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Publication Details

Evaluation of a Delay-Tolerant ICN Architecture

by Lakhani, H. and McCarthy, T. and Kim, M. and Wilkins, D.E. and Wood, S.

in Proceedings of the seventh International Conference on Ubiquitous and Future Networks (ICUFN)

Address: Excellent Paper Award
July 2015.

Note: Excellent Paper Award.

Abstract

Simulation/emulation is key for early testing, assessment, and scalability evaluation of networking solutions for mobile ad-hoc networks (MANETs). If the solution is highly configurable – such as ENCODERS, SRI’s delay-tolerant information-centric networking (ICN) solution – this type of evaluation is crucial. For effective modeling of information flows, the test framework needs to: (1) allow repeatable execution of scenarios with different patterns of network traffic, operating in different mobility and network-usage contexts, (2) provide a rich simulated environment that can model virtually any network topology and mobility, with high-fidelity device models, and (3) support flexible large-scale simulation, with the option of using virtual machines that execute the same code that would be used on an actual device. We describe our evaluation framework and the results of using it to develop and evaluate ENCODERS.

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Associated Projects

CBMEN

Content-Based Mobile Edge Networking

The CBMEN program seeks to develop the network services and transport architectures to enable efficient, transparent distribution of content in mobile ad hoc network environments.

AIC Personnel

Name Title E-mail
Wilkins, David E Senior Computer Scientist

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