Network matching method of wireless MESH network

Abstract

The invention discloses a network matching method of a wireless MESH network. The network matching method comprises the steps as follows: MESH intelligent equipment which is not matched with a networksends exploration request data including own information to the air, and if exploration response data or a data error of the exploration response data including the encrypted wireless MESH network information sent by the network matched equipment is not received within preset time, the equipment enters a Bluetooth network matching mode; and otherwise, the MESH intelligent equipment which is not matched with the network decrypts information acquired by an exploration response frame, completes configuration of network information and is automatically added into the MESH network. According to the method provided by the invention, the user can complete network matching work of the whole MESH network equipment by only needing to perform network matching on any piece of equipment in the purchased MESH intelligent equipment, the network matching is quick and safe, and the operation is convenient.

Description

technical field [0001] The invention relates to a distribution network technology, in particular to a network distribution method of a wireless MESH network. Background technique [0002] With the rapid development of Internet of Things technology, smart devices are becoming more and more popular, especially smart home appliances. As a part of the smart device, the WIFI module plays a vital role in the remote control function of the smart device. The first thing to be solved for smart devices is the distribution network problem. The first configuration of the smart device is actually the configuration of the WIFI module inside. This process is simply to initialize the WIFI module and connect it to the wireless router at home. [0003] Currently popular WIFI distribution network modes generally have the following two types: [0004] The first is the SoftAP mode based on the WIFI module: put the mobile phone in Station mode, and then connect the mobile phone to the AP from...

AI Technical Summary

Problems solved by technology

[0008] 2) Unsafe, low success rate: Although smart configuration is convenient, there is still a certain probability of failure in the case of a complex WiFi environment

The mobile phone needs to transmit the password of the router to the WIFI module. If it is plain text, it is easy to be intercepted, which brings great security risks to the WIFI network.

[0009] 3) Slow speed: When using SoftAP and intelligent configuration to configure the network, each device needs to interact with the cloud one by one to complete binding and other operations. The network configuration usually takes about 10 seconds; and when there are hundreds of smart devices , using WIFI MESH technology only takes tens of minutes to complete the network distribution of all devices

[0011] 5) Poor compatibility: The traditional network distribution method requires the use of mobile phones, routers and other equipment, but because there are so many mobile phone and router manufacturers, the distribution network often fails due to various compatibility problems

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