Geodise is a Grid-enabled, intelligent engineering design and optimisation search environment that provides engineers with a central point of access to a suite of tools that will enable them to improve designs, keep track of running and past jobs, and obtain advice. The service-based architecture consists of a number of Grid services providing design optimisation and search tools, CFD analysis applications, computation, knowledge and data resources
In many areas of design search and optimisation one needs to utilise computational fluid dynamics (C...
Knowledge and Semantic Web technologies are evolving the Grid towards the Semantic Grid [18] to faci...
Design search and optimisation algorithms can be used by engineers to yield improved designs. Design...
We are developing a Grid Enabled Optimisation and Design Search system (GEODISE). It offers grid-bas...
We are developing a Grid Enabled Optimisation and Design Search system (GEODISE). It offers grid-bas...
Engineering design search and optimisation is the process whereby engineering modelling and analysis...
In this paper we describe the Geodise Database Toolbox, which utilises Web services, XML, databases ...
In this paper we describe the Geodise Database Toolbox, which utilises Web services, XML, databases ...
During the process of optimisation and design search, the modelling nad analysis of engineering prob...
The Geodise project is one of the Engineering and Physical Sciences Research Council pilot projects....
The process of design search and optimisation using Computational Fluid Dynamics (CFD) is computatio...
The process of design search and optimisation using Computational Fluid Dynamics (CFD) is computatio...
Semantic Web technologies are evolving the Grid towards the Semantic Grid [2] to yield an intelligen...
Design search and optimisation algorithms can be used by engineers to yield improved designs. Design...
Knowledge and Semantic Web technologies are evolving the Grid towards the Semantic Grid [18] to faci...
In many areas of design search and optimisation one needs to utilise computational fluid dynamics (C...
Knowledge and Semantic Web technologies are evolving the Grid towards the Semantic Grid [18] to faci...
Design search and optimisation algorithms can be used by engineers to yield improved designs. Design...
We are developing a Grid Enabled Optimisation and Design Search system (GEODISE). It offers grid-bas...
We are developing a Grid Enabled Optimisation and Design Search system (GEODISE). It offers grid-bas...
Engineering design search and optimisation is the process whereby engineering modelling and analysis...
In this paper we describe the Geodise Database Toolbox, which utilises Web services, XML, databases ...
In this paper we describe the Geodise Database Toolbox, which utilises Web services, XML, databases ...
During the process of optimisation and design search, the modelling nad analysis of engineering prob...
The Geodise project is one of the Engineering and Physical Sciences Research Council pilot projects....
The process of design search and optimisation using Computational Fluid Dynamics (CFD) is computatio...
The process of design search and optimisation using Computational Fluid Dynamics (CFD) is computatio...
Semantic Web technologies are evolving the Grid towards the Semantic Grid [2] to yield an intelligen...
Design search and optimisation algorithms can be used by engineers to yield improved designs. Design...
Knowledge and Semantic Web technologies are evolving the Grid towards the Semantic Grid [18] to faci...
In many areas of design search and optimisation one needs to utilise computational fluid dynamics (C...
Knowledge and Semantic Web technologies are evolving the Grid towards the Semantic Grid [18] to faci...
Design search and optimisation algorithms can be used by engineers to yield improved designs. Design...