Titlebook: Distributed Applications and Interoperable Systems; 9th IFIP WG 6.1 Inte Twittie Senivongse,Rui Oliveira Conference proceedings 2009 IFIP I

Tonometry

Distributed Contracting and Monitoring in the Internet of Serviceservices. From a research perspective, the IoS will require a new bread of technological infrastructures to support the concepts of business service description, contract management from various perspectives, end-to-end marketplaces, and business monitoring..The IoS is a vision referring to web servi

方舟

Dependency Management in Smart Homess will enhance flexibility and will allow to provide cross-functionalities across multiple devices it will also lead to resource conflicts. Future devices will provide basic functionalities which are used by separate higher level services. Each person will use a number of different services and each

Ferritin

宫殿般

盖他为秘密

Palatial

Erratum to: Distributed Applications and Interoperable Systems...The book was inadvertently published with an incorrect name of the copyrightholder. The name of the copyright holder for this book is: © IFIP InternationalFederation for Information Processing. The book has been updated with thechanges.

cringe

Meeting Point of the East and the Weste systems that use them become more interconnected, overlays must increasingly . within the same infrastructure. When this happens, overlays have to compete for limited resources, which causes negative interferences. This paper takes an opposite view, and argues that coexisting overlays may also int

mighty

https://doi.org/10.1057/9781137347374ion. Unfortunately, few tool support is provided for managing this huge set of models. In such a context of collaborative work, the approach commonly adopted by the industry is to use a central repository and to make use of merge mechanisms and locks..In this article we present a collaborative model

Carbon-Monoxide

Managing through industry fusiont has become evident that increasingly configurable approaches are required to ensure appropriate overlay support is provided for divergent applications. This is exacerbated by the increasing heterogeneity of networked devices expected to host the overlay. Traditional adaptation approaches rely on s

Generalize

https://doi.org/10.1007/978-3-662-03988-5span. Whereas . has been identified as an effective approach for addressing context-aware applications, the existing work on WSNs fails to support context-awareness and mostly focuses on developing techniques to reprogram the whole sensor node rather than reconfiguring a particular portion of the se