Add to ORKGWe propose a service-oriented framework for exploring networks of processes modeled as Web services. In particular, we apply this approach to biological processes that builds upon and extends existing biological representation methodologies. We present our prototype service exploration tool, named PathExplorer, to discover potentially interesting biological pathways linking servicemodels of biological processes. We describe an innovative approach used by PathExplorer to identify useful pathways and its service-based simulation strategy to support predictive analysis
In this project, we investigate how existing standalone Bioinformatics applications can be wrapped a...
Pervasive computing calls for innovative open service frameworks that ensure capability of self-adap...
We propose to treat Web services as first-class objects that can be manipulated as if they were data...
Service oriented modeling and deployment of biological processes allow these processes to be publish...
In this paper, we propose a Web service mining approach to automatically discover pathways from biol...
The complex environment of a living cell contains many molecules interacting in a variety of ways. E...
We describe a service-oriented approach to model, design, and implement biological processes and dat...
The Web is transforming from a Web of data to a Web of both Semantic data and services. This trend i...
WikiPathways is a platform for creating, updating, and sharing biological pathways [1]. Pathways can...
Emerging network scenarios call for innovative open service frameworks to ensure capability of self-...
The traditional approach to studying complex biological networks is based on the identification of i...
We designed a web server for the analysis of biosynthetic capacities of metabolic networks. The impl...
.As a practical application of the linkage of processes we demonstrate that it can be effectively us...
The ubiquity of the Web is enabling innovations that were thought to be beyond reach just two decade...
In this project, we investigate how existing standalone Bioinformatics applications can be wrapped a...
Pervasive computing calls for innovative open service frameworks that ensure capability of self-adap...
We propose to treat Web services as first-class objects that can be manipulated as if they were data...
Service oriented modeling and deployment of biological processes allow these processes to be publish...
In this paper, we propose a Web service mining approach to automatically discover pathways from biol...
The complex environment of a living cell contains many molecules interacting in a variety of ways. E...
We describe a service-oriented approach to model, design, and implement biological processes and dat...
The Web is transforming from a Web of data to a Web of both Semantic data and services. This trend i...
WikiPathways is a platform for creating, updating, and sharing biological pathways [1]. Pathways can...
Emerging network scenarios call for innovative open service frameworks to ensure capability of self-...
The traditional approach to studying complex biological networks is based on the identification of i...
We designed a web server for the analysis of biosynthetic capacities of metabolic networks. The impl...
.As a practical application of the linkage of processes we demonstrate that it can be effectively us...
The ubiquity of the Web is enabling innovations that were thought to be beyond reach just two decade...
In this project, we investigate how existing standalone Bioinformatics applications can be wrapped a...
Pervasive computing calls for innovative open service frameworks that ensure capability of self-adap...
We propose to treat Web services as first-class objects that can be manipulated as if they were data...