The Globus project: a status report

Ian Foster, Carl Kesselman

Future Generation Computer Systems · 1999 · 137 citations · 21 references

Concepts

TL;DR

Computational grid technology is viewed as a critical element of future high‑performance computing, enabling new classes of computation‑oriented applications, analogous to how the Web fostered information‑oriented applications. The authors report the early 1998 status of the Globus project, a multi‑institutional effort to enable construction of computational grids that provide pervasive, dependable, and consistent access to high‑performance resources across geographic distribution. They describe progress in developing the Globus toolkit—a set of core services for building grid tools and applications—and the construction of the GUSTO testbed for large‑scale evaluation of Globus technologies. Early experiences with large‑scale grid applications on the GUSTO testbed demonstrate initial feasibility of the Globus approach.

Abstract

The Globus project is a multi-institutional research effort that seeks to enable the construction of computational grids providing pervasive, dependable, and consistent access to high-performance computational resources, despite geographical distribution of both resources and users. Computational grid technology is being viewed as a critical element of future high-performance computing environments that will enable entirely new classes of computation-oriented applications, much as the World Wide Web fostered the development of new classes of information-oriented applications. The authors report on the status of the Globus project as of early 1998. They describe the progress that has been achieved to date in the development of the Globus toolkit, a set of core services for constructing grid tools and applications. They also discuss the Globus Ubiquitous Supercomputing Testbed (GUSTO) that they have constructed to enable large-scale evaluation of Globus technologies, and they review early experiences with the development of large-scale grid applications on the GUSTO testbed.

References

21