hours to a few minutes. A graphical user interface is provided through the CrossGrid Migrating Desktop (MD). Using it the user can monitor the training process through the training error evolution, and can interrupt it, or reset the weights to be sure of avoiding local minima.

Subject descriptors

481 PHYSICAL SCIENCES
464 PARTICLE PHYSICS/FIELDS THEORY
150 DATABASES, DATABASE MANAGEMENT, DATA MINING
660 VIRTUAL ORGANISATIONS

Documents


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights            
Secret know-how            
Other - specify:            

Application sectors

73 Research and development

Current stage of development


Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project)
Number of (public or private) entities potentially involved in the implementation of the result :
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only)
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 26748 -----

Title of the result High Energy Physics Application- INP part
Category A: results usable outside the consortium
Partner owning the result Malecki PIOTR
Krzysztof Nawrocki

Contact person for the result

Name Piotr MALECKI
Position deputy head of group
Organisation Instytut Fizyki Jadrowej Im Henryka Niewodniczanskiego W Krakowie
Address Radzikowskiego 152
31-342
Krakow
31-342
POLAND
Telephone +48-12-6628021
Fax +48-12-6628012
e_mail piotr.malecki@ifj.edu.pl
URL http://www.ifj.edu.pl
specific url

Summary

Modern high energy physics experiments use multilevel trigger systems to select very rare (10E-13) events with interesting physics phenomena, subject for further studies. Performance of the third level of the triggering system for the ATLAS experiment at the LHC collider at CERN, which will generate over 40 milions interactions per second, depends on complex analysis programs executed on ordinary PCs. Current estimate soars for 3500 processors necessary to perform the selection process. Some of these processors can be sought for in remote locations providing good connection is available. Using custom designed measurement system, based on programmable 1Gbps NICs and GPS, we demonstrated that the long haul connection between CERN-Geneva-Switzerland and Cyfronet-Krakow-Poland using pan-european GEANT network and Polish NREN Pionier can provide almost 1 Gbps throughput. The network QoS easurements were followed by integration phase where initial merge of the Crossgrid services and ATLAS High Level Trigger system (HLT) was implemented. Thus we demonstrated a possible solution to cater deficit of the CPU power for the HLT system for ATLAS.

Subject descriptors


Documents


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights            
Secret know-how            
Other - specify:            

Application sectors


Current stage of development


Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project)
Number of (public or private) entities potentially involved in the implementation of the result :
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only)
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 26753 -----

Title of the result Weather Forecasting and Air Pollution Modeling Application
Category A: results usable outside the consortium
Partner owning the result Wojciech WISLICKI
Francisco FERNANDEZ-RIVERA
Jesus MARCO DE LUCAS

Contact person for the result

Name Francisco FERNANDEZ-RIVERA
Position
Organisation Universidade de Santiago de Compostela
Address Praza do Obradoiro S/n, Pazo de San Xerome
15782
Santiago de Compostela
15782
SPAIN
Telephone +34-98-1563100 EXT 13562
Fax +34-98-1599412
e_mail fran@dec.usc.es
URL
specific url

Summary

The air pollution application provides a high performance air quality simulation executing the STEM-II (Sulphur Transport Eulerian Model 2) program on a Grid platform. The MPI parallel version of the model, previously developed by our research group, was ported to the Grid by making use of the other CrossGrid components. besides, the Grid enabled version was enhanted with a praphical user interface that provides interactivity features, and the iclusion of a fault tolerance mechanism based on checkpointing.

Subject descriptors

197 ENERGY AND CLIMATE CHANGE
207 ENVIRONMENT, ENVIRONMENTAL SCIENCE
213 ENVIRONMENTAL TECHNOLOGY/ENGINEERING, POLLUTION CONTROL
510 PROGRAMMING/INFORMATION SYSTEMS
565 SIMULATION, SIMULATION ENGINEERING

Documents

Documentation type : Brochure
Details http://dissemination.crossgrid.org/modules.php?name=Downloads&d_op=getit&lid=44
Status: Public


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights            
Secret know-how            
Other - specify:            

Application sectors

72 Computer and related activities
73 Research and development
74 Other business activities

Current stage of development


Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project) 12 12
Number of (public or private) entities potentially involved in the implementation of the result : 1 3
of which : number of SMEs : 0 0
of which : number of entities in third countries (outside EU) : 0 0
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only) 4 5
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
We are looking for more power plants interested in the application 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 26754 -----

Title of the result MARMOT
Category A: results usable outside the consortium
Partner owning the result Matthias MUELLER

Contact person for the result

Name Bettina Krammer
Position Software developer
Organisation Universität Stuttgart, HLRS
Address Allmandring 30
70550
Stuttgart
70550
Germany
Telephone +49-711-6858038
Fax +49-711-6787626
e_mail krammer@hlrs.de
URL http://www.hlrs.de
specific url http://www.hlrs.de/organization/tsc/projects/marmot

Summary

MARMOT is an MPI application development tool that checks automatically at run-time whether an application conforms to the MPI-standard and uses e.g. MPI resources such as communicators, groups or data types in a correct way. It also verifies if the application contains non-portable constructs and thus ensures that the application runs seamlessly on any platform in the Grid. The tool can also detect problems such as deadlocks and race conditions. Any CrossGrid application can be run with MARMOT. Using the Migrating Desktop, the application can be launched and the results of MARMOT can be monitored. Currently there are only two tools similar to MARMOT: MPI-CHECK from University of Iowa, which is restricted to Fortran code, and Umpire from Lawrence Livermore National Laboratory, which is not publicly available. MARMOT supports the MPI-1.2 standard (C and Fortran language binding) and is freely available. Extending its functionality, e.g. to MPI-2 or hybrid applications, is an ongoing effort.

