User behavior collection system, method, parent device and child device

Abstract

The present invention proposes a user behavior collection system, method, parent device and sub-devices, wherein the user behavior collection system includes: at least one parent device, and at least one parent device is used to locate the user in a first wireless detection manner to obtain The user's first positioning information; at least one sub-device group, each sub-device group includes at least one sub-device, and each sub-device group belongs to a parent device, and the sub-device in each sub-device group communicates with the parent device, and each The sub-device in the sub-device group is used to locate the user in a second wireless detection manner to obtain the second positioning information of the user, and send the second positioning information of the user to the parent device to which it belongs; and the server, the server communicates with at least one The parent device is connected, and the server is used to collect the first positioning information and the second positioning information of the user. The user behavior collection system of the present invention has wide deployment range, high collection accuracy and low deployment cost.

Description

technical field [0001] The present invention relates to the technical field of location detection, in particular to a user behavior collection system, method, parent device and child device. Background technique [0002] In order to provide users with personalized servers based on user behavior, it is necessary to track and analyze user behavior, and interact with users based on the analysis results. Of course, the most critical issue is to accurately collect user behavior. At present, methods for collecting user behavior mainly include Bluetooth Beacon (a low-power Bluetooth signal) technology and WIFI (Wireless Fidelity, wireless fidelity) silent detection technology. [0003] However, the detectable range of the Bluetooth Beacon technology is small, and its implementation needs to rely on the smart phone and operating system supporting Bluetooth 4.0. But at present, most mobile terminals, especially mobile terminals using the Android Android system, do not have the BLE ...

AI Technical Summary

Problems solved by technology

[0003] However, the detectable range of Bluetooth Beacon technology is small, and its implementation needs to rely on smartphones and operating systems that support Bluetooth 4.0

But at present, most mobile terminals, especially mobile terminals using the Android Android system, do not have the BLE (Bluetooth Low Energy, Bluetooth Low Energy) function, and most users will not turn on the Bluetooth function due to reasons such as Bluetooth power consumption and insecurity. , therefore, the user coverage and application range of Bluetooth Beacon are small

In addition, the implementation of Bluetooth Beacon needs to activate the positioning service through the corresponding application or SDK (Software Development Kit, software development kit), and the cost of promotion and deployment is high.

[0004] Although the WIFI silent detection technology will not be limited by the terminal equipment hardware and user usage, and has a wide detection range, the WIFI detection equipment is limited by the power supply mode and networking function, so it is difficult to deploy, and the positioning of the WIFI silent detection technology Compared with Bluetooth Beacon, the accuracy is lower, and it is difficult to meet the needs of user behavior tracking

For example, customers in hospitals and education systems only need to track user behavior on a large scale, but in shopping malls, in addition to large-scale tracking of users, precise tracking is also required. At this time, WIFI silent detection technology Insufficient positioning accuracy makes deployment more difficult

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