چكيده به لاتين
Cloud computing offers many opportunities, such as the conversion of initial investment into operational investment from a business perspective and scalability, and the convenient and rapid availability of computational resources from a technical point of view for organizations and customers, in order to be able to cope with the costs of deploying its software systems Reduce. For this reason, many organizations are migrating their critical systems to cloud environments. Various methods have been proposed for optimal use of resources in cloud environments, one of which is the use of lightweight virtualization technologies, especially container dockers.
Lightweight virtualization technologies have revolutionized the world of software development and provide innovations and flexibility in this area. One of the most important methods for cloud migration is the use of Dock Containers, which are fixed on cloud servers using lightweight virtualization technologies. So that it can be done in cloud computing for optimal use of cloud migration resources and using virtualization technologies. Accordingly, an assessment of the performance status of the system resources in virtualization technologies is needed to be used for more efficiency in cloud environments.
The thesis attempts to use a variety of migration policies, evaluating and comparing the effectiveness of various virtualization technologies with the Dock Container approach, and the development of lightweight technology in the cloud. Dacer Immersion Challenges for Containers are also evaluated in cloud environments. Using the results obtained, a model is proposed to improve the efficiency of Dock Container Immigration in resource utilization.
Keywords: Container, Cloud Computing, Docker, Virtual Machine, Immigration.
