Virtual resource management system and method

Abstract

The invention discloses a resource and virtual device management coordination mechanism and method. The method comprises the steps that a user carries out registration and interactive authentication with a system through a client operation interface; the client server obtains resource demand information according to the operation of a registered user and sends the resource demand information to the comprehensive perception and management server through the network communication coordination server; the comprehensive perception management server receives the demand of this round, analyzes the system resource condition, generates a combined port condition according to the finite state signal of the system virtual machine, and sends the combined port condition to the network communication coordination server; and the network communication coordination server feeds back information, so that related users can be matched with the virtual machines meeting the requirements and carry out topology construction and related operation. The invention aims to improve the resource management link of the virtual simulation platform and stipulate the finite state conversion process of the virtual machine in the platform operating system process and the communication process among the client server, the network server and the virtual resource management server so as to realize the load balancing of the virtual simulation platform and the maintenance of the active state of the system.

Description

technical field [0001] The invention relates to the field of communication technology and resource management, in particular to a virtual resource management system and method thereof. Background technique [0002] Network virtual simulation and cloud resource management platforms provide great convenience for improving resource utilization and optimizing local resource management, but most of the existing platforms rely on network servers, physical devices, client servers and other Due to the limitations of the management mechanism such as state delay, state explosion, and inflexible conversion, it is difficult to coordinate the actions of multiple modules in real time. At the same time, in recent years, the research on the extension of the formalization mechanism of the state diagram has effectively supported the modeling of various complex behaviors, provided more feature combination states, and made the system have problems such as poor reusability and difficult maintena...

AI Technical Summary

Problems solved by technology

[0002] Network virtual simulation and cloud resource management platforms provide great convenience for improving resource utilization and optimizing local resource management, but most of the existing platforms rely on network servers, physical devices, client servers and other Due to the limitations of the management mechanism such as state delay, state explosion, and inflexible conversion, it is difficult to coordinate the actions of multiple modules in real time

At the same time, in recent years, the research on the extension of the formalization mechanism of the state diagram has effectively supported the modeling of various complex behaviors, provided more feature combination states, and made the system have problems such as poor reusability and difficult maintenance. The traditional implementation method is due to the simple structure The inter-system mapping mechanism cannot be effectively formed, so the relevant systems still have space-time limitations on the virtual machine power on and off, recovery and restart, and remote control

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