Erling Vestergaard Matthiesen

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Keyword list: HIDENETS, dependability, communication systems, ad hoc networks, wireless, middleware<lb>solutions, car-to-car communication, applications, use cases, business impact, preliminary reference model<lb>This document provides the starting point for the development of dependability solutions in the<lb>HIDENETS project with the following(More)
In order to increase availability and reliability of stateful applications, redundancy as provided by replication in cluster solutions is a wellknown and frequently utilized approach. For mobile services in dynamic ad-hoc networks, such replication mechanisms have to be adapted to deal with the frequently higher communication delays and with the(More)
Enclosed CD-ROM contains source code and downloaded references. Synopsis: Performing experimental evaluation of wireless networking is prone to large differences between experiments as the non-deterministic nature of the environment may influence the results differently between tests. This fact has motivated the work described in this report, which(More)
This document contains an update of the HIDENETS Reference Model, whose preliminary version was introduced in D1.1. The Reference Model contains the overall approach to development and assessment of end-to-end resilience solutions. As such, it presents a framework, which due to its abstraction level is not only restricted to the HIDENETS car-to-car and(More)
This document contains refined descriptions of the HIDENETS test-bed implementations, which are used to show the feasibility of selected parts of the HIDENETS solutions when implemented on COTS components and to assess their impact on dependability and performance in an experimental laboratory environment. In order to focus on selected essential HIDENETS(More)
This document contains an update of the HIDENETS Reference Model, whose preliminary version was introduced in D1.1. The Reference Model contains the overall approach to development and assessment of end-to-end resilience solutions. As such, it presents a framework, which due to its abstraction level is not only restricted to the HIDENETS car-to-car and(More)
This document contains refined descriptions of the HIDENETS test-bed implementations, which are used to show the feasibility of selected parts of the HIDENETS solutions when implemented on COTS components and to assess their impact on dependability and performance in an experimental laboratory environment. In order to focus on selected essential HIDENETS(More)