A kind of access method, device and system of VMI platform

Abstract

The embodiment of the invention discloses an access method, device and system for a VMI (Virtual mobile infrastructure) platform and is used for reducing network transmission delay and packet loss andimproving the user experience. The method provided by the embodiment of the invention comprises the steps of deploying operating system mirror images of the VMI platform on a plurality of cloud nodesin advance, and detecting own geographic position information by a VMI client; determining a target cloud node according to a second geographic position when it is detected that the VMI client is changed from a first geographic position to the second geographic position, wherein the target cloud node is the cloud node in the plurality of cloud nodes, and the target cloud node is nearest to the VMI client on the geographic position; and carrying out access by the VMI platform through adoption of the operating system mirror image deployed on the target cloud node. Compared with the prior art, the embodiment of the invention has the advantages that automatic access to the cloud node nearest to a current city is carried out according to the user geographic position, the nearby access of the VMI platform is realized, the network transmission delay and packet loss are reduced and the user experience is improved.

Description

technical field [0001] The present invention relates to the technical field of virtual mobile infrastructure, in particular to a VMI platform access method, device and system. Background technique [0002] VMI (Virtual mobile infrastructure, virtual mobile infrastructure), also known as: virtual mobile phone, refers to the access to a remote operating system (such as Android operating system) on the mobile phone / tablet, which is used for mobile office and protects the security of office data. . [0003] At present, the experience of VMI transmission is not good when it is transmitted across regions. For example, the VMI platform server is deployed in China. When the user travels to the United States and accesses the VMI platform through the VMI client, the experience will become very poor. The traffic is large and the real-time requirements are high, and the Internet transmission delay and packet loss between the United States and China are very large, resulting in VMI free...

AI Technical Summary

Problems solved by technology

[0003] At present, the experience of VMI transmission is not good when it is transmitted across regions. For example, the VMI platform server is deployed in China. When the user travels to the United States and accesses the VMI platform through the VMI client, the experience will become very poor. The traffic is large and the real-time requirements are high, and the Internet transmission delay and packet loss between the United States and China are very large, resulting in VMI freezes when using it, affecting user experience

Another example is that the VMI platform server is deployed in Shenzhen. When a user travels to Beijing and accesses the VMI platform through the VMI client, the experience effect will be very poor. The Internet transmission delay and packet loss between North and South Telecom are very large, resulting in VMI freezes when in use, affecting user experience

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