Abstract:
The application of IPv6 to the community medical Internet of things (CMIoT) is helpful to solve the heterogeneous network fusion problem. However, how to effectively impl...Show MoreMetadata
Abstract:
The application of IPv6 to the community medical Internet of things (CMIoT) is helpful to solve the heterogeneous network fusion problem. However, how to effectively implement the application of IPv6 technology in the CMIoT is still a problem that needs to be constantly explored. While the IPv6 technology can effectively solve the problem of identifying the nodes of the CMIoT, the big data in the CMIoT becomes a more prominent problem. On the basis of the research on the application of IPv6 technology to the Internet of things (IoT), this paper proposes a kind of IPv6 proxy scheme for the interconnection between the IoT subnet and the IPv6 Internet. At the same time, the big data problem of the IoT is discussed, and a big data processing architecture based on cloud platform is designed for effective processing of the big data of the CMIoT. Combined with the Ptolemy II modeling and simulation platform, the IPv6 proxy scheme and the medical big data processing architecture based on cloud platform are modeled and simulated. The simulation and analysis results show that the IPv6 proxy scheme can not only achieve more efficient implementation of IoT subnet nodes accessing the IPv6 Internet based on the IPv6 technology, but also play a certain role in the big data processing of CMIoT.
Date of Conference: 25-29 June 2018
Date Added to IEEE Xplore: 30 August 2018
ISBN Information:
Electronic ISSN: 2376-6506