Rural drinking water mass data storage and analysis platform

Abstract

The invention discloses a rural drinking water mass data storage and analysis platform, which comprises a data acquisition terminal system and a mass data storage and analysis platform, and is characterized in that the data acquisition terminal system is composed of a plurality of monitoring areas, and each monitoring area is composed of a data acquisition node, a routing forwarding node and a gateway node; the data acquisition node, the routing forwarding node and the gateway node perform information interaction and mutual cooperation through a wireless communication model, and the gateway node interacts with the data acquisition node. By arranging a series of structures, low-delay operation in the data visualization process is achieved, meanwhile, the problems of data storage capacity and throughput capacity are solved, storage, disaster tolerance and recycling of drinking water data can be achieved, the read-write performance is obviously better than that of a traditional mass data storage and analysis platform, and the system is suitable for popularization and application. The sensor equipment can realize high-speed data transmission and data storage functions by using the method.

Description

technical field [0001] The invention relates to the technical field of massive data storage and analysis platforms, in particular to a massive data storage and analysis platform for rural drinking water. Background technique [0002] With the development of my country's agricultural science and technology informatization, the agricultural production mode has gradually changed from traditional manual labor to science and technology information agriculture. In particular, with the promotion of the Internet of Things technology, many applications based on the Internet of Things in agriculture have already landed. In these applications, sensors generate data all the time, forming a huge amount of data over time. Rural drinking water The same is true for monitoring projects in China. The sharp increase in data volume has led to a huge amount of data accumulation. For such a large amount of rural drinking water data, the value is huge. [0003] However, the current use of agricul...

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Problems solved by technology

[0003] However, the utilization of agricultural data in our country is not very sufficient at present, and the same is true for the online monitoring data of rural drinking water. Most of the real-time monitoring data are directly discarded due to insufficient storage space, and their potential value has not been fully tapped. The storage capacity and throughput of the online monitoring data of rural drinking water are poor, the low-latency operation of the data visualization process, and the distributed platform is insufficient in file storage and management

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