Titlebook: Distributed Applications and Interoperable Systems; 11th IFIP WG 6.1 Int Pascal Felber,Romain Rouvoy Conference proceedings 2011 IFIP Inter

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https://doi.org/10.1007/978-3-642-21387-8HCI; QoS management; RFID; azure cloud; cloud computing; distributed systems; network computing; peer-to-pe

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978-3-642-21386-1IFIP International Federation for Information Processing 2011

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Modeling the Performance of Ring Based DHTs in the Presence of Network Address Translators, models of overlay networks assume the underlying network to be a complete graph, an assumption that might hold in evaluation environments such as PlanetLab but turns out to be simplistic in practice. In this work we introduce an analytical network model where a fraction of the communication links a

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Usurp: Distributed NAT Traversal for Overlay Networks,ls. In this paper, we introduce Usurp, a message routing infrastructure that enables communication between private nodes (behind NATs or firewalls) either by direct connectivity or relaying messages via public nodes (nodes that support direct connectivity). Usurp provides fully distributed NAT-type

Antarctic

Kalimucho: Contextual Deployment for QoS Management,acteristics: context changes, mobility and limited resources of such devices. In this article we try to address such requirements using QoS-driven dynamic adaptations of application deployment. We are particularly interested in distributed applications QoS management facing with hardware limitations

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Towards QoC-Aware Location-Based Services,level of quality of location information in order to take relevant decisions. Location being a typical example of context information, we manipulate it using the COSMOS framework that we develop for the management of context data and their associated quality meta-data or quality of context (QoC). We