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Wireless Mesh Networks (WMNs) are a key technology to provide inexpensive ubiquitous network access to end users and sensing equipment in urban, rural, and developing areas. WMNs seamlessly integrate with existing traditional fixed or cellular networks and extend their network coverage. Like any other network, a WMN and the services running on top of it go through a life cycle consisting of development, testing, deployment and operation. This thesis contributes solutions addressing various challenges encountered in each phase of the life cycle. First, we designed a flexible framework for development and testing of new protocols and architectures using traffic interception by a virtual wireless interface and network emulation. Second, a build system for an own embedded Linux distribution tailored to mesh nodes has been implemented. It supports cross-compilation for various node platforms and incorporates features of a novel fault-tolerant management architecture. Further, we tested the applicability of WMNs for environmental monitoring in an outdoor deployment. In addition, we investigated network deployment by non-expert users and completely autonomous robotic deployment.

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Thomas Staub studied Computer Science at University of Bern (Master of Science, 1999-2004). He did his PhD at University of Bern in Prof. Braun´s research group CDS (2004-2011). Then, he was employed as senior researcher and lecturer at University of Bern (2011). Currently, he works as Chief Scientist at DFRC AG (Zug, Switzerland).

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