Multi-code fusion login method and system for education platform

Abstract

The invention provides a multi-code fusion login method and system for an education platform, and the method comprises the steps: 1, obtaining a plurality of login code types for logging in the education platform, fusing the plurality of login code types, and embedding the fused login code types into an education platform login management center; 2, monitoring the login operation of the education platform in real time, and reading monitored login operation data when the login operation exists; 3, reading and analyzing the login operation data based on the education platform login management center, and performing matching verification on an analysis result; 4, when the matching verification result is passed, authorized login is carried out on the education platform; according to the method, the login convenience is effectively improved, so that the user experience is enhanced, and meanwhile, the management efficiency of the education platform login management center is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of multi-code fusion login, and in particular to a multi-code fusion login method and system for an education platform. Background Art

[0002] At present, in today's digital age, educational platforms have become an indispensable and important part of the education field. With the continuous advancement of educational informatization, various educational platforms have emerged, providing learners with rich learning resources and convenient learning methods;

[0003] However, traditional education platform login methods often have some limitations. Common single login code methods, such as logging in with only a username and password, may cause a heavy memory burden on users, especially when users have multiple education platform accounts, they are prone to confusion or forgetting passwords. In addition, a single login code may not be flexible enough in some cases. For example, users may have difficulty logging in due to changes in their mobile phone numbers or email addresses. At the same time, with the rapid development of mobile Internet, users have higher and higher requirements for the convenience and efficiency of login. Therefore, in order to overcome the above technical problems, the present invention provides a multi-code fusion login method and system for an education platform. Summary of the invention

[0004] The present invention provides a multi-code fusion login method and system for an education platform, which is used to obtain multiple login code types for logging into the education platform, and fuse the multiple login code types and embed them into the education platform login management center to effectively ensure that the education platform login management center has multiple login code processing capabilities, thereby providing an effective basis for subsequent verification and matching of login operation data, and laying a solid foundation; by real-time monitoring of the login operation of the education platform, and when there is a login operation, reading the monitored login operation data, so as to effectively read and analyze the login operation data based on the education platform login management center, and match and verify the analysis results, and when the matching verification results pass, the education platform is authorized to log in, thereby effectively ensuring the security and accuracy of the education platform login; effectively improving the convenience of login, thereby enhancing the user experience, and at the same time, improving the management efficiency of the education platform login management center.

[0005] The present invention provides a multi-code fusion login method for an education platform, comprising: Step 1: Obtain multiple login code types for logging into the education platform, and at the same time, integrate and embed the multiple login code types into the education platform login management center; Step 2: Monitor the login operation of the education platform in real time, and when there is a login operation, read the monitored login operation data; Step 3: Based on the education platform login management center, the login operation data is read and analyzed, and the analysis results are matched and verified; Step 4: When the matching verification result is passed, the education platform is authorized to log in.

[0006] Preferably, in a multi-code fusion login method for an education platform, in step 1, multiple login code types for logging into the education platform are obtained, including: Read the authorized login method of the education platform; Determine the login carrier for the education platform according to the authorized login method; Various login code types for logging into the education platform are determined based on the login carrier.

[0007] Preferably, a multi-code fusion login method for an education platform, in step 2, real-time monitoring of the login operation of the education platform, and when there is a login operation, reading the monitored login operation data, including: Constructing an education platform data monitoring terminal, and at the same time, obtaining the benchmark login operation data when the education platform performs a login operation, and reading the benchmark login operation data to determine the first data identifier of the benchmark login operation data; Setting a reminder instruction on the education platform data monitoring terminal according to the first data identifier; Based on the education platform data monitoring terminal, the operation data of the education platform is monitored in real time, and the second data identifier of the operation data is read; comparing the second data identifier with the first data identifier in real time; When the second data identifier is inconsistent with the first data identifier, the operation data of the education platform continues to be monitored based on the education platform data monitoring terminal; When the second data identifier is consistent with the first data identifier, a reminder instruction is output based on the education platform data monitoring terminal; Obtain the monitored login operation data according to the reminder instruction.

