Method for dynamically distributing cloud desktops

Abstract

The invention relates to the technical field of cloud computing, in particular to a method for dynamically distributing desktops based on a cloud operating system platform. In the method for dynamically distributing cloud desktops, terminals are identified by the unique T__ID, a terminal management system automatically distributes corresponding virtual machines to the terminals according to the T__ID when the terminal is started, and the terminal automatically logs in the virtual machines according to IP (internet protocol), user names and passwords and the like of the virtual machines distributed by the terminal management system. The foreground terminals and the background virtual machines correspond one by one, and when the terminals are closed normally, the corresponding virtual machines of the terminals stop running. Meanwhile, the terminal management system scans states of various registered terminals within the system range in real time, when the registered terminals are found to be closed abnormally, the corresponding virtual machines of the registered terminals can be set to be dormant by the terminal management system, so that the virtual machine can stop running. The method for dynamically distributing desktops realizes automatic and dynamic distribution of cloud terminals effectively and can be applied to managements of the cloud terminals and the virtual machines.

Description

technical field [0001] The invention relates to the technical field of cloud computing, in particular to a method for dynamically distributing cloud desktops based on a cloud operating system platform. Background technique [0002] In the cloud operating system platform, multiple virtual machines are always pre-created to form a virtual machine resource pool. When end users use it, they enter the virtual machine IP, user name, password, etc. specified by the administrator through various terminals such as thin clients. information to log into the virtual machine. Currently, this virtual machine allocation and management method requires the terminal user to enter multiple login information when the terminal logs in to the virtual machine, and the user experience is poor; and when the user logs out normally or the terminal is disconnected abnormally, the background virtual machine is still in the There is no one-to-one correspondence between the front-end terminal and the bac...

AI Technical Summary

Problems solved by technology

Currently, this virtual machine allocation and management method requires the terminal user to enter multiple login information when the terminal logs in to the virtual machine, and the user experience is poor; and when the user logs out normally or the terminal is disconnected abnormally, the background virtual machine is still in the There is no one-to-one correspondence between the front-end terminal and the background virtual machine in the running state, which is likely to cause energy waste

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