Method of identifying user location, storage medium and electronic device

A non-transitory storage medium, having one or more instruction stored therein, wherein the one or more instruction is executed by a processor to perform operations of:

• acquiring a current geographic location of a user;
• determining a cluster center matching the current geographic location according to a pre-stored mapping relation, wherein the pre-stored mapping relation comprises a plurality of geographic locations of the user, cluster centers corresponding to the plurality of geographic locations and frequent locations corresponding to the plurality of geographic locations;
• the pre-stored mapping relation is obtained by acquiring the plurality of geographic locations of the user, clustering the plurality of geographic locations of the user, obtaining a cluster center of each type of geographic locations and identifying a frequent location corresponding to each cluster center;
• acquiring a BSSID of a wireless network to which an electronic device of the user is connected at each of the plurality of geographic locations;
• determining the cluster center matching each of the plurality of geographic locations;
• and
• adding the BSSID correspondingly into a location set corresponding to the matched cluster center;
• and
• taking the frequent location corresponding to the matched cluster center as a current location of the user,
• wherein the frequent location corresponding to each cluster center is identified by:
• counting a number of dormancies of the electronic device of the user having dormant duration meeting a predefined value at a location matching each cluster center within a predefined period of sample collection;
• and
• identifying the frequent location corresponding to each cluster center based on the counted number of dormancies.

An electronic device, comprising:

• a processor, a non-transitory memory, a display screen, and a control circuit, wherein
• the processor is electrically connected to the non-transitory memory, the display screen, and the control circuit;
• the non-transitory memory is arranged to store an instruction and data;
• the display screen is arranged to display information;
• the control circuit is arranged to control the display screen to display information;
• and
• the processor is arranged to perform operations of:
• cluster a plurality of geographic locations of a user acquired in advance, and obtain a cluster center of each type of geographic locations;
• acquire a BSSID of a wireless network to which the electronic device is connected at each of the plurality of geographic locations;
• determine the cluster center matching each of the plurality of geographic locations;
• add the BSSID correspondingly into a location set corresponding to the matched cluster center;
• identify a frequent location corresponding to each cluster center by determining a state of the electronic device;
• acquire a current geographic location of the user;
• and
• determine the cluster center matching the current geographic location, and taking the frequent location corresponding to the matched cluster center as a current location of the user.