[0008] Preferably, a multi-code fusion login method for an education platform obtains monitored login operation data according to a reminder instruction, including: Read the reminder instruction to determine the generation time of the reminder instruction, and at the same time, read the operation data of the education platform in the education platform data monitoring terminal; Determine a starting record stamp according to the generation time of the reminder instruction, and perform a first positioning in the operation data of the education platform according to the starting record stamp; Obtain the operation process during the login operation, and obtain the termination step in the operation process. At the same time, extract the termination time corresponding to the termination step, and generate a termination record stamp based on the termination time; Performing a second positioning in the operation data of the education platform according to the termination record stamp; The target operation data between the first positioning result and the second positioning result is intercepted, wherein the target operation data is the monitored login operation data.

[0009] Preferably, a multi-code fusion login method for an education platform, in step 1, multiple login code types are fused and embedded into the education platform login management center, including: Obtain the user's registration information, read multiple login codes for logging into the education platform in the registration information, and obtain the type label of the login code; Classify multiple login codes according to the type labels of the login codes, and associate different types of login codes of the same user according to the classification results; Obtain all login code types of the education platform, and build a distributed data management library according to all login code types, wherein the distributed data management library includes multiple sub-data management libraries, and the sub-data management libraries correspond to the login code types one by one; Cache the association results of different types of login codes of the same user in the corresponding sub-data management library, and obtain multiple user accounts corresponding to each sub-data management library and registration information corresponding to each user account; Obtain the multi-code fusion login information model framework of the education platform according to the cached results; Configure a data verification engine for the multi-code fusion login information model framework, and coordinate and associate the data verification data engines of the multi-code fusion login information model framework; Obtain verification requirements, determine the login verification priority for user registration information based on the verification requirements, and configure the collaborative association results of the data verification engine at the same level based on the login verification priority; According to the configuration results, a multi-code fusion login verification mechanism is obtained, and the multi-code fusion login verification mechanism is encapsulated, and the encapsulated results are deployed in the education platform login management center.

[0010] Preferably, in a multi-code fusion login method for an education platform, in step 3, the login operation data is read and analyzed based on the education platform login management center, and the analysis results are matched and verified, including: The education platform login management center receives the login operation data and obtains the data description corresponding to the operation target in the login operation data; Identify the data description corresponding to the operation target according to the education platform login management center, and determine the target login code corresponding to the login operation data; Acquire multiple user information identification tags, locate the user information identification tags in the login operation data according to the user information identification tags, and obtain information data under each user information identification tag according to the location result; The target login code and the information data under each user information identification tag are matched and verified.

[0011] Preferably, a multi-code fusion login method for an education platform matches and verifies the login code and the information data under each user information identification tag, including: Read the login code type corresponding to the target login code, and call the user information management library that matches the login code type. At the same time, read the priority of user information verification; Sort the user information identification tags according to the priority of user information verification, and input the corresponding information data into the user information management library for sequential matching according to the sorting results; When the information data under each user information identification tag has corresponding matching information data in the user information management database, it is determined that the matching verification is passed; Otherwise, it is determined that the matching verification fails.

[0012] Preferably, in a multi-code fusion login method for an education platform, in step 4, when the matching verification is passed, the education platform is authorized to log in, including: When the matching verification is passed, the user account is logged in on the education platform according to the login operation data; At the same time, the readable data range of the user account on the education platform is obtained, and information authorization is performed on the user account on the education platform based on the readable data range.