Subject descriptors

130 COMPUTER TECHNOLOGY/GRAPHICS, META COMPUTING

Documents

Documentation type : MARMOT - website
Details All important information (documentation, publications, download) can be found at http://www.hlrs.de/organization/tsc/projects/marmot
Status: Public


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights   Copyright HLRS,GPL license      
Secret know-how            
Other - specify:            

Application sectors

72 Computer and related activities
73 Research and development

Current stage of development

Software code

Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project)
Number of (public or private) entities potentially involved in the implementation of the result :
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only) 6 6
# of publications addressing general public (e.g. CD-ROMs, WEB sites) 1
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 26755 -----

Title of the result GridBench
Category A: results usable outside the consortium
Partner owning the result Marios DIKAIAKOS

Contact person for the result

Name Marios Dikaiakos
Position Assoc. Professor and Head of High-Performance Computing Laboratory
Organisation Dept. of Computer Science, University of Cyprus
Address University of Cyprus
1678
Nicosia
1678
Cyprus
Telephone +357-22892700
Fax +357-22892701
e_mail grid@ucy.ac.cy
URL http://grid.ucy.ac.cy
specific url http://grid.ucy.ac.cy/GridBench

Summary

GridBench is a tool for evaluating the performance of Grids and Grid resources through benchmarking. It facilitates the easy definition of parameterized execution of benchmarks on the Grid, while at the same time allowing for archival and retrieval of results and the creation of customized charts from these results. GridBench comprises a framework of tools and a suite of benchmarks. The tools provide a user-friendly graphical interface for defining, executing and administrating benchmarks upon the resources of a Virtual Organization (VO), as well as for browsing results. Additionally, it provides tools for archiving and analysing results through the easy construction of custom graphs. GridBench leverages new and existing benchmarks from the HPC community. New Benchmarks complement the tried and respected HPC benchmarks, that have been adapted to run the Grid. For more information, please check the GridBench Web Site.

Subject descriptors

579 SOFTWARE ENGINEERING, MIDDLEWARE, GROUPWARE
321 INFORMATION TECHNOLOGY/SCIENCE
318 INFORMATICS
510 PROGRAMMING/INFORMATION SYSTEMS
443 OBSERVATION SYSTEMS / CAPACITY / DATASETS / INDICATORS

Documents

Documentation type : GridBench brochure
Details Download as PDF
Status: Public

Documentation type : GridBench Installation Guide
Details The installation guide is available online in pdf format.
Status: Public

Documentation type : GridBench Developer Manual
Details This is the developer manual for GridBench, a tool for benchmarking Grid Resources. This documant describes the software architecture and implementation, and it complements the GridBench Installation Guide and the GridBench User Guide. It is available in pdf.
Status: Public

Documentation type : GridBench User Guide
Details This document explains what you need to know as a user of the GridBench system. It describes the usage of the GridBench Graphic User Interface. It is available in pdf.
Status: Public


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights   Use of this product is subject to th terms and licenses stated in the CrossGrid License Agreement.      
Secret know-how            
Other - specify:            

Application sectors

72 Computer and related activities
73 Research and development

Current stage of development

Prototype/demonstrator available for testing

Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project) 24
Number of (public or private) entities potentially involved in the implementation of the result : 1 1
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people 21 100
# of S&T publications (referenced publications only) 4 3
# of publications addressing general public (e.g. CD-ROMs, WEB sites) 1
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement
MKT Marketing agreement
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing
VC Venture capital/spin-off funding
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use
we provide a user-friendly system for benchmarking Grid resources and conducting various performance and reliability analyses. This system can be useful for Grid application developers, Grid end-users, and Grid infrastructure operators. We provide our expertize in customizing and extending the system.

 
Profile of additional partner(s) for further dissemination and use
Grid end-users, Grid infrastructure operators.

