Valentina Baljak

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This paper introduces a declarative agent-oriented language for Ambient Intelligence – S-CLAIM – that allows programming reactive or cognitive mobile agents in a simple, easy-to-use manner while meeting AmI requirements. Based on a hierarchical representation of the agents, the language offers a natural solution to achieve context-sensitivity. S-CLAIM is(More)
Development of wireless sensor networks deals with several difficulties, including time, cost and complexity of testing. In particular, indoor environment poses several specific constraints on radio wave propagation due to density of obstacles. This must be taken into account if we want to discover and validate network configurations and communication(More)
Primary task of wireless sensor networks is to deliver reliable and accurate information about the phenomena of interest. However, faults are a frequent occurrence and their accumulation affects the quality of service significantly. This leads to a shorter effective lifetime of the network. In this work, we propose a framework for the fault tolerance in(More)
  • Valentina Baljakb, Marius Tudor Beneaa, +16 authors Susumu Toriumi
  • 2014
This paper introduces a declarative agent-oriented language for Ambient Intelligence – S-CLAIM – that allows programming reactive or cognitive mobile agents in a simple, easy-to-use manner while meeting AmI requirements. Based on a hierarchical representation of the agents, the language offers a natural solution to achieve context-sensitivity. S-CLAIM is(More)
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