Affiliation:
1. University of Wisconsin-Madison, Madison, WI
Abstract
Network researchers employ a variety of experimental methods and tools including analytic modeling techniques, simulators, and widely depolyed measurement infrastructures. It is natural to assume that the overall scope of network research may be limited by the type and capability of the tools and test systems that are available. In this paper we describe a new, bench-style approach for conducting network research that we argue is essential for effectively investigating different classes of important problems. We describe the architecture for the workbench environment that enables this approach-what we call the Internet Instance Laboratory (IIL). The conceptual model for an IIL is a highly configurable laboratory environment containing commercial networking equipment typical of any end-to-end path in the Internet. An IIL would also have the capability to create accurately a broad range of conditions across all networking layers. The two most important advantages of an IIL are the ability to instrument entire end-to-end paths and the ability to install new equipment or protocols in any location in the environment. Clearly, neither of these opporutnities is available in the live Internet. while an IIL offers significant challenges. We describe these challenges and approaches for addressing them. Finnlay, we discuss different classes of research questions that would become tractable if an IIL were available.
Publisher
Association for Computing Machinery (ACM)
Subject
Computer Networks and Communications,Software
Reference28 articles.
1. Framework for IP performance metrics;Paxson V.;IETF RFC,1998
Cited by
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