Hyper desktop virtualization method and system

Abstract

The invention provides a hyper desktop virtualization method and system. The method comprises the steps of: transmitting peripheral equipment data flows of user equipment to a flow distributor through a network; and orienting the peripheral equipment data flows to different servers to perform corresponding processing by the flow distributor according to the current configuration and use state of a user. According to the hyper desktop virtualization method and system provided by the invention, a virtual desktop system is enabled to have strong customizability; the hardware configuration of a client side can be reduced according to different operating environments; the universality is better and has nothing to do a hardware platform and an operating system platform; and more reliable desktop services can be provided to fundamentally improve user experience.

Description

technical field [0001] The present invention relates to the technical field of desktop virtualization, in particular to a method and system for super desktop virtualization. Background technique [0002] Desktop virtualization technology is one of the three major virtualization technologies in the field of computer virtualization. Desktop virtualization technology is a server-based computing model, and borrows the traditional thin client model. It allows administrators and users to Obtain the advantages of both methods at the same time: all desktop virtual machines are hosted in the data center and managed in a unified manner; at the same time, users can obtain a complete PC experience. Through desktop virtualization, you can access your personal desktop system on the network at any place and any time through any device. [0003] Existing desktop virtualization architectures such as figure 1 As shown, in the existing desktop virtualization products, a desktop integrates de...

AI Technical Summary

Problems solved by technology

Clients cannot modify its properties, cannot configure it

A desktop contains all the data of the desktop, video, audio, and peripherals. These data are integrated with the desktop and cannot be separated. When transferring data, all data must be transferred between the client and the virtual machine, which will inevitably bring great inconvenience. network consumption

[0004] Moreover, in the existing desktop virtualization products, each desktop must contain audio and video data, and all must be transmitted through the network, which causes a lot of load pressure on the server side, because the server must provide The desktop service provides audio and video services at the same time, and the decoding and display of audio and video playback are all done by the virtual CPU, and the CPU load of the server is bound to be very heavy.

On the other hand, all audio and video data is transmitted through the same network as the desktop. The huge data information of audio and video will inevitably cause a high load on the network, increase network delay, and reduce the user experience of the desktop.

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