[0013] Preferably, a multi-code fusion login method for an education platform further includes performing an operation evaluation on a login management center of the education platform, specifically: Read the historical verification data of the login management center, determine the number of login code verifications and the number of login information matches, and at the same time, obtain the login code verification results and login information matching results; Calculate the login accuracy rate of the login management center based on the number of login code verifications, the login code verification results, the number of login information matches, and the login information matching results; ; in, Indicates the login accuracy rate of the management center; Indicates the number of times the login code is verified correctly when logging in to the management center for login code verification; Indicates the number of login code verification errors when logging into the management center; Indicates the impact weight of login code verification when calculating the login accuracy of the login management center; Indicates the number of times the login information is matched correctly when logging into the management center; Indicates the number of login information matching errors when logging into the management center; Indicates the impact weight of login information matching when calculating the login accuracy of the login management center; Calculate the operation evaluation value of the login management center according to the login accuracy rate of the login management center; ; in, Indicates the operation evaluation value of logging into the management center; Indicates the time of logging into the management center to read data; Indicates the response time for logging into the management center; represents a natural constant, with a value of 2.71; represents the logarithmic function with base e; Indicates the network delay impact factor, and its value is (0.01, 0.02); represents the baseline login time threshold, and ; Indicates the response sensitivity of logging into the management center; represents the baseline response sensitivity; Obtain the qualified value of the operation evaluation, and compare the operation evaluation value logged into the management center with the qualified value of the operation evaluation to determine whether to issue an alarm reminder; If the operation evaluation value logged into the management center is equal to or greater than the qualified value of the operation evaluation, it is determined that no alarm reminder will be issued; Otherwise, an alarm will be issued and the alarm information will be transmitted to the management terminal.

[0014] The present invention provides a multi-code fusion login system for an education platform, comprising: A fusion module is used to obtain multiple login code types for logging into the education platform, and at the same time, merge the multiple login code types and embed them into the education platform login management center; The login monitoring module is used to monitor the login operation of the education platform in real time and read the monitored login operation data when there is a login operation; The matching verification module is used to read and analyze the login operation data based on the education platform login management center, and to match and verify the analysis results; The authorized login module is used to authorize login to the education platform when the matching verification result is passed.

[0015] Compared with the prior art, the present invention has the following beneficial effects: 1. By acquiring multiple login code types for logging into the education platform, integrating and embedding multiple login code types into the education platform login management center, it is effectively guaranteed that the education platform login management center has multiple capabilities for processing login codes, thereby providing an effective basis for the subsequent verification and matching of login operation data, laying a solid foundation; by real-time monitoring of the login operation of the education platform, and when there is a login operation, reading the monitored login operation data, the login operation data is effectively read and analyzed based on the education platform login management center, and the analysis results are matched and verified, and when the matching verification results pass, the education platform is authorized to log in, thereby effectively ensuring the security and accuracy of the education platform login; effectively improving the convenience of login, thereby enhancing the user experience, and at the same time, improving the management efficiency of the education platform login management center.

[0016] 2. By reading the historical verification data of the login management center, the number of login code verifications and the number of login information matches are determined. At the same time, the login code verification results and login information matching results are obtained, so as to effectively calculate the login accuracy of the login management center based on the login code verification times, login code verification results, login information matching times and login information matching results. Then, through the login accuracy of the login management center, the operation evaluation value of the login management center is accurately calculated. By obtaining the qualified value of the operation evaluation, an effective data basis is provided for whether to issue an alarm reminder, thereby improving the monitoring intensity and comprehensiveness of the education platform login management center, thereby ensuring the stable operation of the education platform login management center, thereby facilitating enhancing the user experience.

[0017] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures specifically pointed out in this application document.

[0018] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0020] Figure 1 This is a flow chart of a multi-code fusion login method for an education platform in an embodiment of the present invention; Figure 2 This is a flowchart of step 2 in a multi-code fusion login method for an education platform in an embodiment of the present invention; Figure 3This is a structural diagram of a multi-code fusion login system for an education platform in an embodiment of the present invention. DETAILED DESCRIPTION

[0021] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0022] Embodiment 1: This embodiment provides a multi-code fusion login method for an education platform. Figure 1 As shown, including: Step 1: Obtain multiple login code types for logging into the education platform, and at the same time, integrate and embed the multiple login code types into the education platform login management center; Step 2: Monitor the login operation of the education platform in real time, and when there is a login operation, read the monitored login operation data; Step 3: Based on the education platform login management center, the login operation data is read and analyzed, and the analysis results are matched and verified; Step 4: When the matching verification result is passed, the education platform is authorized to log in.

[0023] In this embodiment, the various login code types include: WeChat, any APP under the subject network scanning code login, account password / verification code login.

[0024] In this embodiment, integrating multiple login code types and embedding them into the education platform login management center can be done by associating information of multiple different login code types and then storing and applying them in the education platform login management center, so that the education platform login management center has the ability to process multiple login codes, laying a solid foundation for subsequent login operations.

