Self-networking method for wireless routing Internet of things

Abstract

The invention discloses a self-networking method for wireless routing Internet of things, which comprises the following steps of: automatically networking, path repairing and problematic routing node reporting, and frequency hopping anti-interference, wherein the step of automatically networking is divided into two processes of network center coordination point networking and accessing network by routing nodes. The self-networking method for the wireless routing Internet of things solves the problems that the conventional point-to-point transmission only can form a starlike structure, the transmission range is limited to the effective communication range of the module and the distance is limited, and solves the problems that a route cannot be updated timely, obvious defects of the communication effect are present in the stability and reliability, and the installation and maintenance are inconvenient in the routing method of manually specifying the route under the condition that the wireless signal is deteriorated or the node is damaged.

Description

technical field [0001] The invention relates to an ad hoc method for wireless routing internet of things. Background technique [0002] At present, residents have increasingly higher requirements on residential environment and property management level. For electricity, water and gas departments and users, the traditional door-to-door meter reading method is increasingly unable to meet the needs of residents and management departments. Wireless meter reading does not need to come to the door, which is convenient for residents; it does not need the laying of fixed lines, and is easy to install; it can be read in real time at any time, which improves efficiency. However, the current use of domestic wireless modules is mostly based on point-to-point transmission and routing methods of manually specifying paths. Point-to-point transmission can only form a star structure, and its transmission range is limited to the effective communication range of the module, and its distance i...

AI Technical Summary

Problems solved by technology

Point-to-point transmission can only form a star structure, and its transmission range is limited to the effective communication range of the module, and its distance is relatively limited; the routing method of manually specifying the path cannot be updated in time when the wireless signal deteriorates or the node is damaged. Its communication effect has obvious deficiencies in terms of stability and reliability

Installation and maintenance are also inconvenient. In order to match the manually specified path, its placement has to be adjusted repeatedly; if a wireless module is damaged, there is no way to find and locate it, which brings inconvenience to installation and maintenance.

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