Method for support network resource dynamic integration and cooperation under network environment

Abstract

The method includes following steps: event template creation, event subscription, audiomonitor deployment and configuration; event sending, grid resources searching, cooperation request event sending; service end driving, monitoring / sending operated result, ensuring management domain at client end, and client end driving. Integrating resources inside corporation with external resources in real time, the invention realizes dynamic integrating and cooperating with these resources in order to reply to external multivariant requirements of market.

Description

technical field [0001] The invention relates to the technical field of computer networks, in particular to a method for supporting dynamic integration and collaboration of grid resources in a grid environment. Background technique [0002] Grid, as a computing and data management infrastructure, can provide information support for many fields such as business activities, government activities, scientific research, and mass entertainment. Some literatures believe that the problem to be solved by the grid is defined as "flexible and secure collaborative resource sharing in the collective of individuals, organizations and resources dynamically formed". This view emphasizes the importance of information and collaboration. With the development of Web technology and related standards, grid technology has developed into the third stage, and the focus has shifted to distributed global collaboration, that is, service-oriented methods and information layer issues, and more emphasis o...

AI Technical Summary

Problems solved by technology

[0003] This question can be subdivided into the following questions: (1) Grid resources are diverse, such as processes, services and personnel. Is it necessary to shield the differences between these resources? How to block? (2) Due to the highly dynamic nature of the grid environment, resources can be added and withdrawn at any time, resulting in the unpredictability of grid resources

These interoperability behaviors need to be set before running and cannot be changed at run time

This has caused three problems: (1) Poor fault tolerance: once the pre-bound service is unavailable, the business cannot continue to run; (2) Due to the pre-binding policy, the best service cannot be used; (3) Need to know in advance To bind the address of the service or application, in a service mesh environment, this will be very difficult

Therefore, if the existing SOA solution is directly adopted, it will result in: the internal management domain and the inter-management domain are full of inextricable connections. business delay

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