CN115223265B - Sign-in and sign-out timing code scanning verification system for driving school - Google Patents
Sign-in and sign-out timing code scanning verification system for driving school Download PDFInfo
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- CN115223265B CN115223265B CN202210787070.0A CN202210787070A CN115223265B CN 115223265 B CN115223265 B CN 115223265B CN 202210787070 A CN202210787070 A CN 202210787070A CN 115223265 B CN115223265 B CN 115223265B
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- G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
- G07C1/10—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people together with the recording, indicating or registering of other data, e.g. of signs of identity
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- G06Q10/109—Time management, e.g. calendars, reminders, meetings or time accounting
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Abstract
The invention relates to a sign-in and sign-out timing code scanning verification system for driving schools, which comprises a client: an electronic device for use by a trainee or coach; public service platform: the system comprises a plurality of driving school APP, which can identify and read two-dimension code content; comprehensive supervision system for driving training industry: the system comprises a database, a storage unit and a control unit, wherein the database is used for storing personnel information and sign-in and sign-out states; and (3) treating the service end: a plurality of verification information data for detecting check-in and check-out; and (3) a timing platform: an APP is embedded in the comprehensive supervision system of the driving training industry, and a sign-in and sign-out two-dimensional code is automatically generated; the student or the coach logs in the public service platform, the check-in and check-out two-dimensional codes generated by the scanning timing platform are successfully verified, the timing time is obtained, the difference value is calculated, and the data are fed back to the database of the comprehensive supervision system of the driving and training industry for storage. The user is effectively prevented from signing in and signing out by utilizing the system loopholes, so that legal rights and interests of trainee training are guaranteed.
Description
Technical Field
The invention relates to the technical field of intelligent recognition, in particular to a sign-in and sign-out timing code scanning verification system for driving schools.
Background
When a card is required to be punched in the class of a student existing in the driving school system at the present stage, the student can take an examination corresponding to the subject after meeting a certain class time, the existing class time sign-in sign-out adopts a form of an identity card, the problem of non-self sign-out exists, the phenomenon of falsification and fake learning exists for the student, and the fundamental original purpose of the student learning cannot be ensured.
In order to further improve driving training service quality and ensure legal rights and interests of students, according to the notification of implementation of < technical specification of timing training system platform of motor vehicle driver > and < technical specification of timing training terminal of timing training system of motor vehicle driver > of the office of transportation department, check-in and check-out data verification service for a user on timing equipment is added on the basis of a public service platform and a management service platform. Therefore, the false signing and signing actions of some users by utilizing the system loopholes are further avoided, and the legal rights and interests of the trainee training are guaranteed.
Disclosure of Invention
In view of the shortcomings of the background technology, the invention relates to a sign-in and sign-out timing code scanning verification system for driving schools, and according to the problems, the sign-in and sign-out timing code scanning verification system for driving schools is designed, and a treatment server is arranged in the system, so that positioning information, vehicle information and user information can be effectively verified, the problems are effectively solved, and the legal rights and interests of training of students are ensured.
The invention relates to a sign-in and sign-out timing code scanning verification system for driving schools, which comprises a client: an electronic device for use by a trainee or coach; public service platform: the system comprises a plurality of driving school APP, which can identify and read two-dimension code content; comprehensive supervision system for driving training industry: the system comprises a database, a public service platform and a storage platform, wherein the database is used for storing personnel information entering from the public service platform and sign-in and sign-out states; and (3) treating the service end: a plurality of verification information data for detecting check-in and check-out; and (3) a timing platform: the system belongs to an embedded APP of a comprehensive supervision system in the driving training industry, and can automatically generate a sign-in and sign-out two-dimensional code;
a student or a coach logs in a public service platform, signs in and signs out two-dimensional codes generated by a timing platform are scanned, timing time is obtained and a difference value is calculated after the two-dimensional codes are successfully verified by a management server, and data are fed back to a database of a comprehensive supervision system of the driving and training industry for storage;
the signing and signing-in timing code scanning verification system comprises the following steps:
signing: after a student or a coach logs in a school bus APP in a public service platform by adopting a personal unique ID, scanning a login two-dimensional code generated by a timing platform, inquiring login two-dimensional code positioning by the public service platform at the moment, acquiring client positioning information, acquiring face information of the student or coach, verifying living bodies by adopting a living body detection SDK, comparing the face information, and entering a comprehensive supervision system of a driving training industry after the public service platform inquires that the login two-dimensional code positioning information is consistent with the client positioning information and the face recognition and living body test certificate is successful, storing the sign-in information into a database, and sending sign-in time to the timing platform by the comprehensive supervision system of the driving training industry, wherein a timing terminal of the timing platform starts timing;
and (3) sign-in: after a student or a coach logs in a school bus APP in a public service platform by adopting a personal unique ID, scanning a sign-off two-dimensional code generated by a timing platform, inquiring the sign-off two-dimensional code to locate and acquire client locating information by the public service platform, acquiring face information of the student or coach, verifying living bodies by adopting a living body detection SDK and comparing the face information, entering a comprehensive supervision system of a driving industry after the public service platform inquires that the sign-off two-dimensional code locating information is consistent with the client locating information and the face identification and living body test certificate are successful, storing the sign-off information into a database, sending sign-off time to the timing platform by the comprehensive supervision system of the driving industry, stopping timing by a timing terminal of the timing platform, and feeding back a timing total length calculated by the timing terminal into the database of the comprehensive supervision system of the driving industry for storage.
