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Titlebook: Bioinspired Models of Network, Information, and Computing Systems; 4th International Co Eitan Altman,Iacopo Carrera,Yezekael Hayel Conferen

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Mei Jin,Yu Yaling,Wang Zhibin,Zhang Jianse of redundancy of packet copies in the system and energy consumption. Two-hop routing on the other hand minimizes the packet flooding and the energy costs but degrades the delivery probability. This paper presents a framework to achieve a tradeoff between the successful data delivery probability and
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Cooperation in Hunting and Food-Sharing: A Two-Player Bio-inspired Trust Model vampire bats [56,57,58]. In this paper, it is postulated, that low bounding of food capacity (fast saturation) in conjunction with a high demand of food energy (fast starving without food) strongly supports cooperative behavior. These postulations are integrated within the proposed model as an extension of the prisoner dilemma [10,11,49].
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Bioinspired Models of Network, Information, and Computing Systems978-3-642-12808-0Series ISSN 1867-8211 Series E-ISSN 1867-822X
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Gustavo Soares Guandalini,Sripal Bangaloreighways) in dense wireless sensor networks. We describe the algorithms devised and report on the outcomes of a simulation study, aimed at assessing the scalability and the performance of the proposed approach.
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https://doi.org/10.1007/978-3-030-45414-2rvice mobility as a part of the BIONETS service evolution process with the aim of optimizing service penetration in a pervasive computing environment and balancing the load in the system caused by the high service utilization rate.
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Mouse Ex Vivo Kidney Culture Methodsolid probabilistic model for DTNs collecting social information, we prove a near-optimal policy for our constrained *-cast problems that minimizes the expected delivery delay. We verify it through simulation on both real and synthetic mobility traces.
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