[0025] In this embodiment, the login operation data may include login code information input by the user, user account information, user name, and other information.

[0026] In this embodiment, the analysis results are matched and verified, that is, the analysis results are matched based on the education platform login management center to determine whether the login operation data is accurate and valid.

[0027] In this embodiment, the matching verification can be performed by analyzing the login operation information through the education platform login management center, and comparing and verifying the login information pre-stored in the education platform login management center to determine whether the login operation data is accurate and valid (i.e., determining whether the matching verification has passed).

[0028] In this embodiment, when the matching verification result shows passed, the system automatically authorizes login to the education platform.

[0029] The working principle and beneficial effects of the above technical solution are: by obtaining multiple login code types for logging into the education platform, and integrating and embedding the multiple login code types into the education platform login management center, it is effectively guaranteed that the education platform login management center has multiple capabilities for processing login codes, thereby providing an effective basis for the subsequent verification and matching of login operation data, laying a solid foundation; by real-time monitoring of the login operation of the education platform, and when there is a login operation, reading the monitored login operation data, so as to effectively read and analyze the login operation data based on the education platform login management center, and match and verify the analysis results, and when the matching verification results pass, the education platform is authorized to log in, thereby effectively ensuring the security and accuracy of the education platform login; effectively improving the convenience of login, thereby enhancing the user experience, and at the same time, improving the management efficiency of the education platform login management center.

[0030] Embodiment 2: Based on Example 1, this example provides a multi-code fusion login method for an education platform. In step 1, multiple login code types for logging into the education platform are obtained, including: Read the authorized login method of the education platform; Determine the login carrier for the education platform according to the authorized login method; Various login code types for logging into the education platform are determined based on the login carrier.

[0031] In this embodiment, the authorized login method is a method that can log in to the education platform, such as scanning a QR code, logging in with an account, logging in with a verification code, etc.

[0032] In this embodiment, the login carrier can be a login method carrier determined according to the login method. For example, when logging in by scanning a QR code, the login method carrier is a QR code. When logging in through an account, the login method carrier is in the form of an account code + password, etc. Therefore, the corresponding login code type can be determined through the login carrier.

[0033] In this embodiment, different login carriers correspond to different login code types.

[0034] The working principle and beneficial effect of the above technical solution are: by determining the authorized login method of the education platform, the login carrier of the education platform can be effectively obtained, so that the various login code types for logging into the education platform can be determined through the login carrier, effectively ensuring the accuracy and effectiveness of the determination of the login code type.

[0035] Embodiment 3: Based on Example 1, this example provides a multi-code fusion login method for an education platform. Figure 2 As shown, in step 2, the login operation of the education platform is monitored in real time, and when there is a login operation, the monitored login operation data is read, including: Step 201: constructing an education platform data monitoring terminal, and at the same time, obtaining the benchmark login operation data when the education platform performs a login operation, and reading the benchmark login operation data to determine the first data identifier of the benchmark login operation data; Step 202: Setting a reminder instruction on the education platform data monitoring terminal according to the first data identifier; Step 203: monitoring the operation data of the education platform in real time based on the education platform data monitoring terminal, and reading the second data identifier of the operation data; Step 204: Compare the second data identifier with the first data identifier in real time; Step 205: When the second data identifier is inconsistent with the first data identifier, the operation data of the education platform continues to be monitored based on the education platform data monitoring terminal; Step 206: when the second data identifier is consistent with the first data identifier, outputting a reminder instruction based on the education platform data monitoring terminal; Step 207: Acquire the monitored login operation data according to the reminder instruction.

[0036] In this embodiment, the education platform data monitoring terminal is a terminal used to monitor whether there is a user submitting a login request in the education platform.

[0037] In this embodiment, the benchmark login operation data may be the operation information that the user needs to perform when logging into the education platform and the corresponding operation information of the education platform when receiving the login request.

[0038] In this embodiment, the first data identifier may be a marking symbol corresponding to the reference login operation data, and the type and value of the data may be determined by the marking symbol.

