Cloud end system capable of being used elastically

Abstract

The invention discloses a cloud end system capable of being used elastically. The cloud end system mainly comprises a user end execution module, a software virtualization wrapper and a software virtualization server. The software virtualization wrapper and the software virtualization server are built on a cloud end platform, the software virtualization wrapper is used for storing utility software and a packaging file produced by virtualization, and the software virtualization server is connected with the software virtualization wrapper to provide the packaging file of the utility software to a computer of the user end. The user end execution module is installed on the computer of the user end, a cloud end servo relevant area is virtually built in the computer of the user end, and the cloud end servo relevant area receives and stores the packaging file of the loaded utility software. The computer of the user end can use the utility software of the cloud end platform through the user end execution module under an elastic application mode of network connection or disconnection.

Description

technical field [0001] The present invention relates to a cloud platform architecture, which aims to realize the virtualization of cloud software on a cloud platform, and the user terminal computer can select the elastic application mode of the online or offline cloud platform to access the cloud software. Background technique [0002] According to the definition of the US National Institutes of Standards & Technology (US National Institutes of Standards & Technology), cloud computing can be roughly divided into three levels in terms of construction architecture (industry type): [0003] (1) Software as a Service (SaaS): User computers access cloud applications through the Internet. [0004] (2) Platform as a Service (PaaS): a service that deploys developed application software to the cloud. [0005] (3) Infrastructure as a Service (IaaS): Refers to the lease service of processors, storage, network and other resources. Customers do not need to manage the underlying cloud i...

AI Technical Summary

Problems solved by technology

[0007] (1) The number of people that the software can serve on a single server is too low. However, in order to cope with the huge number of users, the continuous expansion of the server has caused a significant increase in the cost of various hardware

[0008] (2) Cloud software access is performed by terminal transmission. During the use of the software, the terminal transmission must maintain a smooth connection and cannot be used offline.

[0009] (3) A large amount of data transmission increases the network transmission load, and problems such as transmission speed attenuation and transmission interruption occur frequently

[0010] (4) The FPS (Frame / Per Second) of the terminal transmission screen is not ideal, and many software cannot be practically applied to this platform

[0011] (5) The server needs to pay more extra expenses because it often handles high load status

[0012] (6) The client resources are not properly used. Nowadays, all client computers have a certain level, and the service thin client (Thin Client) has little benefit

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