 
----- Number of result: 26757 -----

Title of the result Performance evaluation tool for interactive grid applications G-PM
Category A: results usable outside the consortium
Partner owning the result Roland WISMUELLER
Michal Turala

Contact person for the result

Name Wlodzimierz Funika
Position adjunct
Organisation Institute of Computer Science AGH
Address al. Mickiewicza 30
30-059
Krakow
30-059
Poland
Telephone +48 12 617 44 66
Fax +48 12 633 94 06
e_mail funika@agh.edu.pl
URL http://www.icsr.agh.edu.pl
specific url http://www.eu-crossgrid.org

Summary

G-PM is a performance evaluation tool for interactive Grid applications (both sequential ones and parallel applications based on MPI). It can be used by program developers as well as knowlegeable program users to investigate the performance of applications, especially, to help in discovering performance bottlenecks. The tool consists of three components: a Performance Measurement Component (PMC), a High Level Analysis Component (HLAC), and a User Interface and Visualization Component (UIVC). The distinguished new features of G-PM and especially the HLAC are: - It supports on-line analysis, i.e. the performance can be evaluated while the program is running. This allows immediate correlation to user interactions and is a prerequisite for interactive applicataion steering. - It supports both automatic and user-defined instrumentation. In addition, it enables the user to define new (possible application-specific) metrics, based on the existing metrics and the user-defined instrumentation. Such a feature has never before been implemented in an on-line performance analysis tool.

Subject descriptors

510 PROGRAMMING/INFORMATION SYSTEMS
318 INFORMATICS
321 INFORMATION TECHNOLOGY/SCIENCE
443 OBSERVATION SYSTEMS / CAPACITY / DATASETS / INDICATORS
522 QUALITY, QUALITY CONTROL, TRACEABILITY

Documents

Documentation type : G-PM user manual
Details G-PM user's manual contains information on how to use the G-PM tool: User Interface Reference Guide, PMSL Reference Guide, and some hints on troubleshooting. Download as PDF
Status: Public

Documentation type : G-PM Developer manual
Details G-PM Developer's Manual contains information on how to further extend the tool's functionality: details on the implementation structure and product testing. Download as PDF
Status: Public

Documentation type : G-PM Installation guide
Details G-PM Installation Guide contains information on how to install and run G-PM: performing installation in the CrossGrid testbed, step-by-step installation from sources and RPM, and running/testing the installed tool. Download as PDF
Status: Public

Documentation type : G-PM Brochure
Details Download as PPT
Status: Public


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights   Use of this product is subject to th terms and licenses stated in the GNU General Public License agreement.      
Secret know-how            
Other - specify:            

Application sectors

72 Computer and related activities
73 Research and development
80 Education

Current stage of development

Software code

Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project) 36
Number of (public or private) entities potentially involved in the implementation of the result : 2 3
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people 4 20
# of S&T publications (referenced publications only) 10
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement
MKT Marketing agreement
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
Owing to the capability of defining the performance metrics by the user and suitably presenting the measurement results, the performance evaluation tool, G-PM, enables to thoroughly investigate possible reasons for insufficient performance of Grid interactive applications and can be largely extended by new domains of use and visual presentation modes. It can be ported into further distributed systems like p2p systems, web-service based programming, etc. Next, the measurement information from the tool can be used by further high-level analysis tools.  

 
Potential offered for further dissemination and use
We are offering the know-how and expertise in building performance measurement processes, graphical user interface, performance visualization, and high level performance analysis.

 
Profile of additional partner(s) for further dissemination and use
1. The skills necessary for the dissemination and use of the result should be provided by a research group specialized in software engineering. 2. An application-oriented partner is also be required, with large expertise in building grid applications. 3. A partner with expertise in commercializing software and software licensing is also needed.

 
----- Number of result: 26758 -----

Title of the result Performance Prediction Component
Category A: results usable outside the consortium
Partner owning the result Francisco FERNANDEZ-RIVERA

Contact person for the result

Name Francisco FERNANDEZ-RIVERA
Position Group leader
Organisation Universidade de Santiago de Compostela
Address Praza do Obradoiro S/n, Pazo de San Xerome
15782
Santiago de Compostela
15782
SPAIN
Telephone +34-98-1563100 EXT 13562
Fax +34-98-1599412
e_mail fran@dec.usc.es
URL www.usc.es
specific url http://www.ac.usc.es/~fran

Summary

The global purpose of the PPC tool is to provide performance information about some selected computational kernels when they are executed in a grid. In some cases, this information is just predicted (execution times, communication overheads, ...), in others it is, in fact, real (number of communications, load balance, ...). The predicted data are based on analytical models obtained from exhaustive monitorized measurements. The kernels that are considered include both applications dependent and general purpose. In addition, the tool includes a Graphical User Interface (GUI) to help the user to establish the features of the grid, and then, to simulate their effects on the target parallel kernels. Therefore, information about the behavior of the kernels under different virtual system configurations can be extracted and visualized. This tool can be run in a single workstation or PC, because no grid computations are involved.

Subject descriptors

510 PROGRAMMING/INFORMATION SYSTEMS
579 SOFTWARE ENGINEERING, MIDDLEWARE, GROUPWARE

Documents

Documentation type : PPC developer´s manual
Details PPc developer´s manual contains information on how to further extend the tool's functionalities: http://www.eu-crossgrid.org/developer_manuals/CG2.3.2-v1.0-USC-PPCDeveloperManual.pdf
Status: Public

Documentation type : PPC user manual
Details PPC user´s manual contains information about how to use the tool, paying attention to the Graphical User Interface. http://www.eu-crossgrid.org/user_manuals/CG2.3.2-v1.0-USC-PPCUserManual.pdf
Status: Public

