Channel big data oriented collection system and collection method

Abstract

The invention provides a channel big data oriented collection system and collection method. The system comprises a smart collection device which is deployed around a channel and is used for collecting data; a configuration management center module which is used for configuring the configuration information of the smart collection device; a processing center module which is used for obtaining and updating the configuration information and carrying out protocol analysis, conversion and forwarding on the collected data according to the configuration information; an instruction issuing center module which is used for carrying out instruction assembly according to protocol information of the smart collection device searched by a service system and issuing an instruction to the smart collection device in a network or short message mode, wherein the instruction assembly is realized in a factory mode; and a data life cycle monitoring center module which is used for collecting log information of a whole data collection and instruction issuing process, analyzing the log information through utilization of a big data processing technology and compressively monitoring the life cycle of the collected data.

Description

technical field [0001] The invention relates to the field of big data collection, in particular to a waterway big data collection system and collection method. Background technique [0002] As one of the main modes of transportation in our country, inland waterway navigation plays an important role in the development of our country's economy. The traditional channel river bed research is based on the measured channel hydrology (velocity, flow, sediment), water depth, shoreline and other related element data, according to the flow and sediment movement law, combined with the channel's historical river bed structure data, to construct a corresponding The physical model and data model are used to analyze the evolution of the waterway bed, but the amount of data collected is small, which has certain limitations on the safety prediction of the waterway. [0003] With the rapid development of big data technology, smart waterways have emerged as the times require. By integrating t...

AI Technical Summary

Problems solved by technology

The optimization of the existing collection system is based on the traditional waterway system with a small amount of collected data, which cannot be directly applied to the big data collection scene of the waterway

[0007] (2) There are many manufacturers producing waterway hydrology, water depth, coastline and other monitoring equipment, with large differences, and there is no standard communication protocol in the industry, and most of the communication protocols used by each manufacturer are self-defined

In addition, there is no unified standard for communication protocols in the current industry. Terminal equipment (that is, intelligent acquisition equipment) and business systems are highly coupled. Existing business systems are developed using traditional models, which cannot meet the requirements of large data volumes.

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