Information processing method based on environmental benefit monitoring sensing network and system and device adopting same

Abstract

The invention discloses an information processing method based on an environmental benefit monitoring sensing network, and a system and a device both adopting the information processing method. The information processing method is characterized by comprising the steps as follows: S1, a central node and a network switching node or a data transceiver module of a monitoring server can be in a continuous or intermittent monitoring mode according to preset programs or manual input commands or the commands that are transmitted through a network device or an active or passive wake-up circuit after the central node and the network switching node of a background processing system are installed or called or the monitoring server starts up, and then data transmitted by a monitoring unit on a wireless sensor network acquisition node is collected; and meanwhile, in S2, the central node and the network switching node or the monitoring server can transmit the commands to the wireless sensor network acquisition node when the background processing system sends the commands according to the preset programs or the manual input commands or the commands that are transmitted through the network device or the active or passive wake-up circuit. The system and the device can direct to open-ended commands and services. The technology is suitable for being applied to WSN (Wireless Sensor Network) projects such as Sensing China, Smarter Planet and the like.

Description

technical field [0001] The present invention relates to an information processing method based on an environmental benefit monitoring sensor network and its system and equipment, and also relates to an urban forest environmental benefit monitoring system, especially a forest environmental benefit monitoring system based on a wireless sensor network in a complex environment , belonging to the technical field of environmental monitoring. Background technique [0002] In the high temperature summer in the city, the temperature around the asphalt and concrete pavement is often 2-8 degrees higher than the temperature in the same area in the countryside. Trees block roads, buildings, etc., and cool the surrounding air through evaporation and transpiration of soil moisture. Not only that, but trees can also increase the humidity of the surrounding air. Trees block roads, buildings, etc. can also reduce urban noise and play a role in noise insulation. [0003] At present, special...

AI Technical Summary

Problems solved by technology

[0038] First, the existing technology cannot carry out real-time and continuous interactive data collection, especially it is impossible to collect data at a certain sampling location at any time according to the personalized instructions sent by any network terminal

[0039] Second, the accuracy of the location and height of the existing technology measurement is low, especially the three-dimensional data of the mobile source cannot be determined at any time, and the data is time-synchronized with the remote system receiving the data

[0040] Third, the measurement range of the existing technology is relatively small. There are technological explorations at home and abroad that use WiFi and WiMax to expand the measurement range, but this increases the cost of network equipment and manual maintenance costs, and lacks application prospects.

[0041] Fourth, the timeliness of existing technology measurement is very poor. Not only can the collected data not be synchronized with the remote system receiving the data, but also the network deployment, startup, system installation and start-up cycle is long. Unable to realize follow-up, cloth-and-collect

[0042] Fifth, the deployment density of sampling points measured by the existing technology is very low, and the data is not representative; affected by energy, bandwidth, data redundancy, and openness, the density of sampling points in the existing technology is small, the type of data collected is single, and the data collection is difficult. The frequency is low, so the data is not representative

[0043] Sixth, existing technologies cannot perform large-capacity data mining, collection and analysis; affected by energy, bandwidth, data redundancy, and openness, existing technologies cannot perform large-capacity data mining, collection and analysis, especially video data collection , not to mention flow data collection of temperature, humidity, decibel, flow velocity, flow and other indicators

[0044] In addition, affected by the technical architecture, the existing technology requires a lot of manual labor, and the cost of measurement is often high; the existing technology cannot fully automatically locate fixed or mobile sampling locations; the existing technology cannot interactively and automatically control the sampling time ; The terminal coding module and software of the existing technology cannot be melted automatically, and data security cannot be guaranteed; the existing technology does not have a gyroscope, cannot self-explode in a crisis, and cannot guarantee equipment safety; the existing technology cannot realize open query; the existing technology cannot Realize open response; existing technology cannot realize open service; existing technology cannot realize automatic search, expansion and access of the network; existing technology cannot realize intelligent management of energy, hardware and software

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