Characterizing Capacity of Flexible Loads for Providing Grid Support

Flexible I/O Support for Reconfigurable Grid Environments

With growing computational power of current supercomputers, scientific computing applications can work on larger problems. The corresponding increase in dataset size is often correlated to an increase in needed storage for the results. Current storage area networks (sans) balance i/o load on multiple disks using high speed networks, but are integrated on the operating system level, demanding ad...

XtreemOS: a Grid OS providing native Virtual Organization support

The emergence of Grids enables the sharing of a wide range of resources for solving large-scale computational and data intensive problems in science, engineering and business. While much has been done to build Grid middleware on top of existing operating systems, little has been done to extend the underlying operating systems for enabling and facilitating Grid computing, for example by embeddin...

Grid Virtualization Engine: Providing Virtual Resources for Grid Infrastructure

Virtual machines offer a lot of advantage such as easy configuration and management and can simplify the development and the deployment of Grid infrastructures. Various virtualization implementations despite have similar functions often provide different management and access interfaces. The heterogeneous virtualization technologies bring challenges for employing virtual machine as computing re...

Master ́s thesis Optimal integration of flexible loads and PV power generation in an isolated grid

Providing Better Support for Quanti

Relational database systems do not eeectively support complex queries containing quantiiers (quantiied queries) that are increasingly becoming important in decision support applications. Generalized quantiiers provide an eeective way of expressing such queries naturally. In this paper, we consider the problem of processing quantiied queries within the generalized quantiier framework. We demonst...