Documentation type : PPC installation manual
Details PPC installation guide provides information on how to install the tool. http://www.eu-crossgrid.org/installation_guides/CG2.3.2-v1.1-USC-PPCInstallGuide.pdf
Status: Public

Documentation type : PPC brochure
Details Dowunload it in: http://dissemination.crossgrid.org/modules.php?name=Downloads&d_op=getit&lid=68
Status: Public


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights   CrossGrid licence      
Secret know-how            
Other - specify:            

Application sectors

72 Computer and related activities
73 Research and development

Current stage of development

Prototype/demonstrator available for testing

Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project) 15 15
Number of (public or private) entities potentially involved in the implementation of the result : 1 3
of which : number of SMEs : 0 1
of which : number of entities in third countries (outside EU) : 0 0
Targeted user audience: # of reachable people 100 150
# of S&T publications (referenced publications only) 5 8
# of publications addressing general public (e.g. CD-ROMs, WEB sites) 2 2
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   NO 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
We are looking for partners interested in performance analysis of grid enabled applications and middleware related tools. 

 
Potential offered for further dissemination and use
We are offering performance prediction information based on monitoring and application parameters. We are looking for more monitoring tools, and middleware tools that can use our performance information like schedulers and resource brokers.

 
Profile of additional partner(s) for further dissemination and use
Potential partners should have a good expertise in development of middleware tools for grid environments.

 
----- Number of result: 26759 -----

Title of the result Portal
Category A: results usable outside the consortium
Partner owning the result Yannis PERROS
Marios DIKAIAKOS
Norbert MEYER

Contact person for the result

Name
Position
Organisation
Address
Telephone
Fax
e_mail
URL
specific url

Summary


Subject descriptors


Documents


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights            
Secret know-how            
Other - specify:            

Application sectors


Current stage of development


Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project)
Number of (public or private) entities potentially involved in the implementation of the result :
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only)
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 26760 -----

Title of the result Migrating Desktop & Roaming Access Server
Category A: results usable outside the consortium
Partner owning the result Stefano Beco
Norbert MEYER

Contact person for the result

Name Norbert Meyer
Position Head of HPC Department
Organisation Institute of Bioorganic Chemistry, PAS
Address ul. Z. Noskowskiego 12/14
61-704
Poznan
61-704
Poland
Telephone +48-61-8582050
Fax +48-61-8525954
e_mail meyer@man.poznan.pl
URL http://www.man.poznan.pl
specific url http://ras.crossgrid.man.poznan.pl/crossgrid/

Summary

The Migrating Desktop is ready to use GUI framework for accessing the grid resources in a uniform way. The user can access their data and run applications from any Internet terminal equipped with the Java Virtual Machine. This facility offers the environment, which is fully configurable, and adaptable to the user needs, it gives a transparent user work environment, independent of the system version and hardware. The Migrating Desktop supports all the grid paradigms such like the following: single sign-on and trust, monitoring jobs, job and data management, Virtual Organizations, interactive jobs, plugins, etc. This solution is a complete, production-deployed software environment with special focus on interactive grid applications. These applications are simultaneously compute- as well as data-intensive and are characterized by the interaction with a person in a processing loop. It can be used by the scientific community for simulating of the complex problems and it covers the requirement for ‘utility computing’ concept in business too. We foreseen, that the Migrating Desktop can give the access to the set of business applications by providing the graphical front-end to the applications and database engines distributed across the company. Utility computing is a combination of two approaches: according to the first one companies can call upon a third party to host and manage their IT infrastructure, and according to the second one, companies can pay for the resources they use. Grid computing is similar to utility computing but with a different approach. Grid computing is a form of virtualization that can handle computation-intensive tasks, using a large number of systems and combining them into one grid. Such grids can include widely distributed systems or systems within one data centers. Grid technology has enabled computing resources to be shared globally and easily managed, and the infrastructure becomes incredibly flexible. Nowadays the infrastructure is a pool of virtual resources that the user can call on as needed. The developed environment is offered for free in terms of the CrossGrid License Agreement. It means, that there is no additional costs for the installation packages, and TCO leads only on the used hardware and administrative prerequisites of the middleware – the Roaming Access Server, and related packages. The Roaming Access Server is an underlying layer that mediates between the Migrating Desktop and grid resources. Entire structure of proposed infrastructure bases on the CrossGrid License Agreement and other Open License models. There is no other grid desktop with the support for interactive applications on the market.

Subject descriptors

510 PROGRAMMING/INFORMATION SYSTEMS
121 COMMUNICATION SCIENCES/HUMAN COMPUTER INTERACTIONS
129 COMPUTER SCIENCE/ENGINEERING, NUMERICAL ANALYSIS, SYSTEMS, CONTROL
128 COMPUTATIONAL PHYSICS
130 COMPUTER TECHNOLOGY/GRAPHICS, META COMPUTING

Documents

Documentation type : Migrating Desktop User Manual
Details The document presents the functionality of every Migrating Desktop component, contains the description of the usage. Visit: http://www.eu-crossgrid.org/user_manuals/CG3.1-v3.0-PSNC-MigratingDesktopUserManual.pdf The content: PRODUCT USAGE - running the product - operating requirements - step-by-step user setup - basic operation - advanced features INTERFACE REFERENCE GUIDE - main desktop - main menu - toolbar buttons - desktop windows - creating grid windows - window icons - window properties dialog - managing hidden windows - file transfer. - job submission - job monitoring TROUBLESHOOTING
Status: Public