By adopting the scheme, the verification standard of the user when the code scanning is used for completing the sign-in and sign-out tasks is improved, the phenomenon of bad card punching is effectively solved and restrained, and the fair environment of training of students is ensured.
Furthermore, the treatment server can check the validity of the user through the user data uploaded by the learning vehicle APP, and the check comprises detecting whether the user has signed up for payment, whether the user passes through a first examination of subjects, whether the user belongs to a coach or a learner of a driving school where the timing equipment is located, whether second attendance of the learner is checked in a fence of a field, and whether third attendance of the learner is trained in different places.
By adopting the scheme, the verification information is various, the reading authority is large, and the whole management is facilitated.
Furthermore, the governance server can enable the timing platform to generate a string of encrypted character strings according to the message format and the content formulated by the docking document, and the two-dimension code can set refreshing time when the learning vehicle APP of the public service platform is scanned and analyzed.
By adopting the scheme, the refreshing process is generally set to be performed once every 3 minutes, so that the safety of the two-dimensional code is improved.
Furthermore, the governance server can enable the public service platform to distinguish different timing manufacturers according to the two-dimension codes of different driving schools scanned by the learning APP, and different encryption private keys and decryption public keys are distributed, so that data are prevented from being intercepted or tampered.
By adopting the scheme, the data security is improved, the data of different driving schools are ensured to be not mixed, and the data independence is ensured.
Furthermore, the treatment server side can acquire real positioning data of the mobile phone where the learning vehicle APP is located through the SDK of the third party authority, compare and calculate the real positioning data with the positioning data read in the two-dimension code of the timing equipment, and if the two positioning distances exceed the threshold value, the verification is considered to be failed.
By adopting the scheme, the data verification is accurate, and the positioning comparison effect is good.
Furthermore, after intelligent equipment in the learner-driven vehicle logs in the comprehensive supervision system of the driving training industry, sign-in and sign-out two-dimensional codes can be displayed in the vehicle, and at the moment, the management server can compare client positioning information acquired during sign-in with electronic fence data uploaded by a driving school, so that the reasonability of the position of a learner is verified.
By adopting the scheme, the problem that the user cannot check in or check out caused by the fact that the user is not taking the client side for positioning when the second subject or the third subject is in mobile positioning is prevented.
Furthermore, the governance server can detect SDK by adopting mature third-party living body through the car learning APP, and can detect living bodies on site for sign-in or sign-out users, so that the users can be effectively prevented from using photos or videos to replace real-person detection.
By adopting the scheme, the mobile phone is prevented from forging positioning data by using the third party APP, the detection process is convenient to operate, the recognition speed is high, and more convenient service is provided for users.
Furthermore, the treatment server adopts a form of deploying a mature face comparison algorithm of a third party, and the QPS to 50 of the comparison algorithm can be improved by adopting a private service deployment algorithm.
By adopting the scheme, a large number of users check in or check out every day, the cost can be effectively controlled, and the service is safer and more reliable.
