MEC system based on a container cloud platform

Abstract

The invention discloses an MEC system based on a container cloud platform. Infrastructure subsystem, The routing subsystem, the capability opening subsystem and the platform management subsystem are instantiated into container cloud platform applications, resource scheduling, operation monitoring and the like are achieved in an application mode, and MEC system lifecycle management based on the container cloud technology and user groups and enterprise appeals of modern network communication of rapid deployment, operation and maintenance and release are achieved. The invention provides a self-organizing cooperative technology between mobile intelligent equipment and an MEC system, and between the mobile intelligent equipment and the MEC system, the interaction between the mobile intelligentequipment and the MEC system adopts a self-organizing communication mode to realize distributed control and a centerless network structure, the identity correctness of two communication parties is ensured through an access authentication technology, and important network propagation contents are ensured not to be stolen. The invention provides an application collaborative migration technology between MEC systems, through the application collaborative migration technology, applications between container cloud platforms can be mutually migrated, and the integrity and the error-free performance of the applications are ensured.

Description

technical field [0001] The present invention relates to the related field of container cloud technology, in particular to a mobile edge computing (hereinafter referred to as MEC, ie Mobile Edge Computing) system constructed based on the container cloud technology. Background technique [0002] With the substantial increase in mobile network broadband, a large number of high-quality and high-demand content appear on the network, and network communication requirements such as low latency and ultra-high definition are put forward. As the telecommunication network turns into a social infrastructure, services in many industries will migrate to the network. On the other hand, the rise of Mobile Edge Computing (MEC, Mobile Edge Computing) has transformed from centralized to distributed, and improved user experience based on high-speed, localization, and flexible services. The basic components of the MEC system include routing subsystem, capability opening subsystem, platform manage...

AI Technical Summary

Problems solved by technology

The current MEC deployment model is based on the server deployment form of the traditional mobile network and relies on the underlying infrastructure. It does not have the advantages of efficient and simple deployment and distribution of applications, high process availability, automatic monitoring of service running status, and automatic recovery of downtime.

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