Documentation type : Migrating Desktop and Roaming Access Server Developer Manual
Details The document is the Java and Web Services developer guide for the Migrating Desktop and Roaming Access Server. Visit: http://www.eu-crossgrid.org/developer_manuals/CG3.1-v1.0-PSNC-MD_RASDeveloperManual.pdf The content: IMPLEMENTATION STRUCTURE - product use cases - interactivity based on java plug-in use case - running interactive legacy application use case - product component model - detailed implementation model PRODUCT INTERFACES - migrating desktop – java application program interface - tool plug-in - js plug-in - roaming access server - web services interface - server login web service - file tunnel web service - auxiliary web service - application information web service - virtual directory web service PRODUCT TESTING
Status: Public

Documentation type : Roaming Access Server and Migrating Desktop Installation Guide
Details This document is intended for the Site Administrator of CrossGrid testbed resources and may also be useful for people that need detailed information about the software release. Visit: http://www.eu-crossgrid.org/installation_guides/CG3.1-v4.1-CYF-MD_RASInstallGuide.pdf The content: ABOUT THE SOFTWARE - software components - roaming access server installation - migrating desktop installation - dependencies INSTALLATION IN THE CROSSGRID TESTBED - rpm lists for lcfg - profile modifications for lcfg - manual post installation steps MANUAL INSTALLATION OF RAS - installation from rpm - installation from source - configuration - running and testing MANUAL INSTALLATION OF MD - installation from rpm - installation from source - configuration - running and testing
Status: Public


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights   http://www.eu-crossgrid.org/CrossGrid_Software_Licence.pdf      
Secret know-how            
Other - specify:            

Application sectors

72 Computer and related activities
73 Research and development
80 Education

Current stage of development

Software code

Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project) 12
Number of (public or private) entities potentially involved in the implementation of the result : 5
of which : number of SMEs : 2
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people 200
# of S&T publications (referenced publications only)
# of publications addressing general public (e.g. CD-ROMs, WEB sites) 15
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
We are looking for the entrepreneur who can undertake to commercialize the tool. We also expect to find the partner who will participate in funding of the future research and developing the user working environment for accessing the distributed resources.  

 
Potential offered for further dissemination and use
We offer the know-how and expertise in building advanced user working environment, adding new functionality and improvement on-demand, putting into practice. We are interesting in long term support of the product, including bug fixing and maintenance of the version. We support the hardware and software testbed for testing and evaluating purposes. Set-up, installation and configuration of the environment could be provided by us. The source codes, installation packages are distributed under the open license model: CrossGrid Software License.

 
Profile of additional partner(s) for further dissemination and use
The expectations will be given later.

 
----- Number of result: 26761 -----

Title of the result Scheduler - Resource Broker
Category A: results usable outside the consortium
Partner owning the result Miquel Angel SENAR
Jesus MARCO DE LUCAS
Wojciech WISLICKI
Stefano Beco

Contact person for the result

Name
Position
Organisation
Address
Telephone
Fax
e_mail
URL
specific url

Summary


Subject descriptors


Documents


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights            
Secret know-how            
Other - specify:            

Application sectors


Current stage of development


Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project)
Number of (public or private) entities potentially involved in the implementation of the result :
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only)
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 26766 -----

Title of the result OCM-G - Grid Monitoring Tool
Category A: results usable outside the consortium
Partner owning the result Roland WISMUELLER
Michal Turala

Contact person for the result

Name Bartosz Balis
Position Research and teaching assistant
Organisation Institute of Computer Science and ACC CYFRONET AGH
Address Mickiewicza 30
30-059
Krakow
30-059
Poland
Telephone +48-12-6173489
Fax +48-12-6339406
e_mail balis@agh.edu.pl
URL http://www.agh.edu.pl
specific url http://www.icsr.agh.edu.pl/ocmg

