resources

at the click of a mouse

Grid Portals, based on standard Web technologies, are increasingly used to provide user interfaces for Computational and Data Grids. However, such Grid Portals do not integrate cleanly with existing Grid security systems such as the Grid Security Infrastructure (GSI), due to lack of delegation

Grid computing is becoming a mainstream technology for large-scale distributed resource sharing and system integration. Workflow management is emerging as one of the most important grid services. In this work, a workflow management system for grid computing, called GridFlow, is presented, including

computational power of the UCoMS grid resources, the latter requires efficient interfacing between WSN & grid. A unified workflow analysis has been performed to ensure smooth operation of both efforts and a unified portal has been created. This paper integrates the above two workflows and portals into a

biology of Prochlorococcus and its phage

with applications andto minimize the administrative overhead and complexity (resource administration, authentication, scheduling, data delivery) passed on to the noncomputer scientist enduser. Here we present the ‘‘Telescience Portal’ ’

In the area of Human Resource Management, the trend is towards online exchange of information about human resources. For example, online applications for employment become standard and job offerings are posted in many job portals. However, there are too many job portals to monitor all of them

for selecting customized optimal portfolios, and a bundle trading mecha-nism [4, 5] to help establish and rebalance portfolios as needed. The business model we propose resem-bles that of an Internet portal (see Figure 1), much like an AOL of the financial services industry. Exclu-sive access to an integrated

ProPortal