Automatic economic data analyzing system based on map

Abstract

The invention discloses an automatic economic data analyzing system based on a map. The system comprises a data processing unit, a database unit, an application server unit and a client terminal, wherein the data processing unit, the database unit, the application server unit and the client terminal are connected in sequence. The data processing unit carries out data source information collection and sequent upward overall planning on economic indexes in any area, a result is input to the database unit, indexes are built, the application server unit and a map public administration area are combined to carry out geographical economic data distribution, the processing information is stored into the application server unit so as to be matched with area economic index information, the client terminal obtains the data of the application server unit by invoking rules, and economic indexes of areas are displayed on all layers of areas of the map layer by layer. According to the automatic economic data analyzing system based on the map, the data processing efficiency is improved, and data source overall planning is more reliable and visual.

Description

technical field [0001] The invention relates to an automatic analysis system of economic data based on a map. Background technique [0002] For a long time, the Bureau of Statistics has generally used data lists to present economic indicators. Since 2013, it has made a data visualization attempt for the first time, using graphics to convey consultations and intuitively reflect market operating conditions. However, from a technical point of view, the existing expression methods Business intelligence has not yet been implemented. In summary, there are the following technical deficiencies: [0003] 1. The indicator display is still displayed in a window corresponding to a graph of an indicator. However, due to changes in the relative relationship between this indicator and another indicator, as well as changes in the horizontal and vertical weights and growth rates of this indicator itself, it is different from the market. Various collaborative analysis results such as change...

AI Technical Summary

Problems solved by technology

[0003] 1. The indicator display is still displayed in a window corresponding to a graph of an indicator. However, due to changes in the relative relationship between this indicator and another indicator, as well as changes in the horizontal and vertical weights and growth rates of this indicator itself, it is different from the market. Various collaborative analysis results such as changes in the state of the average development level cannot be carried out in the same window at the same time, which is prone to misleading information

[0004] 2. It is impossible to achieve automatic batch comparison of various indicators between different administrative levels and different regions. Even if there is, it is based on the absolute value comparison based on the original data, and it is not possible to realize the automatic visualization of the corresponding value, cross data, and secondary processing data. , analysis table, there is no discovery mechanism for the subtle structural changes of administrative regions between different levels, which are well highlighted

[0005] 3. Existing data retrieval is to realize the data query function through the dual positioning of regions and indicators. However, there is still a demand in the market to set indicators according to the relative value range to find the eligible areas in the opposite way, and then automatically find out the most suitable areas based on various empirical analysis. The best candidate area, such as the entrance density, investment density in which administrative area to choose, the number of retail pharmacies ≤ 3 / 100,000 urban areas, the aging rate ≤ 15% urban areas, and less than 2 four-star hotels The automatic screening functions such as urban area, do not realize above-mentioned function in the prior art;

[0006] 4. The existing technology is not effectively combined with the map to realize the interaction of the chart, the economic dynamic analysis between provinces, between cities, between urban areas, between provincial capitals, and between economic belts, The function of free switching has not been realized, and it is necessary to manually extract relevant values ​​to make static charts, and dynamic indicators cannot be realized