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Fog Device Deployment for Enhanced Edge Communication and Network Cohesion using JAYA
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DOI：10.1007/s10723-026-09832-x.png)
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Abstract
En 中文
Fog computing extends cloud capabilities to the network edge, enabling low-latency and context-aware service delivery for IoT applications. Deployment of the Fog devices plays a major role in offering the optimal services to the end users. While existing Fog Device Deployment (FDD) strategies focus on maximising connectivity and edge coverage, they often overlook logical edge-to-edge communication and network cohesion. This work extends the existing JAYA based FDD model by deriving a modified fitness formulation that penalises fragmented networks using disjoint edge clusters and includes logical edge-edge communication through shared fog nodes. A detailed comparison of these two fitness functions exhibits that the proposed formulation produces much more cohesive and well-connected Fog device network. A comparative analysis on synthetic topologies demonstrates superior cohesion, reduced fragmentation, and smoother convergence, validating the proposed improvements.
Keywords:
Fog device deployment
Fog connectivity
Edge device coverage
JAYA Algorithm
Quality of service (QoS)
Communication technologies
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2.9
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759
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1.2K
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