Furthermore, the administration server synchronizes the final scanning notification and the scanning success result to the timing platform in the form of a data interface, the timing platform provides the receiving interface, an HTTP protocol mode is adopted, and then the timing platform finally synchronizes the result to the timing equipment in the Socket communication mode, and the sign-in or sign-out operation is completed.
By adopting the scheme, the information identification is accurate, the sign-in information corresponding to different users is signed-out, and the stability of the data is ensured.
Further, when the student does not use the smart phone, the mode of registering is applied for emergency by the vehicle learning APP: after the management department passes the examination at the management server, the management server pushes the information of the students to the timing platform so that the students can check in and check out in a 6-bit mode after the identity card is brushed or the user identity card is input.
By adopting the scheme, the emergency is effectively solved, and the problems faced by different users are comprehensively solved.
Detailed Description
It is apparent that what is described herein is only a part of, but not all, examples of the present invention, and that all other embodiments, which can be obtained by those skilled in the art without making any inventive effort, are within the scope of the present invention.
In order to facilitate understanding of embodiments of the present invention, specific examples will be described below for further explanation, and the respective examples do not constitute limitation of the embodiments of the present invention.
As an embodiment of the present invention, the sign-in and sign-out timing code scanning verification system includes a client: an electronic device for use by a trainee or coach; public service platform: the system comprises a plurality of driving school APP, which can identify and read two-dimension code content; comprehensive supervision system for driving training industry: the system comprises a database, a public service platform and a storage platform, wherein the database is used for storing personnel information entering from the public service platform and sign-in and sign-out states; and (3) treating the service end: a plurality of verification information data for detecting check-in and check-out; and (3) a timing platform: the system belongs to an embedded APP of a comprehensive supervision system in the driving training industry, and can automatically generate a sign-in and sign-out two-dimensional code;
a student or a coach logs in a public service platform, signs in and signs out two-dimensional codes generated by a timing platform are scanned, timing time is obtained and a difference value is calculated after the two-dimensional codes are successfully verified by a management server, and data are fed back to a database of a comprehensive supervision system of the driving and training industry for storage;
the signing and signing-in timing code scanning verification system comprises the following steps:
signing: after a student or a coach logs in a school bus APP in a public service platform by adopting a personal unique ID, scanning a login two-dimensional code generated by a timing platform, inquiring login two-dimensional code positioning by the public service platform at the moment, acquiring client positioning information, acquiring face information of the student or coach, verifying living bodies by adopting a living body detection SDK, comparing the face information, and entering a comprehensive supervision system of a driving training industry after the public service platform inquires that the login two-dimensional code positioning information is consistent with the client positioning information and the face recognition and living body test certificate is successful, storing the sign-in information into a database, and sending sign-in time to the timing platform by the comprehensive supervision system of the driving training industry, wherein a timing terminal of the timing platform starts timing;
and (3) sign-in: after a student or a coach logs in a school bus APP in a public service platform by adopting a personal unique ID, scanning a sign-off two-dimensional code generated by a timing platform, inquiring the sign-off two-dimensional code to locate and acquire client locating information by the public service platform, acquiring face information of the student or coach, verifying living bodies by adopting a living body detection SDK and comparing the face information, entering a comprehensive supervision system of a driving industry after the public service platform inquires that the sign-off two-dimensional code locating information is consistent with the client locating information and the face identification and living body test certificate are successful, storing the sign-off information into a database, sending sign-off time to the timing platform by the comprehensive supervision system of the driving industry, stopping timing by a timing terminal of the timing platform, and feeding back a timing total length calculated by the timing terminal into the database of the comprehensive supervision system of the driving industry for storage.
The timing code scanning verification system comprises a treatment server, so that the verification standard of a user when the code scanning finishes a sign-in task and a sign-out task is improved, the phenomenon of bad card punching is effectively solved and restrained, and the fair environment of trainee training is ensured.
The management server side can check the validity of the user through the user data uploaded by the learning vehicle APP, the checking comprises detecting whether the user is signed for payment, whether the user passes through a first examination of subjects, whether the user belongs to a coach or a learner of a driving school where the timing equipment is located, whether second attendance of the learner is checked in a field fence, whether third attendance of the learner is trained in different places, checking information is various, reading authority is large, and overall management is facilitated.
