The predilection of scientific applications toward a high-performance computing system is
attained through the emergence of the cloud. Large-scale scientific applications can be …

Workflows are adopted as a powerful modeling technique to represent diverse applications
in different scientific fields as a number of loosely coupled tasks. Given the unique features …

Abstract The emergence of Cloud Computing as a model of service provisioning in
distributed systems instigated researchers to explore its pros and cons on executing different …

The utilization of cloud computing environments is highly popular for carrying out workflow
executions due to its ability to provide clients with immediate access to computing resources …

Recently cloud computing has gained popularity among e-Science environments as a high
performance computing platform. From the viewpoint of the system, applications can be …

Cloud computing is the latest distributed computing paradigm and it offers tremendous
opportunities to solve large-scale scientific problems. However, it presents various …

Cloud Computing provides an attractive execution environment for scientific workflow
execution. However, due to the increasingly high charge cost of using cloud service, cost …

Nowadays it is becoming more and more attractive to execute workflow applications in the
cloud because it enables workflow applications to use computing resources on demand …

Workflows have been used to represent a variety of applications involving high processing
and storage demands. As a solution to supply this necessity, the cloud computing paradigm …

A workflow is an effective way for modeling complex applications and serves as a means for
scientists and researchers to better understand the details of applications. Cloud computing …