Titlebook: Software Technologies for Embedded and Ubiquitous Systems; 5th IFIP WG 10.2 Int Roman Obermaisser,Yunmook Nah,Franz J. Rammig Conference pr

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Physical/Cyber Objects Management Framework for Multiple-Area Detectable RFIDusers hesitate to attach such devices to physical objects. Even worth, batteries of embedded devices should despoil the living environment. Therefore, the low-price system to detect users’ phisical objects without battery is needed. We will propose a novel hardware platform using cheap RFID tags whi

apiary

A Task Decomposition Scheme for Context Aggregation in Personal Smart Spaceralized context management system need not concern about its resource consumption for context aggregation. However, in a personal smart space which consists of only resource-constrained mobile devices, not only global resource consumption of the personal smart space but also that of the device which

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Distributed k-NN Query Processing for Location Servicesume of LBS application data. In this paper, we propose a distributed k-NN query processing scheme for moving objects on multiple computing nodes, each of which keeps records relevant to a different geographical zone. We also propose a hybrid k-NN scheme, which utilizes range queries instead of k-NN

Dorsal-Kyphosis

Ontology Based Context Alignment for Heterogeneous Context Aware Servicesto users. Each service can be designed with individual context information which represents different perspective over the context. This paper proposes an advanced context management model with context alignment among heterogeneous context aware services. This model enable the interaction between co

prostate-gland

Community Computing Model Supporting Community Situation Based Strict Cooperation and Conflict Resol it is studied by many researchers but works on community computing are still at an early phase. To design and describe cooperation effectively, in this paper, we propose the community situation based cooperation model. In addition, we introduce conflict resolution scheme for community computing. Co

Communal

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On Distributed Real-Time Scheduling in Networked Embedded Systems in the Presence of Crash Failuresg those on thread execution times, thread arrivals, and node failure occurrences. We present a distributed scheduling algorithm called CUA. We show that CUA satisfies thread time constraints in the presence of crash failures, is early-deciding, has an efficient message complexity of .(.) (where . is

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