Mangrove forest growth environment intelligent monitoring system based on WSN technology

Abstract

The invention provides a mangrove forest growth environment intelligent monitoring system based on the WSN technology. The mangrove forest growth environment intelligent monitoring system comprises asensing monitoring device, base station equipment and a mangrove forest growth environment monitoring center, wherein the sensing monitoring device comprises a plurality of sensor nodes deployed in ato-be-monitored mangrove forest growth environment area, and the sensor nodes monitors the mangrove forest growth environment and transmits the acquired mangrove forest growth environment monitoring data to the base station equipment; the base station equipment converges the mangrove forest growth environment monitoring data transmitted by the sensor nodes, processes the data and then forwards theprocessed data to the mangrove forest growth environment monitoring center; the mangrove forest growth environment monitoring center is used for analyzing, processing and displaying the mangrove forest growth environment monitoring data transmitted by the base station equipment and giving out an alarm when the mangrove forest growth environment monitoring data is abnormal. By the mangrove forestgrowth environment intelligent monitoring system, intelligent monitoring of the mangrove forest growth environment states is achieved by using the wireless sensor network technology.

Description

technical field [0001] The invention relates to the technical field of mangrove monitoring, in particular to an intelligent monitoring system for mangrove growth environment based on WSN technology. Background technique [0002] Mangroves have strict requirements on the growth environment, so the health of the coast can be reflected according to their growth conditions. In the prior art, the growth condition of the mangrove is generally learned through manual patrolling, which has low work efficiency and does not conform to the trend of intelligent and automated technological development. [0003] In the wireless sensor network (WSN), data collection is often carried out by clustering nodes. The clustering network elects the node with higher energy as the cluster head, and the selected cluster head node can complete the collection of data collected by the member nodes in the cluster. The forward transmission of preprocessing and aggregation information to the base station e...

AI Technical Summary

Problems solved by technology

However, during the transmission process of collected data, since the sensor network mostly adopts the "many-to-one" transmission mode, that is, the information of nodes in the network will be aggregated to the base station equipment, this transmission mode leads to energy consumption between cluster head nodes in the network The distribution is uneven, and the cluster head close to the base station equipment dies early due to the heavy load of data forwarding from other cluster heads, resulting in the interruption of the network link, resulting in holes in the coverage of the network around the base station equipment, forming "hot spots". "

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