Alarm method based on position area division and server

Abstract

The invention discloses an alarm method based on position area division and a server. The method includes: acquiring alarm information reported on a terminal, wherein the information includes position coordinates of corresponding alarm points; extracting the alarm information within a set time period, and performing aggregation division on the position coordinates included in the alarm information to acquire aggregation areas; making statistics on number of the alarm information corresponding to the aggregation areas and setting an alarm notice according to the number of the alarm information. The areas of the alarm points can be divided automatically and accurately, accuracy in alarming is improved, and alarm cost is saved.

Description

technical field [0001] The invention relates to an alarm technology, in particular to a method and a server for alarming based on location area division. Background technique [0002] In the existing scheme for alarming based on location area division, the location area division is performed first, and then the number of alarms in the location area is counted, and then based on the number of alarms, the surrounding users are notified of the alarm. [0003] There are many application scenarios for alarming based on location area division. The micro-video service will be described in detail below. In the micro-video service built based on the cloud storage distributed system, it is necessary to divide the location area of ​​points that are close in physical distance. , so that the number of alarms can be counted in a certain area, and then according to the number of alarms in the area, it can be selected whether to send early warning notifications to other users in the area to...

AI Technical Summary

Problems solved by technology

[0012] Display the alarm points on the map, and manually participate in the area division of the alarm points; this method can be divided according to the intensity of the alarm, and the accuracy is high, but it requires manual participation and the cost is too high

[0013] Using methods 1 to 3, it is necessary to mechanically divide the area in advance and then count the alarm situation, and its accuracy is low; using method 4, although the accuracy is high, it requires manual participation and the cost is high

[0014] To sum up, the existing schemes for alarm based on location area division have the following defects: the alarm area needs to be mechanically divided in advance, and the alarm accuracy is low; or, manual participation is required to divide the alarm area, and the alarm cost is high

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