Hybrid Cloud Design And Implementation Based On Docker-based Heterogeneous Virtual Computing

In this paper,hybrid cloud-related solutions based on Docker-based heterogeneous virtual computing are designed,deployed and implemented to solve the problem of deploying cloud computing resources in a heterogeneous hybrid cloud environment and deploying the production center conveniently and quickly.Cloud computing as a new computing model,has advantage of on-demand provide,paying on demand,flexible scalability,opening quickly and so on.In order to take advantage of each cloud service provider to implement application deployment across clouds and to avoid deep binding by a cloud service vendor,this paper first designs and implements heterogeneous cloud computing by adapting the heterogeneous public cloud API Infrastructure resource management system that enables the creation of infrastructure on heterogeneous clouds using a unified set of APIs,regardless of which public cloud the infrastructure is located on.In addition,taking advantage of Docker's runtime environment encapsulation and quick start features,and taking into account the existing nodes in the container service scheduling scheme restrictions,this paper also proposes to deploy a separate set of containers for each region of each cloud,and more a unified arrangement and management of multi-container cluster services in heterogeneous hybrid cloud based on Docker are designed and implemented.The resource scheduling and service invocation of multi-container cluster are mainly focused on the scenario of host-level and container layer two-layer elastic expansion and other issues,so that applications can be microservices in the form of heterogeneous cloud deployment in the production center quickly deployed.Finally,the relevant scenarios are designed to validate the above functions.The results show that the proposed scheme can effectively implement heterogeneous virtual computing based on Docker in heterogeneous hybrid cloud scenarios and achieve rapid deployment of heterogeneous hybrid cloud production centers and micro-service applications the goal of.