A kind of wireless network equipment small signal diffusion networking method

Abstract

The invention discloses a small-signal diffusion networking method of a wireless network device. A device node calculates wireless signal transmitting power by adopting a self-detection mode during wireless communication networking, and the overall steps of the self-detection comprise variable power signal detection, detection data exchange, detection data grouping, detection data sorting, transmitting power confirmation, networking information forwarding table confirmation and cyclic diffusion networking. In the small-signal diffusion networking method disclosed by the invention, a gateway device of a wireless network is used as a starting node, diffusion networking is performed by using wireless small-signal transmitting power, wireless communication distance detection in which transmitting variable power detection frames become large to small and from far to near, and become small to large and from far to near can be achieved, all devices in a wireless airspace are linked into the wireless network using the gateway device as a starting point, on the premise of ensuring that a wireless network device can achieve reliable networking communication and information forwarding, the minimum wireless transmitting power is selected to ensure the minimized wireless signal coverage of the device.

Description

technical field [0001] The invention relates to a method, in particular to a small signal diffusion networking method for wireless network equipment, and belongs to the technical field of the Internet of Things. Background technique [0002] In the current Internet of Things field, a variety of wireless network communication technologies are used for communication and information interaction between things and things, things and people. In order to achieve communication between more wireless network devices, people usually use high-power wireless transmitting equipment to cover a wide range of wireless signals, so as to ensure that each wireless network device in a wide range of space can communicate with the wireless management center device . However, from the perspective of radio frequency resource allocation, the wireless coverage of a large-scale space will cause a waste of a large number of frequency and airspace resources, resulting in the fact that in a large-scale ...

AI Technical Summary

Problems solved by technology

At present, some manufacturers use manual configuration to network wireless network devices, and then manually configure the transmission power of wireless network devices to achieve small signal coverage of wireless network device networking. However, in a large number of IoT fields, each wireless The networking mode and transmission power of the network equipment need to be configured, and the workload of the networking will be very large. Once the network equipment moves, fails, or new equipment is added, it needs to be configured once for each equipment. The adaptability of the network is very low

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