The control server side can enable the timing platform to generate a string of encrypted character strings according to the message format and the content formulated by the docking document, and the two-dimension code can be set to refresh time, usually set to refresh every 3 minutes, when the learning vehicle APP of the public service platform is scanned and analyzed, so that the safety of the two-dimension code is improved.
The management server can enable the public service platform to distinguish different timing manufacturers according to the two-dimension codes of different driving schools scanned by the driving learning APP, and distribute different encryption private keys and decryption public keys, so that data are prevented from being intercepted or tampered, data safety is improved, data of different driving schools are ensured to be not used in a mixing mode, and mutual data independence is ensured.
The management server side can acquire real positioning data of the mobile phone where the learning vehicle APP is located through the SDK of the third party authority, effectively recognizes that a user tamper with positioning coordinate data of the mobile phone by using the third party software, and avoids the phenomena of signing in, signing out and faking. And comparing and calculating the real positioning data of the mobile phone with the positioning data read from the two-dimension code of the timing equipment, and if the two positioning distances exceed the threshold value, considering that the verification is not passed, the data verification is accurate, and the positioning and comparing effect is good.
After intelligent equipment in the learner-driven vehicle logs in the comprehensive supervision system of the driving training industry, sign-in and sign-out two-dimensional codes can be displayed in the vehicle, at the moment, the treatment server can compare client positioning information acquired during sign-in with electronic fence data uploaded by a driving school, verification of the rationality of the position of a learner is realized, and the problem that sign-in and sign-out cannot be caused by disuse of client positioning during second-subject or third-subject mobile positioning is prevented.
The treatment server side can detect the SDK through the vehicle learning APP by adopting a mature third party living body, check in or check out the user to carry out on-site living body detection, can effectively prevent the user from using a photo or video to replace real person detection, prevent the mobile phone from forging positioning data by utilizing the third party APP, and carry out similarity comparison on the captured real person photo after the living body detection and the photo authenticated by the real person in the time of registering, thereby effectively avoiding the behavior of checking in or checking out of the non-user himself. The detection process is convenient to operate, the identification speed is high, and more convenient service is provided for users.
The treatment server adopts a form of deploying a mature face comparison algorithm of a third party, and the application of a private service deployment algorithm can improve the QPS (quality of service) to 50 of the comparison algorithm, so that a large number of users check in or check out each day, the cost can be effectively controlled, and the service is safer and more reliable.
The treatment server side synchronizes the final scanning notification and the scanning success result to a timing platform in a form of a data interface, the timing platform provides the receiving interface, an HTTP protocol mode is adopted, then the timing platform synchronizes the result to timing equipment in a Socket communication mode, sign-in or sign-out operation is completed, data transmitted between the systems are completely encrypted by adopting a symmetrical encryption algorithm at a pushing end, and decryption is carried out at a receiving end; and the data transmission process adopts an https mode to carry out encryption transmission. The information identification is accurate, corresponds different users' sign-in and sign-out information, guarantees the stability of data. All request and response message data are in JSON format through HTTP protocol. The "F" preceding the field length in the interface definition represents a fixed length, and the "V" represents a variable length. The control server feeds back the user code scanning notification to the timing platform background, and then the internal communication mechanism of the timing platform synchronizes the notification to the timing terminal equipment, so that the timing terminal can conduct mask processing on the two-dimension code according to the notification to prevent repeated code scanning. The treatment server feeds back the result after the user scans the code to the background of the timing platform, and then the internal communication mechanism of the timing platform synchronizes the result to the timing terminal equipment.
The governance server does not expose any interface to third party application in the Internet environment, network or flow attack to the server is effectively avoided, and the network of all timing terminal equipment cannot be added into a white list, so that the timing terminal equipment request can be forged to attack the server.
As an embodiment of the present invention, when a learner does not use the smart phone, the learner may apply for an emergency check-in mode through the learning vehicle APP: after the management department passes the examination at the management server, the management server pushes the student information to the timing platform so that the students can check in and check out in a 6-bit mode after the identity card is brushed or the user identity card is input, the emergency is effectively solved, and the problems faced by different users are comprehensively solved.