Summary

The OCM-G (OMIS-Compliant Monitoring system for the Grid) is a system for monitoring of parallel applications running on the Grid. The OCM-G provides services for collecting and preprocessing information about applications at run-time. The OCM-G runs as an autonomous infrastructure exposing a standard interface. The OCM-G is designed as a basis for application-development-support tools, such as Performance Analyzers, Debugger or Visualizers. Using the services of the OCM-G, tools are (among others) enabled to obtain performance measurements of the monitored application, related to, for example, delay and volume of communication, CPU usage, etc. Information collected from the OCM-G is typically visualized in the form of graphical charts to show application progress, monitor activities of individual processes, observe communication patterns, detect bottlenecks, etc. Compared to existing systems with a similar purpose, the OCM-G provides some unique capabilities which, among others, are as follows. (1) Support for Grid applications running across multiple sites. (2) High performance: techniques for data rate reduction to ensure extremely low overhead and high responsiveness, enough even for monitoring of interactive applications. (3) Flexibility: rather than a fixed set of metrics, the OCM-G provides an extensive set of low level services; this allows for construction of a variety of performance metrics with desired semantics. (4) Extendibility: the OCM-G can be extended with additional services, loaded dynamically at run-time. (5) Compact and secure design: the OCM-G runs as a set of user processes, which use a lightweight and fast socket-based communication mechanism. At the same time, state-of-the-art techniques are applied to ensure secure communication. No special priviledges (special access rights, additional open ports on firewalls, or other potential security holes) are required. (6) Design as an autonomous infrastructure exposing a standard interface OMIS (On-line Monitoring Interface Specification). The services of the OCM-G are available via this interface, which minimizes the effort of porting OMIS-based tools across platforms (basically only the OCM-G needs to be ported). (7) Interoperability: thanks to the design as an autonomous service with a well-defined protocol, the OCM-G supports the interoperability of multiple tools monitoring a single application. Currently the OCM-G is a fully operational grid-enabled system possessing the above-described features. The target applications are currently MPI-based ones, though the core design and implementation of the OCM-G does not in any way depend on the particular type of the application. The OCM-G is a flexible, extendible and powerful system which currently is used as a basis of the G-PM performance analysis tool, and in the future can be used to build various types of tools, not only performance analyzers, but also different types of visualizers, debuggers, load balancers, or other tools. The OCM-G can also easily be integrated as part of a larger infrastructure, for example as part of a generic Grid monitoring and information service. In such a system, the OCM-G could work as one of many systems collecting information about different Grid entities (infrastructure, applications, middleware, etc.)

Subject descriptors

130 COMPUTER TECHNOLOGY/GRAPHICS, META COMPUTING

Documents

Documentation type : OCM-G User Guide
Details This document is intended for application developers who would like to monitor their applications using the OCM-G monitoring system and an OCM-G-compliant tool, for example the G-PM performance measurement tool. Download as PDF
Status: Public

Documentation type : OCM-G Installation Guide
Details This document contains instructions for installation of the OCM-G from source codes or binary packages as well as running and testing the installation. Download as PDF
Status: Public

Documentation type : OCM-G Developer's Guide
Details This document is intended for tool developers who would like build tools for application development support compliant with the OCM-G and the OMIS specification. Download as PDF
Status: Public


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights   Use of this product is subject to th terms and licenses stated in the GNU General Public License agreement.      
Secret know-how            
Other - specify:            

Application sectors

72 Computer and related activities
73 Research and development

Current stage of development

Software code

Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project) 0 0
Number of (public or private) entities potentially involved in the implementation of the result : 3 5
of which : number of SMEs : 0 0
of which : number of entities in third countries (outside EU) : 0 0
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only) 5 5
# of publications addressing general public (e.g. CD-ROMs, WEB sites) 2 2
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement
MKT Marketing agreement
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use
We are offering a universal, powerful and generic system for on-line monitoring of grid applications. This system can be used as a basis for various types of tools or integrated in larger systems as an information source on running applications. We are also offering an expertise in the field of application monitoring.

 
Profile of additional partner(s) for further dissemination and use
(1) Independent software vendor in the area of tools for (parallel) programming on the Grid. Options: use OCM-G as a basis for own tool developments; marketing of OCM-G and provision of services based on OCM-G, possibly together with the G-PM tool developed in Crossgrid, too. (2)Companies and/or research institutes working in the field of (parallel) programming on the Grid, which are interested in research collaborations on the use and/or further development of OCM-G.

 
----- Number of result: 26767 -----

Title of the result Santa-G - Grid Monitoring Tool
Category A: results usable outside the consortium
Partner owning the result Brian COGHLAN

Contact person for the result

Name Brian COGHLAN
Position Senior Lecturer
Organisation The Provost Fellows and Scholars of The College of The Holy and Undivided Trinity of Queen Elizabeth Near Dublin
Address College Green
2
Dublin
2
IRELAND
Telephone +353-1-6081765
Fax +353-1-6772204
e_mail coghlan@cs.tcd.ie
URL http://www.tcd.ie
specific url http://www.eu-crossgrid.org

Summary

The SANTA-G NetTracer is a demonstrator of the SANTA-G framework. SANTA-G is a generic framework that was developed to support information sources that generate a large amount of data at a very fast rate in a form unsuitable for direct insertion to a Grid monitoring system. It does this by allowing direct access to the data through the Grid Information System. The NetTracer demonstrates this by allowing users to access log files stored in libcap (a network packet capture library) format through the EU DataGrid’s (EDG) Relational Grid Monitoring Architecture (R-GMA) monitoring and information system. Examples of tools that generate logs in this format are Tcpdump, and Snort (a network intrusion detection system). It is aimed at system administrators for network traffic analysis across multiple sites within a Grid, and also for performance analysis. It is also intended to use the SNORT functionality of the NetTracer to construct a Grid-wide intrusion detection system.