[0039] In this embodiment, the second data identifier may be a marking symbol of the operation data corresponding to the operation of the education platform, and the type and value of the data may be determined through the marking symbol.

[0040] The working principle and beneficial effects of the above technical solution are: by constructing an education platform data monitoring terminal and generating a first data identifier based on the benchmark login operation data, a reference basis is provided for verifying whether a login operation exists; secondly, a reminder instruction is set according to the first data identifier, and the operation data of the education platform is monitored in real time through the constructed education platform data monitoring terminal, so as to accurately and effectively determine the second data identifier of the operation data; finally, the second data identifier of the operation data is compared with the first data identifier of the benchmark login operation data, so as to realize that when it is determined that a login operation exists, the login operation data corresponding to the login operation is obtained in real time and effectively, thereby facilitating multi-code fusion login management.

[0041] Embodiment 4: Based on Example 3, this example provides a multi-code fusion login method for an education platform, which obtains monitored login operation data according to a reminder instruction, including: Read the reminder instruction to determine the generation time of the reminder instruction, and at the same time, read the operation data of the education platform in the education platform data monitoring terminal; Determine a starting record stamp according to the generation time of the reminder instruction, and perform a first positioning in the operation data of the education platform according to the starting record stamp; Obtain the operation process during the login operation, and obtain the termination step in the operation process. At the same time, extract the termination time corresponding to the termination step, and generate a termination record stamp based on the termination time; Performing a second positioning in the operation data of the education platform according to the termination record stamp; The target operation data between the first positioning result and the second positioning result is intercepted, wherein the target operation data is the monitored login operation data.

[0042] In this embodiment, the start record stamp is generated according to the generation time of the reminder instruction, and is used to represent the specific time information of the reminder instruction.

[0043] In this embodiment, the first positioning may be to determine the position corresponding to the generation time of the reminder instruction from the operation data according to the start record stamp.

[0044] In this embodiment, the operation process may be a corresponding login process when a user logs into an education platform.

[0045] In this embodiment, the termination step may be the last login step of the user in the operation process, wherein the termination time is the specific time information corresponding to the completion of the termination step.

[0046] In this embodiment, the termination record stamp may be generated according to the termination time of the termination step, and is used to locate the end point related to the login operation data in the running data, that is, the second positioning.

[0047] The working principle and beneficial effects of the above technical solution are: by determining the generation time of the reminder instruction, and determining the starting record stamp for locating the login operation data according to the generation time, it is convenient to perform the first positioning in the operation data of the education platform according to the starting record stamp (that is, to locate the starting point of the login operation data contained in the operation data); secondly, the termination time corresponding to the termination step is determined according to the operation process, and the termination record stamp is generated according to the termination time, so as to facilitate the second positioning in the operation data according to the termination record stamp (that is, to locate the end point of the login operation data contained in the operation data); finally, the operation data between the first positioning and the second positioning is retrieved, so as to realize accurate and effective acquisition of the login operation data, and provide reliable data guarantee for multi-code fusion login.

[0048] Embodiment 5: Based on Example 1, this example provides a multi-code fusion login method for an education platform. In step 1, multiple login code types are fused and embedded into the education platform login management center, including: Obtain the user's registration information, read multiple login codes for logging into the education platform in the registration information, and obtain the type label of the login code; Classify multiple login codes according to the type labels of the login codes, and associate different types of login codes of the same user according to the classification results; Obtain all login code types of the education platform, and build a distributed data management library according to all login code types, wherein the distributed data management library includes multiple sub-data management libraries, and the sub-data management libraries correspond to the login code types one by one; Cache the association results of different types of login codes of the same user in the corresponding sub-data management library, and obtain multiple user accounts corresponding to each sub-data management library and registration information corresponding to each user account; Obtain the multi-code fusion login information model framework of the education platform according to the cached results; Configure a data verification engine for the multi-code fusion login information model framework, and coordinate and associate the data verification data engines of the multi-code fusion login information model framework; Obtain verification requirements, determine the login verification priority for user registration information based on the verification requirements, and configure the collaborative association results of the data verification engine at the same level based on the login verification priority; According to the configuration results, a multi-code fusion login verification mechanism is obtained, and the multi-code fusion login verification mechanism is encapsulated, and the encapsulated results are deployed in the education platform login management center.

