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RESEARCH & RESULTS

RESEARCH & RESULTS. Ph. D. Student in Computer Science and Engineering . Sena Efsun CEBECI senacebeci@ku.edu.tr. ON GOING RESEARCH. Energy Efficient Hierarchical Epidemics in Peer-to-Peer Systems Energy cost model using flat neighborhood epidemics

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RESEARCH & RESULTS

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  1. RESEARCH & RESULTS Ph. D. Student in Computer Science and Engineering. Sena Efsun CEBECI senacebeci@ku.edu.tr

  2. ON GOING RESEARCH • Energy Efficient Hierarchical Epidemics in Peer-to-Peer Systems • Energy cost model using flat neighborhood epidemics • Effect of protocol parameters to characterize energy consumption • Dominating set approach • HealthCloud: Secure Health Sharing in Federated Cloud

  3. KEY RESULTS • Detection of active/passive peers to save energy. • Beneficial for both epidemic and hierarchical approaches • Robust against node failures compared to pure hierarchical approaches

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