Data disk technology simultaneously supporting 3V desktop virtualization architecture

Abstract

The invention discloses a data disk technology simultaneously supporting a 3V desktop virtualization architecture. The invention relates to the technical field of desktop virtualization, in particularto a desktop virtualization system which comprises three user login clients including a VDI client, a VOI client and an IDV client, and a user registers in a Keystone and is bound with a system mirror image, a network data disk and an MAC address. Data disks of three desktop virtualization architectures of VDI, VOI and IDV are connected. A user uses any desktop virtualization; the data of the user can be accessed; a universal network disk technology irrelevant to a virtualization architecture is used; the identity authentication of the cloud desktop is passed; the same part of data belongingto the user can be directly accessed; according to the method, the processes of network disk login, different cloud desktop data synchronization and the like do not need to be executed again, the technology is suitable for a scene of simultaneously reading and writing data on various desktop virtualization architectures, and the requirement of a user for accessing the same data on different desktops, different physical devices, different networks and different positions can be met.

Description

technical field [0001] The invention relates to the technical field of desktop virtualization, in particular to a data disk technology simultaneously supporting 3V desktop virtualization architecture. Background technique [0002] Desktop virtualization refers to the virtualization of the computer's terminal system (also called desktop) to achieve the security and flexibility of desktop use. We can access our personal desktop through any device, at any place, and at any time through the network. system, so desktop virtualization technology essentially separates user use from system management. The direct benefit of this is that user access to desktops does not need to be limited to specific devices, specific locations, and specific times. , we can access our desktop through any device that meets the access requirements. In this way, employees do not have to work overtime in the company, but can go home and access the company's desktop through the home device, continue to wo...

AI Technical Summary

Problems solved by technology

[0003] In traditional desktop virtualization scenarios, in order to achieve unified and centralized data storage and access anytime and anywhere, the virtual disk function of virtualization itself will be used to meet the requirements. Therefore, different virtualization architectures will have dedicated virtual data disks. In addition, users in actual production scenarios The demand for desktops is dynamically changing. When going out, it is a light-weight computing back-end computing VDI desktop, and when it is working, it is a computing-intensive front-end computing VOI desktop. As a result, when accessing different desktops at different times, additional solutions are required to solve data access. Synchronization problems lead to mediocre results. Therefore, a data disk technology that supports 3V desktop virtualization architecture is proposed to solve the above problems.

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