[0049] In this embodiment, the registration information may be basic information submitted by the user to the education platform when the user first uses the education platform, and is data used for authorized login in the education platform.

[0050] In this embodiment, the multiple login codes may be the login method requested when registering in the education platform, and the multiple login codes corresponding to different users may be different.

[0051] In this embodiment, the type label may be a marking symbol used to distinguish different login code types.

[0052] In this embodiment, associating different types of login codes of the same user according to the classification result can be binding different types of login codes of the same user, so as to quickly retrieve all login code information corresponding to the current user when the current user login is detected.

[0053] In this embodiment, all login code types may be all login methods allowed in the education platform, and the coverage range is greater than or equal to multiple login codes submitted by different users when registering.

[0054] In this embodiment, the distributed data management library can be constructed based on all login code types to store different types of login code information, that is, each data management library in the distributed data management library is a sub-data management library that stores one type of login code information.

[0055] In this embodiment, the multi-code fusion login information model framework can be obtained by storing different types of login code information of different users in corresponding sub-data management libraries, and is used as reference information for verifying login information when a user logs in.

[0056] In this embodiment, the data verification engine can be a tool for retrieving the login code information of different users in the multi-code fusion login information model framework, that is, when performing login verification, the base login code information of the user when registering is retrieved from the corresponding sub-data management library.

[0057] In this embodiment, coordination association refers to coordinating the data verification engines corresponding to different sub-data management libraries in the multi-code fusion login information model framework, that is, when performing login verification, synchronously controlling each data verification engine to retrieve the login code information in the corresponding sub-data management library.

[0058] In this embodiment, the verification requirements may be pre-set, and may be used to determine the order and rigor of verification of specific content segments in different types of login code information.

[0059] In this embodiment, the login verification priority may be the order in which different data contents in the user registration information are verified.

[0060] In this embodiment, the same level configuration may be configured according to a determined login verification priority, with the purpose of enabling the data verification engine to sequentially retrieve corresponding verification data according to the login verification priority.

[0061] In this embodiment, the multi-code fusion login verification mechanism may be a rule finally obtained for verifying the login code information submitted by the user when logging in.

[0062] The working principle and beneficial effects of the above technical solution are: by parsing the user's registration information, the multiple login codes when the user logs in can be accurately and effectively determined. At the same time, the multiple login codes are classified to effectively associate the multiple login codes of the same user. Secondly, a distributed data management library is constructed according to all login code types of the education platform, so that the association results of different types of login codes of the same user can be effectively stored in the corresponding database, thereby realizing the accurate and effective formulation of the multi-code fusion login information model framework of the education platform, and providing reliable verification parameters for different users to perform login operations. Finally, a data verification engine is configured for the multi-code fusion login information model framework, and parameters of the data verification engine are configured in different dimensions according to verification requirements, ultimately realizing the effective formulation and deployment of the multi-code fusion login verification mechanism, providing convenience for multi-code fusion login, and improving the management efficiency of the education platform login management center.

[0063] Embodiment 6: Based on Example 1, this example provides a multi-code fusion login method for an education platform. In step 3, the login operation data is read and analyzed based on the education platform login management center, and the analysis results are matched and verified, including: The education platform login management center receives the login operation data and obtains the data description corresponding to the operation target in the login operation data; Identify the data description corresponding to the operation target according to the education platform login management center, and determine the target login code corresponding to the login operation data; Acquire multiple user information identification tags, locate the user information identification tags in the login operation data according to the user information identification tags, and obtain information data under each user information identification tag according to the location result; The target login code and the information data under each user information identification tag are matched and verified.

[0064] In this embodiment, the operation target is the method of logging into the education platform, wherein the data description is the data code corresponding to the operation target in the login operation data.

[0065] In this embodiment, the target login code is the login code corresponding to the login method (ie, login target) in the current login operation data.

[0066] In this embodiment, the user information identification tag may include: user name, user account, user identity and other tags.

