Simulation and thus scientific computing is the third pillar alongside theory and experiment
in todays science and engineering. The term e-science evolved as a new research field that …

For many research endeavours, e-Infrastructures need to provide predictable, on-demand
access to large-scale computational resources with high data availability. These need to …

In recent years, the Virtual Organization Membership Service (VOMS) emerged within Grid
infrastructures providing dynamic, fine-grained, access control needed to enable resource …

In the past several years, many scientific applications from various domains have taken
advantage of e-science infrastructures that share storage or computational resources such …

Especially within grid infrastructures driven by high-performance computing (HPC),
collaborative online visualization and steering (COVS) has become an important technique …

Large-scale scientific research often relies on the collaborative use of massive
computational power, fast networks, and large storage capacities provided by e-science …

The steadily increasing amounts of scientific data and the analysis ofbig data'is a
fundamental characteristic in the context of computational simulations that are based on …

Natural resources management policies often entail a complex environmental decision-
making process. This process can be greatly enhanced if it is based on an exploratory …

Karastoyanova et al. created eScienceSWaT (eScience SoftWare Engineering Technique),
that targets at providing a user-friendly and systematic approach for creating applications for …

グリッド環境において遠隔地間で可視化データを共有しながら共通の問題に取り組む遠隔協調作業
は, 互いの共通理解を得るための有益な方法である. しかし大規模ボリュームデータの遠隔地間での …