I. what is the course (comprehensive introduction)
1.1 . Background of the course OpenStack is an open source project initiated by Rackspace, a global developer, designed to create a cloud-based platform that is easy to deploy, feature rich, and easy to scale. OpenStack attempts to become a data center operating system, the cloud operating system. Since the start of the project, OpenStack has almost won the attention of all it giants, and there has been a surge of excitement at various OpenStack technology conferences, and almost everyone has become a believer in OpenStack. OpenStack is charismatic, like Linux, designed to build a kernel where all software vendors work around it. OpenStack has a number of sub-projects that provide agile management of the various resources in the cloud computing platform, such as computing power, storage, and networking. Although these projects are just beginning, they are ambitious. OpenStack, on the other hand, also provides support for virtualization technologies. OpenStack is currently in the process of maturing and perfecting, the major enterprises have invested a lot of manpower and material resources to develop OpenStack cloud technology, in order to take advantage of this technology competition, to win the competitive edge in the future market competition. So now and for a long time to come, the job market is in dire need of people who know cloud computing, especially OpenStack technology. At the same time, the talent in this area, regardless of salary income, or development prospects, there is a broader space.
1.2. Introduction to the course contentThis course is an OpenStack introductory course that focuses on the deployment and networking aspects of OpenStack. The course emphasizes practical hands-on operation, using VMware to simulate the actual physical platform so that you can actually build and learn OpenStack yourself. Topics include basic knowledge of cloud computing, virtual network fundamentals, OpenStack Deployment and applications, and OpenStack network details.
1.3. Course OutlineFirst: Introduction to Cloud computing, install base image second: Virt-install install virtual machine, Libvrit virtual network third: OpenStack Overview Fourth: Install Controller,keysto NE Fifth: Installation of glance, switch working principle sixth: Nova-compute and Nova-network (1) Seventh: Nova-compute and Nova-network (2) Eighth speaking: Nova -compute and Nova-network (3) Nineth: How FLATDHCP Mode works Tenth: Installation and use dashboard 11th: Installation and use cinder 12th: OpenStack qu Antum (1) 13th: OpenStack Quantum (2) 14th Lecture: OpenStack Quantum (3) 15th lecture: Load Balancer
Ii. Characteristics of the courseCharacteristics 1, in the actual combat learning, the course is not on paper, through the establishment and commissioning of a real OpenStack platform, in layman's details, the various components of OpenStack: Keystone, Glance, Nova, Cinder, Quantum, Horizen. The various practical problems encountered in the course not only demonstrate how to solve the problem, but also teach everyone to find a way to solve the problems. Characteristics 2, the difficult question comprehensive explanation. Among the various technologies of cloud computing, the network part is the hardest and most complex and diverse. The course provides a detailed explanation of the virtual network, including basic principles, as well as real-world building, problem tracking and resolution. Features 3, Lecturer Ming Yi has a wealth of experience in the telecommunications group, is currently responsible for all aspects of the cloud platform work, and has many years of internal training experience. The lecture content is completely close to the enterprise demand, not on paper.
OpenStack Cloud computing Platform Management (nova-compute/network)
