Abstract eScience is rapidly changing the way we do research. As a result, many research
labs now need non-trivial computational power. Grid and voluntary computing are well …

Fault tolerance is an important property for large scale computational grid systems, where
geographically distributed nodes co-operate to execute a task. In order to achieve high level …

This paper presents a failure detection service (FDS) and a flexible failure handling
framework (Grid-WFS) as a fault tolerance mechanism on the Grid. The FDS enables the …

Equipping Malaysia's $3 billion markets worth medium size enterprise with an optimise
information technology infrastructure is a major challenge during the volatile business …

Fault-tolerant scheduling is an imperative step for large-scale computational grid systems,
as often geographically distributed nodes co-operate to execute a task. By and large …

Computational grids are established with the intention of providing shared access to
hardware and software based resources with special reference to increased computational …

In recent years, the application of high-performance and distributed computing in scientific
practice has become increasingly wide spread. Among the most widely available platforms …

In Cloud Computing platforms the addition of hardware monitoring devices to gather power
usage data can be impractical or uneconomical due to the large number of machines to be …

We present a holistic approach for efficient execution of bags-of-tasks (BOTs) on multiple
grids, clusters, and volunteer computing grids virtualized as a single computing platform …

We investigate off-line dictionary oriented approaches to DNA sequence compression,
based on the Burrows-Wheeler Transform (BWT). The preponderance of short repeating …