Abstract

Abstract: The design and deployment of wireless networks needs careful planning including various tools for analysis, simulation and evaluation. Therefore, develop-ment of software to support deployment of wireless networks has been subject of intensive research for several years. In particular the evaluation of the influence of mobility remains a challenging task. For deployment of mobile communication net-works operators perform simulations and measurements during the planning process with large efforts. In the past the research community based their decisions on de-velopment of new protocols on simulations exclusively. While network simulators provide fast investigation of huge and also mobile networks they rely on theoretical models which are often considered as inaccurate and too optimistic. Therefore, more and more real wireless network environments called testbeds are established world-wide most of them with static nodes. Testbeds dedicated towards mobile networks remain a challenge as the effort to build such a network increases with mobility. The work here presents an approach for a fully automated real-world mobile net-work testbed where nodes are piggybacked on mobile robots. The platform with u

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oaioai:CiteSeerX.psu:10.1...Last time updated on 11/2/2017

This paper was published in CiteSeerX.

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