As environmental models have become more complicated, we need new tools to analyze
and validate these models and to facilitate collaboration among field scientists, observation …

Complex simulation programs in science and engineering are often built up from a diverse
set of existing applications. The large variety of application codes and their high …

The standard workflow modeling approaches have insufficient information about structural
stability to visualize the tasks in a complex workflow graph. The hybrid AND/OR mobile …

In recent years, it has become possible to calculate binding affinities of compounds bound to
proteins via rapid, accurate, precise and reproducible free energy calculations. This is …

We present a negotiation protocol based on contract law to enable agile and reliable e-
Science collaboration. It is designed to be compatible with existing models of resource …

E-Science is inherently a collaborative activity, which enables users from different
institutions to share computational resources for analysing data. These rerources are …

With the increasing demand for dynamic and customised resource provisioning for
computational experiments in e-Science, solutions are required to mediate different …

The aim of this research is to identify common factors determining the design, use and
further development of large-scale research infrastructures, clarify their role in the scientific …

The e-Science community is entering an age where:(i) resources can be supplied from
various infrastructures to meet dynamic and customised resource provisioning demands; …

Performance evaluation is still a topic that attains a lot of attention in both distributed and
mobile systems as well as web based services architectures. Due to the recent advances in …