Geographically hydrological data acquisition and display system

Abstract

The invention discloses a geographically hydrological data acquisition and display system which comprises a human-machine operation module, a geographically hydrological data acquisition module, a geographically hydrological space information monitoring module, a video data acquisition module, a monitoring center, a forecasting and analysis module, a prewarning and estimation module, a holographicprojection system, a geographically hydrological data management system and a human-machine interaction module. The geographically hydrological data acquisition and display system can quickly acquiregeographically hydrological data in real time and analyze the data so as to sound prewarning quickly according to an analysis result, and can display a geographically hydrological condition to a worker through the holographic projection system, so that the worker can observe a geographically hydrological change physically to provide a reliable reference for preparation of a treatment measure.

Description

technical field [0001] The invention relates to the field of geographical and hydrological monitoring, in particular to a geographical and hydrological data collection and display system. Background technique [0002] Geographic and hydrological monitoring data are an important basis for economic and social development, and are an important support for ensuring the safety of urban flood control, water supply safety in water sources, and ship transportation safety. Therefore, it is of great significance to obtain such real-time monitoring data information in a timely and accurate manner. [0003] Since there are many factors that affect geographical and hydrological changes, such as river hydrological changes are restricted by upstream and downstream water, atmospheric rainfall and other factors, the monitoring work is more complicated, and it is impossible to simply reflect the hydrological changes of the entire city or river basin from the data of one monitoring point. The...

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Problems solved by technology

However, due to the large differences in monitoring means and methods, the analysis and compilation of real-time hydrological data collection is not complete and timely, and the support of monitoring data to the development of related industries cannot be fully utilized, which restricts the efficiency of early warning and disaster prevention in the region. The detected data are also in the form of simple data or graphics, and the staff cannot personally observe the actual situation of geography and hydrology

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