Subject descriptors

129 COMPUTER SCIENCE/ENGINEERING, NUMERICAL ANALYSIS, SYSTEMS, CONTROL
321 INFORMATION TECHNOLOGY/SCIENCE
510 PROGRAMMING/INFORMATION SYSTEMS
579 SOFTWARE ENGINEERING, MIDDLEWARE, GROUPWARE

Documents


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights   Use of this product is subject to the terms and licenses stated in the CrossGrid License Agreement.      
Secret know-how            
Other - specify:            

Application sectors


Current stage of development


Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project)
Number of (public or private) entities potentially involved in the implementation of the result :
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only)
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 26768 -----

Title of the result JIMS - JMX-based Infrastructure Monitoring System.
Category A: results usable outside the consortium
Partner owning the result Michal Turala

Contact person for the result

Name
Position
Organisation
Address
Telephone
Fax
e_mail
URL
specific url

Summary

Current status of JIMS - the JMX-based Infrastructure Monitoring System is as follows. JIMS is a result of three years of development during the CrossGrid project. Its current version 1.5.32 is available as an open source project under CrossGrid Licence, for use with Linux and Unix systems. Last validated version 1.5.23 is installed in CrossGrid production and development testbed. It uses Java Management Extensions what makes it platform independent grid monitoring tool with interoperable Web Service API (Application Programming Interface) and Java command line clients. JIMS is assigned rather to other middleware tools making use of monitoring parameters, including resource brokers, benchmarks or performance predictions mechanisms. Its command line client applications can be used also by network and grid middleware administrators, to investigate the infrastructure configuration and resource usage. There are some bariers resulting from chosen Java technology, concerning memory usage, which makes it better suited for systems with large physical memory for Java Virtual Machine in which the JIMS is running.

Subject descriptors

129 COMPUTER SCIENCE/ENGINEERING, NUMERICAL ANALYSIS, SYSTEMS, CONTROL
130 COMPUTER TECHNOLOGY/GRAPHICS, META COMPUTING

Documents

Documentation type : http://savannah.fzk.de/websites/crossgrid/cg-wp3-3/wp3_3_3-jims/docs/jims-1.5.32-installguide.pdf
Details JIMS installation guide
Status: Public

Documentation type : http://savannah.fzk.de/websites/crossgrid/cg-wp3-3/wp3_3_3-jims/docs/jims-1.5.32-developermanual.pdf
Details JIMS developer guide
Status: Public

Documentation type : http://savannah.fzk.de/websites/crossgrid/cg-wp3-3/wp3_3_3-jims/docs/jims-1.5.32-usermanual.pdf
Details JIMS user manual
Status: Public


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights   CrossGrid licence   Included within the software packages
Secret know-how            
Other - specify:            

Application sectors

72 Computer and related activities
73 Research and development

Current stage of development

Prototype/demonstrator available for testing

Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project) 12 12
Number of (public or private) entities potentially involved in the implementation of the result : 2 3
of which : number of SMEs : 1 1
of which : number of entities in third countries (outside EU) : 1 1
Targeted user audience: # of reachable people 100 200
# of S&T publications (referenced publications only) 7 8
# of publications addressing general public (e.g. CD-ROMs, WEB sites) 5 3
# of publications addressing decision takers / public authorities / etc. 2 2
Visibility for the general public   NO 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing
VC Venture capital/spin-off funding
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
I'm looking for a partner interested in development of Java oriented tools for distributed systems monitoring and management. 

 
Potential offered for further dissemination and use
Interest of sensor applications for delivery platform specific monitoring data for UNIX and LINUX systems. Also looking for database to store historical data. Can offer detailed information about infrastructure and network in interoperable way using Java and Web Services.

 
Profile of additional partner(s) for further dissemination and use
Expected input: research and development to improve some aspects of the system: performance, security, etc.

 
----- Number of result: 26770 -----

Title of the result Optimization of Data Access
Category A: results usable outside the consortium
Partner owning the result Michal Turala

Contact person for the result

Name Lukasz Dutka
Position Task Leader Deputy
Organisation Cyfronet AGH
Address ul. Nawojki 11
30-950
Krakow
30-950
Poland
Telephone
Fax
e_mail dutka@agh.edu.pl
URL http://www.cyf-kr.edu.pl/
specific url

Summary

Unified Data Access Layer (UDAL) provided by task 3.4 CrossGird project, provides a flexible architecture for storage nodes and storage centers. UDAL allows for a very flexible optimization and control of the internal behavior access to data stored in heterogeneous devices . It is fully adaptable for future purposes, but currently is used only for organizing the estimation of data access latency and bandwidth of internal storage nodes. However, it is important to notice that the provided solution could be also directly used for other purposes. The current version of UDAL is distributed together with a set of specialized components for data access cost estimation for data stored in secondary and tertiary storage. The implemented during the CrossGrid project life Unified Data Access Layer (UDAL) is supposed to simplify access to the grid storage and make it simpler and more efficient as well as to cover grid storage heterogeneity. This tool is a framework containing plugins, which are automatically selected by built-in expert system in order to be best matched to the current context. Those pluings called cecomponents are divided into categories (specializations) which are responsible for different services offered by UDAL. For instance together with UDAL release a set of cecomponents for data access estimations to different storage devices is enclosed. The UDAL release bundle contains cecomponents for data access cost estimation to secondary storages like HDDs, disk arrays, san disk as well as cecomponents estimating access cost to data stored in tertiary storages (HSM) like DiskXtenter (former UniTree), Castor. Since, UDAL is a universal platform then it might be use for different purpose. There are available cecomponents unifying data access to different data storages providing a universal API which hides heterogeneity of the real storage devices installed in data centers. At the moment cecomponents are available for accessing data in secondary storages as well as specialized ones for DiskXtender available trough FTP and Castor available trough RFIO. The UDAL platform is fully expandable for future purposes. Simply writing new cecomponents or modification of built-in expert system rules can make the tool applicable for entire different purposes as well as it can be adopted or tuned to new data storing and service devices. The release bundle contains sample cecomponets which might be used as templates for development of third-party ones. What is very important from development of new cecomponents point of view is that cecomponents can be developed in almost any programming language even whole bunch of well known script programming tools. Simply, the communication between UDAL and the registered cecomponents being under UDAL control is shell environment what in other words means parameters passed to the ordinary executables runable in the Unix environment. The output is passed as standard stdin / stdout streams.

