Slicing architecture of ad-hoc self-organizing network and construction method of slicing architecture

Abstract

The invention discloses a slicing architecture of an ad-hoc self-organizing network and a construction method of the slicing architecture. The slicing architecture comprises a command node and a plurality of common nodes, wherein the command node and each common node are connected in an ad-hoc network mode, and a completely distributed or distributed multi-center structure is adopted to ensure thecommunication of regional nodes, realize the network topology and form a coverage plane of the ad-hoc network; the command nodes are used for dynamically selecting part of common nodes to construct acontrol plane according to a control instruction distribution demand and a data return demand, dynamically selecting part of common nodes to construct a task plane, and transmitting a control instruction to each node in the task plane through the management and control plane to perform task distribution or preset task starting rule setting. Control and routing processing are not affected by a large amount of data processing, control and management are not affected by complex routing processing, and system safety and stability are highly ensured.

Description

technical field [0001] The invention relates to a wireless communication network, in particular to a sliced ​​architecture of an ad-hoc self-organizing network and a construction method thereof. Background technique [0002] With the rapid development of modern information technology, a series of new requirements are put forward for wireless communication networks, including no need to rely on fixed basic network facilities, strong invulnerability, support for various business requirements such as voice, data, and images, and realization of tactical and The seamless link of strategic communication; this requires the communication network to have extremely strong dynamic self-organization and high invulnerability performance, and to ensure the connectivity of communication links under any conditions, any time, and any place to the greatest extent. [0003] In response to the above requirements, the current mainstream solution is to build a wireless self-organizing network, us...

AI Technical Summary

Problems solved by technology

Among them, different tasks have different performance requirements such as transmission rate and transmission delay. For a fully peer-to-peer self-organizing network, the goal is to improve the capabilities of all nodes, and it cannot provide differentiated services for different tasks, resulting in low resource utilization efficiency. , network transmission performance is difficult to meet multi-tasking performance requirements

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