30 | | * Encourage independent service providers to join the movement of integration and interoperability |
31 | | * How to increase the number of SOAP compliant services (tools/databases) |
32 | | * Utilizing every bioinformatics web services by 4 major computer languages (Perl, Python, Ruby, Java) |
33 | | * Creating compatible classes for sequences, expressions, pathways etc. among Open Bio* libraries |
34 | | * Providing various clients to create and execute bioinformatics workflows |
35 | | * Connecting seamlessly: Web service - Grid, Remote - Local, SOAP/WSDL - REST, Async - Sync |
36 | | * Standardizing the objects and methods in bioinformatics web services (BioMOBY) |
37 | | * Discuss about the best solution of the framework and ontologies for the life science |
| 30 | * Web service providers |
| 31 | * Encourage independent service providers to join the movement of integration and interoperability |
| 32 | * How to increase the number of SOAP compliant services (tools/databases) |
| 33 | * Open Bio* developers |
| 34 | * Utilizing every bioinformatics web services by 4 major computer languages (Perl, Python, Ruby, Java) |
| 35 | * Creating compatible classes for sequences, expressions, pathways etc. among Open Bio* libraries |
| 36 | * Workflow client developers |
| 37 | * Providing various clients to create and execute bioinformatics workflows |
| 38 | * Connecting seamlessly: Web service - Grid, Remote - Local, SOAP/WSDL - REST, Async - Sync |
| 39 | * BioMOBY project developers |
| 40 | * Standardizing the objects and methods in bioinformatics web services (BioMOBY) |
| 41 | * Discuss about the best solution of the framework and ontologies for the life science |