Subject descriptors

150 DATABASES, DATABASE MANAGEMENT, DATA MINING
278 GRID CONNECTION

Documents

Documentation type : Technical Brochure
Details http://dissemination.crossgrid.org/modules.php?name=Downloads&d_op=getit&lid=59
Status: Public


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights   Product license: http://www.eu-crossgrid.org/CrossGrid_Software_Licence.pdf      
Secret know-how            
Other - specify:            

Application sectors

72 Computer and related activities
73 Research and development

Current stage of development

Software code

Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project) 0 0
Number of (public or private) entities potentially involved in the implementation of the result : 20 25
of which : number of SMEs : 0 0
of which : number of entities in third countries (outside EU) : 0 0
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only) 6 6
# of publications addressing general public (e.g. CD-ROMs, WEB sites) 2 2
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 26778 -----

Title of the result testbeds
Category A: results usable outside the consortium
Partner owning the result Jesus MARCO DE LUCAS

Contact person for the result

Name
Position
Organisation
Address
Telephone
Fax
e_mail
URL
specific url

Summary


Subject descriptors


Documents


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights            
Secret know-how            
Other - specify:            

Application sectors


Current stage of development


Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project)
Number of (public or private) entities potentially involved in the implementation of the result :
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only)
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 27022 -----

Title of the result Grid Visualization Kernel
Category A: results usable outside the consortium
Partner owning the result Dieter KRANZLMULLER

Contact person for the result

Name
Position
Organisation
Address
Telephone
Fax
e_mail
URL
specific url

Summary


Subject descriptors


Documents


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights            
Secret know-how            
Other - specify:            

Application sectors


Current stage of development


Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project)
Number of (public or private) entities potentially involved in the implementation of the result :
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only)
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 
----- Number of result: 27023 -----

Title of the result High Level Architecture Support
Category A: results usable outside the consortium
Partner owning the result Michal Turala
Peter M.A. SLOOT

Contact person for the result

Name Michal Turala
Position assistance
Organisation CYFRONET
Address ul. Nawojki 11
30-950
Cracow
30-950
Poland
Telephone +48 12 662 80 20
Fax
e_mail michal.turala@cern.ch
URL
specific url

Summary


Subject descriptors

130 COMPUTER TECHNOLOGY/GRAPHICS, META COMPUTING

Documents


Intellectual Property Rights

Type of IPR Knowledge: tick a box and give the corresponding details (reference numbers, etc) if appropriate Pre-existing know-how Tick a box and give the corresponding details (reference number, etc) if appropriate
Current Foreseen Tick Details
Tick NoP NoI Details Tick
Patent applied for              
Patent granted              
Patent search carried out            
Registered design            
Trademark applications            
Copyrights            
Secret know-how            
Other - specify:            

Application sectors

72 Computer and related activities

Current stage of development


Quantified data about the result

  Actual current quantity Estimated future quantity
Time to application / market (in months from the end of the research project)
Number of (public or private) entities potentially involved in the implementation of the result :
of which : number of SMEs :
of which : number of entities in third countries (outside EU) :
Targeted user audience: # of reachable people
# of S&T publications (referenced publications only)
# of publications addressing general public (e.g. CD-ROMs, WEB sites)
# of publications addressing decision takers / public authorities / etc.
Visibility for the general public   YES 

 
Further collaboration, dissemination and use of the result

(please tick the boxes corresponding to what form of contact you are seeking and what future steps you envisage in order to use your research results.)

LIC License agreement  
MKT Marketing agreement  
MAN Manufacturing agreement  
JV Establish a joint enterprise or partnership  
PPP Private-public partnership  
FIN Development financing  
VC Venture capital/spin-off funding  
CONS Available for consultancy  
INFO Information exchange/Training  
R&D Further research or development  
Other (please specify below)  
Details: Please describe in more detail what you are looking for - your intension, and/or your offer to others.
 

 
Potential offered for further dissemination and use

 
Profile of additional partner(s) for further dissemination and use

 

 
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(Project Coordinator) Name: Michal Turala Organisation: CYFRONET Address: ul. Nawojki 11 30-950 Cracow Poland
 

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