Enabling Seamless Healthcare Services with RC-Based Geographical Peer-to-Peer Fog Architecture in the Healthcare 4.0
Document Type
Conference Proceeding
Publication Date
12-22-2024
School
Computing Sciences and Computer Engineering
Abstract
This paper introduces a novel peer-to-peer (P2P) architecture tailored for resource discovery in sensor-based health-monitoring devices. Departing from traditional publish/subscribe methods, this architecture employs location-, interest-, and resource-based mechanisms to enhance efficiency and security without relying on a centralized communication model. The proposed architecture comprises a two-level overlay network: a transit ring housing group-heads representing specific resource types, and a fully connected group of peers. Theoretical analysis demonstrates that search latency remains independent of the number of peers, with constant complexity for intra-group data lookup and O(n) complexity for inter-group data lookup, where n signifies the total number of resource types. This architecture enables efficient, cost-effective, and secure management of large data throughput for medical IoT systems, offering an alternative to the centralized communication model.
Publication Title
Communications in Computer and Information Science
Volume
2242 CCIS
First Page
189
Last Page
201
Recommended Citation
Vinaganti, H.,
Tannedi, N. C.,
Nannuri, P.,
Roy, I.,
Mitra, R.,
Rahimi, N.,
Gupta, B.
(2024). Enabling Seamless Healthcare Services with RC-Based Geographical Peer-to-Peer Fog Architecture in the Healthcare 4.0. Communications in Computer and Information Science, 2242 CCIS, 189-201.
Available at: https://aquila.usm.edu/fac_pubs/21850
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