Research And Implementation Of Cloud-end Process Automatic Transformation And Dynamic Deployment Management Technology

With the digital transformation in today's world,enterprises have to deal with more and more business.At the same time,in order to improve the availability of the system to deal with business,the distributed architecture comes into being.In order to solve the defect of local computing resources,local machines with insufficient computing power are often deployed to the distributed architecture,and other computing nodes in the distributed architecture are used to perform complex computing tasks.Distributed architecture can also provide the stability of the system,in the event of a single point of failure,without affecting the business processing capacity of the entire system.Huawei Hongmeng operating system is a distributed operating system based on local area network,which enables rapid deployment of devices connected to the same local area network.The most important technology of distributed system is Communication.Inter-process Communication(IPC)is one of the most important Communication methods in distributed system,in which distributed message queue is mostly used for high-throughput data flow processing.With the popularity of cloud computing,it has become a hot research topic to deploy cloud servers to distributed systems in the way of the Internet and reduce local costs by using the computing power provided by the cloud.The purpose of this paper is to solve the problem of insufficient computing power that may occur in the traditional single-machine multi-process collaborative computing.By encapsulating the computing-intensive processes into cloud services,the cloud resources are utilized to realize the quick and convenient access to cloud services.Therefore,this paper will study a cloud-end communication conversion System based on Robot Operation System(ROS),study the characteristics of distributed IPC,and realize ROS-based communication nodes to simulate the corresponding distributed IPC.The container technology is used to encapsulate the process of distributed IPC communication as a container,and cloud services are created according to the micro-service architecture and provided to the access terminal.The cloud accesses the required services via an open port number and manages the container against the existing Kubernetes framework.Finally,this article uses the way of the website to integrate the design module into the website,using the website to achieve a complete system.The system provides cloud services of "seeking multiple power sum" and "face recognition",and visits and uses cloud services through experiments.It is proved that the complex computing functions of local machines with weak computing capacity can be realized by migrating the computation-intensive computing tasks to the cloud,and the feasibility of improving computing performance and saving local resources can be achieved.