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Introducing application-level replication and naming into today’s Web

Abstract

Because of its enormous success, the World-Wide Web created many problems within the Internet, most of them due to its huge bandwidth requirements. Additional applications using the Web’s infrastructure for distributed computing (see, e.g., [5]), even further increase network load. In this paper, we are presenting a comprehensive application-level approach to solving the Web-induced bandwidth and latency problems within the Internet while staying fully compatible with the current mechanisms of the World-Wide Web.

Our approach is based on automated replication schemes and complementary name services. In this paper, we are going to introduce these two concepts, and explain the many advantages they bring not only to every Web user but also to the various network and service providers currently struggling to keep up with rising user demands. In addition to an abstract presentation of this approach, we are also highlighting the concepts of our freely available implementation.

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Keywords

Michael Baentsch is a member of the system software group at the University of Kaiserslautern since he received his diploma in computer science in 1993. His research interests include graphical software development environments, parallel and distributed systems in general and the development of configurable and generic distributed operating systems in particular.

Georg Molter received his diploma in computer science in 1994; he is currently working at the University of Kaiserslautern system software group. His research interest is focused on the field of generic support mechanisms for distributed systems, especially in the context of the problems and possibilities of the rapidly developing high-speed networking technology.

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Features and application of the gul «Sturm»

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