Container based Internet of Things IaaS service implementation method

Abstract

The invention provides a container based Internet of Things IaaS service implementation method and belongs to the technical field of establishment of multi-tenant environment of an Internet of Thingsgateway. The container based Internet of Things IaaS service implementation method comprises the steps of establishing a multi-tenant calculation environment of the Internet of Things gateway by usinga container technology; realizing a multi-tenant network environment by using a virtual switch technology, wherein the multi-tenant calculation environment and the network environment compose a multi-tenant environment in the Internet of Things gateway; enabling a cloud data center environment of same tenants and the environment in the Internet of Things gateway to interconnected and intercommunicated through a VxLan technology; realizing an isomorphic overlay network at an isomeric underlay network between the cloud data center of the Internet of Things gateway; handing over a set of Internet of Things terminal and cloud data center resources to different Internet of Things applications; and finally realizing the Internet of Things IaaS service. The container based Internet of Things IaaS service implementation method not only realizes transparent isomeric calculation of applications, but also fully multiplexes the valuable Internet of Things terminal resources; and the capability ofservicing multiple applications at the same time and flexibly in a multi-tenant environment by a set of terminal resources is realized.

Description

technical field [0001] The invention relates to the technical field of constructing a multi-tenant environment of an Internet of Things gateway, in particular to a method for implementing a container-based Internet of Things IaaS service. Background technique [0002] With the development of the Internet of Things, various Internet of Things frameworks emerge in an endless stream, and the Internet of Things is also combined with the cloud platform to form IoT services on the cloud platform. However, the existing IoT service frameworks are all positioned on the communication layer, data layer and processing layer. The southbound network boundary is generally in the data gateway of the platform, and the southbound data boundary is generally in the SDK of the terminal smart device. IoT gateways are not within the network scope of the cloud, nor are they managed by the cloud. Generally, IoT gateways are deployed by access vendors. Because the number of IoT gateways is large and...

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