Attendance data interaction optimization method

Abstract

The invention relates to an attendance data interaction optimization method. The method comprises the following steps of: S1, establishing long connection between face recognition equipment and a real-name system platform based on the Internet; S2, comparing first face data acquired by the face recognition equipment with second face data in a face database, and judging whether the first face data is a newly added person or not; if yes, storing first face data of the newly-added person in the face database, and uploading the first face data to the real-name system platform; and if not, executing S3; and S3, judging whether the first face data is substitute of face data or not; if yes, updating the first face data to the face database, and uploading the first face data to the real-name system platform; and if not, not pushing. Long connection is established between the face recognition equipment and the real-name system platform, so that the real-time performance of the communication speed in the data interaction process between the face recognition equipment and the real-name system platform is ensured, and the attendance checking efficiency is ensured. The acquired face data can be logically judged through the face database, so that the validity of the attendance data is ensured.

Description

technical field [0001] The invention relates to the field of building management, in particular to an optimization method for attendance data interaction. Background technique [0002] The general process of communication between the traditional mobile terminal and the server is as follows: every once in a while, the mobile terminal initiates a data update request to the server; the server obtains the updated data according to the data update request and sends the updated data to the mobile terminal; the mobile terminal utilizes the updated data Update current data. Such a method lacks real-time performance. As a specific scene involving a wide range, a large area, and complex personnel, the construction site has a certain demand for real-time communication between the worker's real-name system platform and face recognition equipment if you want to achieve fast and efficient attendance management. After the attendance data is uploaded, it cannot be updated to the worker's ...

AI Technical Summary

Problems solved by technology

As a specific scene involving a wide range, a large area, and complex personnel, the construction site has a certain demand for real-time communication between the worker's real-name system platform and face recognition equipment if you want to achieve fast and efficient attendance management. After the attendance data is uploaded, it cannot be updated to the worker’s real-name registration platform in real time, which will greatly affect the efficiency of the worker’s attendance

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