In this paper, the support for legacy application, which is one of the important advantages of Grid computing, is presented. The ability to reuse existing codes/applications in combination with other Web/Internet technologies, such as Java, makes Grid computing a good choice for developers to wrap existing applications behind Intranet or the Internet. The approach developed can be used for migrating legacy applications into Grid Services, which speeds up the popularization of Grid technology. The approach is illustrated using a case study with detailed description of its implementation step by step. Globus Toolkit is utilized to develop the system
In order to deploy existing scientific or business applications on a service-based Grid, these legac...
In order to deploy existing scientific or business applications on a service-based Grid requires the...
Executing the legacy program over grid is very important and necessary. To reuse the legacy program,...
In this paper, the support for legacy application, which is one of the important advantages of Grid ...
The past few years have witnessed an increasingly tight link between Grid computing and web services...
One of the biggest obstacles in the wide-spread industrial take-up of Grid technology is the existen...
One of the biggest obstacles in the wide-spread industrial take-up of Grid technology is the existen...
In order to improve reliability and to deal with the high complexity of existing middleware solution...
One of the biggest obstacles in the wide-spread industrial take-up of Grid technology is the existe...
The Grid Execution Management for Legacy Code Architecture (GEMLCA) enables exposing legacy applicat...
In order to improve reliability and to deal with the high complexity of existing middleware solution...
The Grid Execution Management for Legacy Code Architecture (GEMLCA) enables exposing legacy applica...
There is a whole class of applications that would benefit from advances in Grid technology, but for ...
There is a whole class of applications that would benefit from advances in Grid technology, but for ...
Scientific applications, usually written in Fortran or C, need to be adapted to work in modern envir...
In order to deploy existing scientific or business applications on a service-based Grid, these legac...
In order to deploy existing scientific or business applications on a service-based Grid requires the...
Executing the legacy program over grid is very important and necessary. To reuse the legacy program,...
In this paper, the support for legacy application, which is one of the important advantages of Grid ...
The past few years have witnessed an increasingly tight link between Grid computing and web services...
One of the biggest obstacles in the wide-spread industrial take-up of Grid technology is the existen...
One of the biggest obstacles in the wide-spread industrial take-up of Grid technology is the existen...
In order to improve reliability and to deal with the high complexity of existing middleware solution...
One of the biggest obstacles in the wide-spread industrial take-up of Grid technology is the existe...
The Grid Execution Management for Legacy Code Architecture (GEMLCA) enables exposing legacy applicat...
In order to improve reliability and to deal with the high complexity of existing middleware solution...
The Grid Execution Management for Legacy Code Architecture (GEMLCA) enables exposing legacy applica...
There is a whole class of applications that would benefit from advances in Grid technology, but for ...
There is a whole class of applications that would benefit from advances in Grid technology, but for ...
Scientific applications, usually written in Fortran or C, need to be adapted to work in modern envir...
In order to deploy existing scientific or business applications on a service-based Grid, these legac...
In order to deploy existing scientific or business applications on a service-based Grid requires the...
Executing the legacy program over grid is very important and necessary. To reuse the legacy program,...