Centralization calculating processing system

Abstract

The invention discloses a centralization calculating processing system. The system comprises: a far-end server for providing and sending virtual desktop service and / or virtual application service; a connection manager for receiving and forwarding the virtual desktop service and / or the virtual application service sent by the far-end server; and a client for receiving and executing the virtual desktop service and / or the virtual application service sent by the connection manager. According to the invention, the virtual desktop service and / or the virtual application service are provided for the client via the far-end server so that the client can realize desktop computing directly through a virtual desktop and / or a virtual application provided by the far-end server, the trouble that the client needs to be individually configured with a host can be avoided, and the investment cost of the system is effectively reduced. At the same time, since related data processing and resource scheduling are performed on all the clients through a unified far-end server, the utilization rate of system resources is also effectively improved.

Description

technical field [0001] The invention relates to the technical field of computer virtualization, in particular to a centralized computing processing system. Background technique [0002] At present, when performing desktop computing, PCs with relatively comprehensive functions (with independent processing hosts) are commonly used to implement them. Although this method of using PC to realize desktop computing can meet the needs of users, in the actual application process, this method of using PC to realize desktop computing also has many deficiencies, which are mainly reflected in the following aspects : [0003] First of all, this way of using PCs to realize desktop computing has a high investment cost; in the actual application process, when users realize desktop computing, almost every user needs to be equipped with a PC, and for each PC, the average Management tasks such as software deployment, updates, and patches are required, and these tasks require testing and verif...

AI Technical Summary

Problems solved by technology

[0003] First of all, this way of using PCs to realize desktop computing has a high investment cost; in the actual application process, when users realize desktop computing, almost every user needs to be equipped with a PC, and for each PC, the average Management tasks such as software deployment, updates, and patches are required, and these tasks require testing and verification of the deployment of multiple PC configurations, which require high equipment costs and a lot of manpower; at the same time, due to the actual In the process of application, the degree of standardization is not high, so that support staff often need to go to the site to solve problems, which further increases the cost of investment

[0004] Secondly, this method of using PCs to realize desktop computing has high energy consumption and emissions in the actual application process; usually, the energy consumption of a PC is about 200 watts, calculated on the basis that each PC runs for more than 12 hours on average , then the annual power consumption of a PC is about 800-1000 kilowatt-hours, and this is an astonishing figure for a PC working environment with tens of thousands of units in an enterprise; at the same time, for The energy consumption of the power system and refrigeration system configured in the PC working environment is even more alarming

[0005] Thirdly, this way of using PC to realize desktop computing has a serious shortage in terms of resource utilization. In the actual application process, due to the distributed nature of PC, it is difficult for people to improve the resource utilization of PC by concentrating resources. rate, resulting in a typical utilization rate of less than 5% for each PC

[0006] For the above-mentioned problems in related technologies, no effective solution has been proposed yet

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