The data flow of the whole function adopts a mode of a treatment server or an APP actively initiating a request, and the learning vehicle APP takes a Zhejiang learning vehicle APP as an example, namely the Zhejiang learning vehicle APP actively scans a dynamic two-dimensional code displayed on a timing terminal device, shares the scanning result to the treatment server for processing, and does not adopt a vehicle-mounted camera to scan the dynamic two-dimensional code on the user APP; the code scanning notification and the code scanning success result notification after the two-dimension codes are scanned are also actively pushed to an external network interface provided by a timing platform through the treatment server (the timing platform can add the external network IP of the treatment server into a white list and is used for avoiding malicious attacks and false falsification requests), and meanwhile, the timing platform is adopted to synchronize the received information to the timing terminal equipment in a socket protocol mode, so that the treatment server is prevented from directly carrying out data interaction with the timing terminal equipment.
The two-dimension code sign-in SDK access mode comprises the following steps:
s1: sdk-release. Aar into libs folder;
s2: in the build. Gradle file in the model, the following codes are added to android { }:
note that ndkVersion must be equal to or greater than the above version.
S3: the following codes are added to the model build. Gradle file in android { defaultConfig }:
s4: in the build. Gradient file in the model, the following codes are added to the dependencies:
note that: requiring application of geographical location rights before invocation
android.permission.ACCESS_COARSE_LOCATION
android.permission.ACCESS_FINE_LOCATION
The main performance load of the invention is reflected on the treatment server, the CPU utilization rate of the whole system must not be higher than 50%, the memory utilization rate must not be higher than 80%, and the network bandwidth network access flow is at least 10M, thereby improving the response speed and avoiding network delay and blockage.
The face comparison algorithm server ensures that the reliability of the provided comparison algorithm is higher than 90% by adopting the GPU server, and the access QPS requested by the user is required to be ensured to be greater than or equal to 50 (50 comparison requests in 1 second are supported).
The application service deployment adopts multi-node deployment, prevents single-point faults, and spreads service requests of users so as to ensure high availability of services.
Finally, it should be noted that: the above examples are only specific embodiments of the present invention, and are not intended to limit the scope of the present invention, but it should be understood by those skilled in the art that the present invention is not limited thereto, and that the present invention is described in detail with reference to the foregoing examples: any person skilled in the art may modify or easily conceive of the technical solution described in the foregoing embodiments, or perform equivalent substitution of some of the technical features, while remaining within the technical scope of the present disclosure; such modifications, changes or substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention, and are intended to be included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (10)
1. A sign in, sign in and timing sweep sign-in verification system for driving school, its characterized in that:
the sign-in and sign-out timing code scanning verification system comprises a client: an electronic device for use by a trainee or coach;
public service platform: the system comprises a plurality of driving school APP, which can identify and read two-dimension code content;
comprehensive supervision system for driving training industry: the system comprises a database, a public service platform and a storage platform, wherein the database is used for storing personnel information entering from the public service platform and sign-in and sign-out states;
and (3) treating the service end: a plurality of verification information data for detecting check-in and check-out;
and (3) a timing platform: the system belongs to an embedded APP of a comprehensive supervision system in the driving training industry, and can automatically generate a sign-in and sign-out two-dimensional code;
a student or a coach logs in a public service platform, signs in and signs out two-dimensional codes generated by a timing platform are scanned, timing time is obtained and a difference value is calculated after the two-dimensional codes are successfully verified by a management server, and data are fed back to a database of a comprehensive supervision system of the driving and training industry for storage;
the signing and signing-in timing code scanning verification system comprises the following steps:
signing: after a student or a coach logs in a school bus APP in a public service platform by adopting a personal unique ID, scanning a login two-dimensional code generated by a timing platform, inquiring login two-dimensional code positioning by the public service platform at the moment, acquiring client positioning information, acquiring face information of the student or coach, verifying living bodies by adopting a living body detection SDK, comparing the face information, and entering a comprehensive supervision system of a driving training industry after the public service platform inquires that the login two-dimensional code positioning information is consistent with the client positioning information and the face recognition and living body test certificate is successful, storing the sign-in information into a database, and sending sign-in time to the timing platform by the comprehensive supervision system of the driving training industry, wherein a timing terminal of the timing platform starts timing;
and (3) sign-in: after a student or a coach logs in a school bus APP in a public service platform by adopting a personal unique ID, scanning a sign-off two-dimensional code generated by a timing platform, inquiring the sign-off two-dimensional code to locate and acquire client locating information by the public service platform, acquiring face information of the student or coach, verifying living bodies by adopting a living body detection SDK and comparing the face information, entering a comprehensive supervision system of a driving industry after the public service platform inquires that the sign-off two-dimensional code locating information is consistent with the client locating information and the face identification and living body test certificate are successful, storing the sign-off information into a database, sending sign-off time to the timing platform by the comprehensive supervision system of the driving industry, stopping timing by a timing terminal of the timing platform, and feeding back a timing total length calculated by the timing terminal into the database of the comprehensive supervision system of the driving industry for storage.
