Collaborative networks manifest in a large variety of forms, including virtual organizations,
virtual enterprises, dynamic supply chains, professional virtual communities, collaborative …

To date, the life sciences 'omics' revolution has not lived up to the expectation of boosting
the drug discovery process. The major obstacle is dealing with the volume and diversity of …

Recent advances in Internet and grid technologies have greatly enhanced scientific
experiments' life cycle. In addition to compute-and data-intensive tasks, large-scale …

It is well known in secondary ion mass spectrometry (SIMS) that sample topography leads to
decreased mass resolution. Specifically, the ion's time of flight is dependent on where it was …

Large-scale scientific experiments are being conducted in collaboration with teams that are
dispersed globally. Each team shares its data and utilizes distributed resources for …

A Grid-based Virtual Molecular Science Laboratory (VMSLab-G) based on both human
(meter scale) and molecular (nanometer scale) virtual reality aimed at facilitating ubiquitous …

Among the needs usually expressed by teams using mass spectrometry imaging, one that
often arises is that for user-friendly software able to manage huge data volumes quickly and …

Computer-aided image analysis is becoming increasingly important to efficiently and safely
handle large amounts of high-resolution images generated by advanced medical imaging …

The present status of visualization on the grid is not really satisfying. In contrast to other grid
services, such as batch processing, data transfer, and resource scheduling, visualization is …

Abstract Generic Grid middleware, eg, Globus Toolkit 4 (GT4), provides basic services for
scientific workflow management systems to discover, store and integrate workflow …