Abstract. We present a novel approach for intermediate representation and processing of scientific workflows, applied in ASKALON Grid environment. We present the techniques used by us to make the representation self-contained and dynamic. In particular, we explain the principles of workflow conversion and speculative workflow prediction implemented by us. In a series of experiments we show the performance of conversion of several real-world workflow applications, and discuss how our implementation can be improved in the future. 1
Built on Internet and World Wide Web, the Grid is a new class of infrastructure which supports coord...
Whereas a consensus has been reached on defining the set of workflow patterns for business process m...
One approach to Grid application programming is to implement services with often-used functionality ...
We present the ASKALON environment whose goal is to simplify the development and execution of workfl...
We describe techniques to support the runtime execution of scientific workflows in the ASKALON Grid ...
Abstract—Existing knowledge based Grid workflow languages and composition tools require sophisticate...
AbstractScientific workflows evolved to a useful means in computational science in order to model an...
This paper shows that flexibility of workflow executions, i.e., the ability to deviate from a given ...
In this paper we address the problem of automatically generating job workflows for the Grid. These w...
Grid computing is now becoming a new computing paradigm and solution for distributed systems and app...
Existing work does not provide a exible dataset-oriented data ow mechanism to meet the complex requi...
Scientific workflow systems face new challenges when supporting Cloud computing, as the information ...
With the advent of Grid and application technologies, scientists and engineers are building more and...
Abstract Most existing Grid workflow modeling tools are based on user-defined notations. Lack of sta...
Today there are many different scientific Grid workflow man-agement systems using a wide array of cu...
Built on Internet and World Wide Web, the Grid is a new class of infrastructure which supports coord...
Whereas a consensus has been reached on defining the set of workflow patterns for business process m...
One approach to Grid application programming is to implement services with often-used functionality ...
We present the ASKALON environment whose goal is to simplify the development and execution of workfl...
We describe techniques to support the runtime execution of scientific workflows in the ASKALON Grid ...
Abstract—Existing knowledge based Grid workflow languages and composition tools require sophisticate...
AbstractScientific workflows evolved to a useful means in computational science in order to model an...
This paper shows that flexibility of workflow executions, i.e., the ability to deviate from a given ...
In this paper we address the problem of automatically generating job workflows for the Grid. These w...
Grid computing is now becoming a new computing paradigm and solution for distributed systems and app...
Existing work does not provide a exible dataset-oriented data ow mechanism to meet the complex requi...
Scientific workflow systems face new challenges when supporting Cloud computing, as the information ...
With the advent of Grid and application technologies, scientists and engineers are building more and...
Abstract Most existing Grid workflow modeling tools are based on user-defined notations. Lack of sta...
Today there are many different scientific Grid workflow man-agement systems using a wide array of cu...
Built on Internet and World Wide Web, the Grid is a new class of infrastructure which supports coord...
Whereas a consensus has been reached on defining the set of workflow patterns for business process m...
One approach to Grid application programming is to implement services with often-used functionality ...