Examination monitoring method and system and examination room monitor

Abstract

The invention relates to an examination monitoring method and system and an examination room monitor. The examination room monitor comprises an infrared circumferential sensor which is used for sensing the boundary-breaking behaviors of examinees in an examination process, and generating a boundary-breaking sensing signal; a human body posture sensor which is used for sensing the postures of examinees in the examination process, and correspondingly generating a posture sensing signal; a face recognition camera which is used for sensing the facial expressions of examinees in the examination process, and correspondingly generating a facial expression sensing signal; and a processor which is used for the processing of the boundary-breaking sensing signal, the posture sensing signal and the facial expression sensing signal, and generating a warning signal for warning the examinees when one of the boundary-breaking sensing signal, the posture sensing signal and the facial expression sensing signal exceeds a corresponding threshold value. The examination room monitor can carry out the sensing and analysis of the behaviors, body postures and facial expressions of the examinees, achieves the remote unmanned invigilation, improves the judgment accuracy of the abnormal behaviors of the examinees, and guarantees the justice and objectiveness of examination.

Description

technical field [0001] The invention relates to the technical field of monitoring, in particular to an examination monitoring method, system and examination room monitor. Background technique [0002] At present, there are the following problems in the process of standardized examination room construction and examination invigilation: 1. The construction standards are not uniform, resulting in the first unfairness of the national examination; The staff greatly increased the cost of the test, increased the economic burden of the reference personnel and also increased the financial burden of the country; The unfairness of the invigilation process; 4. With the advancement of technology, there are more and more fraudulent behaviors in the examination process, and more effective ways are needed to avoid the occurrence of early warning fraudulent examination behaviors; 5. At the same time, when fraudulent behaviors occur The whole-process monitoring of the processing process beco...

AI Technical Summary

Problems solved by technology

[0002] At present, there are the following problems in the process of standardized examination room construction and examination invigilation: 1. The construction standards are not uniform, resulting in the first unfairness of the national examination; The staff greatly increased the cost of the test, increased the economic burden of the reference personnel and also increased the financial burden of the country; The unfairness of the invigilation process; 4. With the advancement of technology, there are more and more fraudulent behaviors in the examination process, and more effective ways are needed to avoid the occurrence of early warning fraudulent examination behaviors; 5. At the same time, when fraudulent behaviors occur The whole-process monitoring of the processing process becomes the focus of in-process and post-event analysis and disputes

[0003] At present, the existing invigilation technology mainly focuses on providing multiple early warning mechanisms through the simple combination of specific types of equipment. Since it cannot achieve deep integration of multiple data, it can only achieve limited unattended functions, and after an event occurs, it cannot To realize the linkage behavior related to independent start, it still needs to rely on human operation, so that the fairness and impartiality of the examination has not been effectively improved, and the demand for personnel has not been fundamentally reduced.

Other similar unattended systems all use a single perception method to achieve limited unattended

There are also unattended concepts in other industries, but they are all significantly different from the above-mentioned patented system architecture, methods, and equipment adoption. They are also simple equipment lists, and have not achieved good linkage integration.

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