2. The check-in, check-out timing code scanning verification system for driving schools according to claim 1, wherein: the treatment server side can carry out user validity check through user data uploaded by the learning vehicle APP, and the check comprises detecting whether a user is signed for payment, whether the user passes a first examination of subjects, whether the user belongs to a coach or a learner of a driving school where the timing equipment is located, whether second attendance of the learner is checked in a field fence, and whether third attendance of the learner is trained in different places.
3. The check-in, check-out timing code scanning verification system for driving schools according to claim 2, wherein: the control server side can enable the timing platform to generate a string of encrypted character strings according to the message format and the content formulated by the docking document, and the two-dimension code can set refreshing time after the learning APP of the public service platform is scanned and analyzed.
4. A check-in, check-out timing code scanning verification system for driving schools according to claim 3, wherein: the governance server can enable the public service platform to distinguish different timing manufacturers according to the two-dimension codes of different driving schools scanned by the learning vehicle APP, and different encryption private keys and decryption public keys are distributed, so that data are prevented from being intercepted or tampered.
5. The check-in, check-out timing code scanning verification system for driving schools according to claim 4, wherein: the treatment server side can acquire real positioning data of the mobile phone where the learning vehicle APP is located through the SDK of the third party authority, compares and calculates the real positioning data with the positioning data read in the two-dimension code of the timing equipment, and if the two positioning distances exceed a threshold value, the verification is considered to be failed.
6. The check-in, check-out timing code scanning verification system for driving schools according to claim 5, wherein: after intelligent equipment in the learner-driven vehicle logs in the comprehensive supervision system of the driving training industry, sign-in and sign-out two-dimensional codes can be displayed in the vehicle, and at the moment, the treatment server can compare client positioning information acquired during sign-in with electronic fence data uploaded by a driving school, so that the position rationality of a learner is checked.
7. The check-in, check-out timing code scanning verification system for driving schools according to claim 6, wherein: the governance server can detect the SDK by adopting a mature third-party living body through the car learning APP, and can detect the sign-in or sign-out user in situ, so that the user can be effectively prevented from using a photo or video to replace real-person detection.
8. The check-in, check-out timing code scanning verification system for driving schools according to claim 7, wherein: the treatment server adopts a form of deploying a mature face comparison algorithm of a third party, and the QPS to 50 of the comparison algorithm can be improved by adopting a private service deployment algorithm.
9. The check-in, check-out timing code scanning verification system for driving schools according to claim 8, wherein: the treatment server side synchronizes the final scanning notification and the scanning success result to the timing platform in the form of a data interface, the timing platform provides the receiving interface, an HTTP protocol mode is adopted, and then the timing platform finally synchronizes the result to the timing equipment in a Socket communication mode, and sign-in or sign-out operation is completed.
10. The check-in, check-out timing code scanning verification system for driving schools according to claim 9, wherein: when the student does not use the smart phone, the mode of registering is applied for emergency by the accessible car learning APP: after the management department passes the examination at the management server, the management server pushes the information of the students to the timing platform so that the students can check in and check out in a 6-bit mode after the identity card is brushed or the user identity card is input.
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| CN107545352A (en) * | 2016-10-31 | 2018-01-05 | 郑州蓝视科技有限公司 | A kind of driving school's Training Management Information System |
| CN107437120A (en) * | 2017-09-22 | 2017-12-05 | 南京多伦科技股份有限公司 | The management system and management method of driving training |
| CN108256410A (en) * | 2017-11-01 | 2018-07-06 | 山东万正网络科技有限公司 | A kind of anti-cheating timekeeping system and method for learner-driven vehicle |
| WO2021012791A1 (en) * | 2019-07-22 | 2021-01-28 | 平安科技（深圳）有限公司 | Face login method, apparatus, computer device and storage medium |
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