Automatic networking method without master-slave relationship

Abstract

The invention discloses an automatic networking method without a master-slave relationship, which includes seven steps. After each device is turned on, it will automatically generate a temporary device address, and each device will send a handshake signal, and the sender The device sends a handshake signal, and the receiver device within the communication range determines the sender device address. If the sender device address is the same as the receiver device address, the receiver device updates the sender device address of the sender device to the receiver In the device address table of the device, the handshake between the sender device and the receiver device can be achieved successfully, and the sender device will join the network of the receiver device; the sender device sends an ACK signal, and any device within the communication range receives the After the ACK signal, the sender device address is extracted from the sender device address information until the handshake between the sender device and the receiver device is completed. After the handshake is completed, the network communication between the sender device and the receiver device can be realized.

Description

technical field [0001] The invention relates to the technical field of communication, in particular to an automatic networking method without a master-slave relationship. Background technique [0002] The current communication networking methods all require a device to manage other sub-devices, and each sub-devices can only communicate with each other through this device. For example, WIFI, it needs a WIFI router to assign addresses to each device and perform data exchange, which leads to the inability to connect and communicate with each other without such a main device, and the sub-devices can only work around this main device. The device is networked. Therefore, the networking mode of the master-slave device is too dependent on the master device, which is not flexible enough and not convenient enough. Contents of the invention [0003] Aiming at the deficiencies in the above technologies, the present invention provides a flexible and convenient automatic networking me...

AI Technical Summary

Problems solved by technology

For example, WIFI, it needs a WIFI router to assign addresses to each device and exchange data, which leads to the inability to connect and communicate between each device without such a master device, and the sub-devices can only work around this master device. Device networking

Therefore, the networking mode of the master-slave device is too dependent on the master device, which is not flexible enough and not convenient enough.

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