ACP method-based parallel network architecture

Abstract

The invention belongs to the field of communication, control and computing technologies and relates to a novel network system architecture. The ACP method-based parallel network architecture is characterized by comprising the following steps of A, modeling: establishing an artificial network model, perfecting the artificial network model, and increasing interference parameters for the model at special positions; B, conducting the calculation experiment: conducting the calculation experiment on historical data and storing to facilitate the comparative invocation of the actual network; C, parallel execution: adjusting the state of the artificial network and optimizing the network while correcting the system state of the actual network at the same time.

Description

technical field [0001] The invention belongs to the technical field of communication, control and computing, and relates to a novel network architecture. Background technique [0002] The current network architecture is an emerging shared infrastructure based on cloud computing, which can connect huge system pools together to provide various Internet-based IT services. Including customer relationship management system (CRM, Customer Relationship Management), enterprise resource management system (ERP, Enterprise Resource Planning), online marketing tools, supply process management, etc., and can also be extended to technical services such as software development and IT infrastructure. The shared infrastructure based on cloud computing provides a brand-new low-cost alternative. On the premise of ensuring service quality, it can provide users with low-cost data center expansion capabilities, IT infrastructure, software, and various new applications. [0003] The network archi...

AI Technical Summary

Problems solved by technology

However, the real network is a huge system, and with the development of technology, it becomes more and more complex, and the corresponding engineering complexity and social complexity become higher and higher, and the degree of interaction between the two becomes stronger and stronger. , how to realize the dynamic control of the network in such a complex network environment is a key issue

At the same time, the network era has the characteristics of connection anytime, anywhere, ubiquitous services, integration of virtual and reality, stronger security and privacy protection, etc., requiring comprehensive and accurate evaluation and correction of network improvement plans in advance, and The current network architecture and technology have not given much consideration to this problem, so a parallel network is provided to solve this problem

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