Displaying method and device for map search results

Abstract

The invention discloses a displaying method and device for map search results. The method includes allowing a fold selecting module to select folded search results according to the correlation between the searching results and search terms; allowing an integrate select module to select search results matching with address fields of the folded search results; and allowing a displaying module to display the folded search results on a first layer of nodes on a results page, and integrally display the search results matching with the address fields of the folded search results on a second layer of nodes belongs to the folded search results. By the aid of the displaying method and device, labor cost and machine resource cost which are consumed for searching target locations can be reduced.

Description

technical field [0001] The invention relates to the technical field of electronic map information search, in particular to a display method and device for map search results. Background technique [0002] An electronic map is a digital map, which is a map that is stored and consulted digitally using computer technology. Electronic maps can easily combine and splice elements of ordinary maps in any form to form new maps. It can also be combined with search technology to input search words on the electronic map to search for location information that matches the search word, and display the search results, including the location description information showing the search results and the location information of the location on the map, etc. Wait. [0003] In the process of using map search, users also hope that, like web search, for the search words entered, the search results can display the most relevant search results at the front in the most intuitive way, so as to help u...

AI Technical Summary

Problems solved by technology

[0006] However, on the map, there is a hierarchical relationship between different location information. For example, users often encounter the scene of searching for a "building" type of location information, and see many sites with the same or very similar address as the building on the first page. Each search result is a piece of address information. In real life, this kind of location information (such as some shops at the bottom of the building) has a hierarchical relationship with the building itself at the address level. The information often matches the address field of the building. However, the current technical solution only sorts the search results by relevance, but does not reflect the hierarchical relationship between the information of different locations.

[0007] Therefore, the display method of map search results in the prior art is not intuitive. In order to find the final target location, users often need to view or further click to view the information of each search result in order to determine whether the search result is the target location they are looking for. This will cause the user to screen a large amount of irrelevant information, which not only consumes labor costs, but cannot prompt the user to find the target location in the first time, but also causes the user to perform multiple human-computer interactions with the machine side, and each human-computer interaction operation Will send out operation request information, trigger the calculation process and generate response result information, which will occupy a lot of resources on the machine side, including client resources, server resources, network bandwidth resources, etc.

Therefore, using existing technology to find the target location requires high costs, including labor costs and machine resource costs

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