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Title	Decentralized Mechanism For Edge Node Allocation In Access Network: An Experimental Evaluation
ID_Doc	17661
Authors	Calle-Cancho J.; Cañada C.; Pastor-Vargas R.; Paoletti M.E.; Haut J.M.
Year	2024
Published	Future Internet, 16, 9
DOI	http://dx.doi.org/10.3390/fi16090342
Abstract	With the rapid advancement of the Internet of Things and the emergence of 6G networks in smart city environments, a growth in the generation of data, commonly known as big data, is expected to consequently lead to higher latency. To mitigate this latency, mobile edge computing has been proposed to alleviate a portion of the workload from mobile devices by offloading it to nearby edge servers equipped with appropriate computational resources. However, existing solutions often exhibit poor performance when confronted with complex network topologies. Thus, this paper introduces a decentralized mechanism aimed at determining the locations of network edge nodes in such complex network topologies, characterized by lengthy execution times. Our proposal provides performance improvements and offers scalability and flexibility as networks become more complex. Experimental evaluations are conducted using the Shanghai Telecom dataset to validate our proposed approach. © 2024 by the authors.
Author Keywords	decentralized mechanism; mobile edge computing; next-generation networks

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