Micro-service management system and scheduling method oriented to Internet of Things management platform

Abstract

The invention discloses a micro-service management system and scheduling method oriented to an Internet of Things management platform. An elastic telescoping assembly aims at telescoping a connection management instance, an operation and maintenance instance and a data processing instance in the Internet of Things management platform more efficiently so as to meet diversified dynamic telescoping and deployment requirements of a business layer. An automatic operation and maintenance assembly is used for increasing perception of equipment topology and state on the basis of access and management of existing massive concurrent equipment of the Internet of Things management platform, and upgrading firmware and the like required by the equipment can be quickly and nearby issued. According to the invention, when the micro-service system of the business layer puts forward equipment management and calculation requirements to the Internet of Things management platform, the micro-service system in the physical management platform can adaptively combine the constraint and limitation of the business layer to carry out dynamic sub-service scaling, so that the physical management platform resources are efficiently utilized under the condition that the requirements of the business layer are met to support massive equipment management and business calculation.

Description

technical field [0001] The invention relates to a microservice management system and scheduling method oriented to an IoT management platform, and belongs to the technical field of cloud computing and edge computing. Background technique [0002] Many large enterprises urgently need access and management of massive concurrent devices, as well as efficient deployment and computing of complex services. Therefore, the existing work has implemented these two parts separately based on the use of microservices. That is to say, microservice-based systems have been built in the business layer and IoT management platform respectively. [0003] Among them, the business layer is responsible for providing various complex business calculations for enterprises; the IoT management platform is responsible for the access and management of massive concurrent devices. The microservice-based system essentially splits some complex functions and services into sub-services, and automatically sta...

AI Technical Summary

Problems solved by technology

When each business sub-service requires massive equipment support, the concurrent instances of these business sub-services will virtually bring pressure to the micro-service system of the IoT management platform

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