Difference between revisions of "About gCube"

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[http://www.gcube-system.org '''gCube'''] is the '''''Software System''''' designed and implemented to enable the building and operation of a '''''Service Oriented Infrastructure''''' supporting the definition of '''''[[Virtual Research Environment|Virtual Research Environments]]''''' (VREs). Moreover, because of the integration with [http://glite.web.cern.ch gLite], such system is capable to exploit and simplify the access to the largest Grid infrastructure currently existing, i.e. the one operated by the [http://www.eu-egee.org European Grid for E-sciencE project (EGEE)].
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[http://www.gcube-system.org '''gCube'''] is the '''''Software System''''' designed and implemented to enable the building and operation of a '''''Service Oriented Infrastructure''''' supporting the definition of '''''[[Virtual Research Environment|Virtual Research Environments]]''''' (VREs). Moreover, it is equipped with a rich array of "mediators" making it possible the exploitation of services and facilities offered by others infrastructures including:
 
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* the largest Grid infrastructure currently existing, i.e. the infrastructure operated by [http://www.egi.eu/ European Grid Initiative (EGI)] (formerly operated by [http://www.eu-egee.org European Grid for E-sciencE project (EGEE)]);
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A ''Service Oriented Infrastructures'' is an infrastructure developed according to the Service Orientation principles, this reflects in facilities for the re-usability and dynamic allocation of the resources forming the infrastructure itself. A ''Virtual Research Environment'' is the materialization of a very ''flexible'' and ''agile'' application development model based on the notion of [http://en.wikipedia.org/wiki/Software_as_a_Service Software as a Service (SaaS)] in which components may be bound instantly, just at the time they are needed and then the binding may be discarded. According to it, user communities are enabled to define their own applications by simply selecting the application constituents (the services, the collections, the machines) among the pool of resources made available through the infrastructure. The cost of operating each defined VRE is completely outsourced to the infrastructure that by applying ''economies of scale'' to the operation of the applications (sharing and re-use) can offer better, cheaper and more reliable applications than single communities can themselves.
 
A ''Service Oriented Infrastructures'' is an infrastructure developed according to the Service Orientation principles, this reflects in facilities for the re-usability and dynamic allocation of the resources forming the infrastructure itself. A ''Virtual Research Environment'' is the materialization of a very ''flexible'' and ''agile'' application development model based on the notion of [http://en.wikipedia.org/wiki/Software_as_a_Service Software as a Service (SaaS)] in which components may be bound instantly, just at the time they are needed and then the binding may be discarded. According to it, user communities are enabled to define their own applications by simply selecting the application constituents (the services, the collections, the machines) among the pool of resources made available through the infrastructure. The cost of operating each defined VRE is completely outsourced to the infrastructure that by applying ''economies of scale'' to the operation of the applications (sharing and re-use) can offer better, cheaper and more reliable applications than single communities can themselves.
  
This system has been implemented with the support of the European Commission in the context of the [http://www.diligentproject.org DILIGENT] (2004-2007) and [http://www.d4science.eu D4Science] (2008-2009) and [http://www.d4science.eu D4Science-II] (2009 ongoing) projects.
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This system has been implemented with the support of the European Commission in the context of a series of projects:
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* [http://www.diligentproject.org DILIGENT] - A DIgital Library Infrastructure on Grid ENabled Technology (2004-2007);
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* [http://www.d4science.eu D4Science] - DIstributed colLaboratories Infrastructure on Grid ENabled Technology for Science (2008-2009);
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* [http://www.d4science.eu D4Science-II] - Data Infrastructure Ecosystem for Science (2009-2011);
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* [http://www.i-marine.eu iMarine] - Data e-Infrastructure Initiative for Fisheries Management and Conservation of Marine Living Resources (2011-ongoing);
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* [http://www.eubrazilopenbio.eu EUBrazilOpenBio] - EU-Brazil Open Data and Cloud Computing e-Infrastructure for Biodiversity (2011-ongoing);
  
 
The rest of this Wiki is dedicated to provide pointers to various information on this system including:  
 
The rest of this Wiki is dedicated to provide pointers to various information on this system including:  
 
* [[gCube Development|report on current status]] including the distinguishing features of the software developed, progression of source code over time, the results of the latest build and integration activities;
 
* [[gCube Development|report on current status]] including the distinguishing features of the software developed, progression of source code over time, the results of the latest build and integration activities;
* [[GCube Documentation|documentation and guides]] specifically developed to serve the needs of three key players, i.e. end-users, system administrators and application developers.
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* [[GCube Documentation|documentation and guides]] specifically developed to serve the needs of three key players, i.e. end-users, system administrators and application developers.

Revision as of 11:32, 28 August 2013

gCube is the Software System designed and implemented to enable the building and operation of a Service Oriented Infrastructure supporting the definition of Virtual Research Environments (VREs). Moreover, it is equipped with a rich array of "mediators" making it possible the exploitation of services and facilities offered by others infrastructures including:

A Service Oriented Infrastructures is an infrastructure developed according to the Service Orientation principles, this reflects in facilities for the re-usability and dynamic allocation of the resources forming the infrastructure itself. A Virtual Research Environment is the materialization of a very flexible and agile application development model based on the notion of Software as a Service (SaaS) in which components may be bound instantly, just at the time they are needed and then the binding may be discarded. According to it, user communities are enabled to define their own applications by simply selecting the application constituents (the services, the collections, the machines) among the pool of resources made available through the infrastructure. The cost of operating each defined VRE is completely outsourced to the infrastructure that by applying economies of scale to the operation of the applications (sharing and re-use) can offer better, cheaper and more reliable applications than single communities can themselves.

This system has been implemented with the support of the European Commission in the context of a series of projects:

  • DILIGENT - A DIgital Library Infrastructure on Grid ENabled Technology (2004-2007);
  • D4Science - DIstributed colLaboratories Infrastructure on Grid ENabled Technology for Science (2008-2009);
  • D4Science-II - Data Infrastructure Ecosystem for Science (2009-2011);
  • iMarine - Data e-Infrastructure Initiative for Fisheries Management and Conservation of Marine Living Resources (2011-ongoing);
  • EUBrazilOpenBio - EU-Brazil Open Data and Cloud Computing e-Infrastructure for Biodiversity (2011-ongoing);

The rest of this Wiki is dedicated to provide pointers to various information on this system including:

  • report on current status including the distinguishing features of the software developed, progression of source code over time, the results of the latest build and integration activities;
  • documentation and guides specifically developed to serve the needs of three key players, i.e. end-users, system administrators and application developers.