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This paper propose a novel call admission control (CAC) scheme that considers real-time and non-real-time nature of a call before allocating resources for its progress in a network. The scheme accumulates the benefits of different CAC schemes for best optimization of the available resources. It has combined the three major schemes- reserve guard channel, buffer based and prioritization. Application...
Distributed architecture for prognostics is an essential step in prognostic research in order to enable feasible real-time system health management. Communication overhead is an important design problem for such systems. In this paper we focus on communication issues faced in the distributed implementation of an important class of algorithms for prognostics - particle filters. In spite of being computation...
Distributed prognostics is the next step in the evolution of prognostic methodologies. It is an important enabling technology for the emerging Condition Based Management/Prognostics Health Management paradigm. This paper provides an overview of such systems with details of the system architectures and the various possible design considerations. A distributed particle filter architecture for battery...
Although wireless sensor network was a trend of past few years, lots of researchers have been working for its development. As a consequence, they have developed new research works. But within these works, very few works are for disaster managements in hybrid networks of sensor networks and cellular networks. However, among these few works, no works consider that some base stations of cellular networks...
WSNDM is a wireless sensor network protocol for disaster management. The authors have proposed this protocol with an updated hybrid network framework. In this paper, we analyze the performance of this protocol and compare it with well known protocol LEACH, though LEACH protocol does not consider a collapsed base station, which our protocol does. In sensor network, performance is measured by average...
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