[0067] In this embodiment, the analysis result is: the target login code and the information data under each user information identification tag.

[0068] In this embodiment, the information data is the specific data corresponding to each user information identification tag.

[0069] The working principle and beneficial effects of the above technical solution are: by obtaining the data description corresponding to the operation target in the login operation data, the operation target is effectively identified based on the education platform login management center, thereby determining the target login code corresponding to the login operation data, and by determining the user information identification tag, it is effectively located in the login operation data based on the user information identification tag, accurately extracting information data, improving the effectiveness of data reading, thereby improving the efficiency and accuracy of matching and verifying the analysis results, and ensuring the effectiveness of authorized login to the education platform.

[0070] Embodiment 7: Based on Example 6, this example provides a multi-code fusion login method for an education platform, which matches and verifies the login code and the information data under each user information identification tag, including: Read the login code type corresponding to the target login code, and call the user information management library that matches the login code type. At the same time, read the priority of user information verification; Sort the user information identification tags according to the priority of user information verification, and input the corresponding information data into the user information management library for sequential matching according to the sorting results; When the information data under each user information identification tag has corresponding matching information data in the user information management database, it is determined that the matching verification is passed; Otherwise, it is determined that the matching verification fails.

[0071] In this embodiment, the priority is the order in which user information is verified.

[0072] In this embodiment, the user information management library stores information such as names, user accounts, and user identities of all authorized users.

[0073] In this embodiment, the login code type corresponds to the user information management library one by one.

[0074] The beneficial effects of the above technical solution are: by reading the login code type corresponding to the target login code, the user information management can be effectively retrieved, thereby improving the efficiency of matching and verifying the information data; by determining the priority of user information verification, the user information identification tags can be effectively sorted, thereby improving the orderliness of information data verification, thereby ensuring the comprehensiveness and accuracy of matching and verifying user information.

[0075] Embodiment 8: Based on Example 1, this example provides a multi-code fusion login method for an education platform. In step 4, when the matching verification is passed, the education platform is authorized to log in, including: When the matching verification is passed, the user account is logged in on the education platform according to the login operation data; At the same time, the readable data range of the user account on the education platform is obtained, and information authorization is performed on the user account on the education platform based on the readable data range.

[0076] In this embodiment, the readable data range may be the permission range that the user corresponding to the current user account can authorize to read.

[0077] The beneficial effect of the above technical solution is: it effectively guarantees the data reading rights of different users, thereby improving the security of education platform data.

[0078] Embodiment 9: Based on Example 1, this example provides a multi-code fusion login method for an education platform, and further includes performing an operation evaluation on a login management center of the education platform, specifically: Read the historical verification data of the login management center, determine the number of login code verifications and the number of login information matches, and at the same time, obtain the login code verification results and login information matching results; Calculate the login accuracy rate of the login management center based on the number of login code verifications, the login code verification results, the number of login information matches, and the login information matching results; ; in, Indicates the login accuracy rate of the management center; Indicates the number of times the login code is verified correctly when logging in to the management center for login code verification; Indicates the number of login code verification errors when logging into the management center; Indicates the impact weight of login code verification when calculating the login accuracy of the login management center; Indicates the number of times the login information is matched correctly when logging into the management center; Indicates the number of login information matching errors when logging into the management center; Indicates the impact weight of login information matching when calculating the login accuracy of the login management center; Calculate the operation evaluation value of the login management center according to the login accuracy rate of the login management center; ; in, Indicates the operation evaluation value of logging into the management center; Indicates the time of logging into the management center to read data; Indicates the response time for logging into the management center; represents a natural constant, with a value of 2.71; represents the logarithmic function with base e; Indicates the network delay impact factor, and its value is (0.01, 0.02); represents the baseline login time threshold, and ; Indicates the response sensitivity of logging into the management center; represents the baseline response sensitivity; Obtain the qualified value of the operation evaluation, and compare the operation evaluation value logged into the management center with the qualified value of the operation evaluation to determine whether to issue an alarm reminder; If the operation evaluation value logged into the management center is equal to or greater than the qualified value of the operation evaluation, it is determined that no alarm reminder will be issued; Otherwise, an alarm will be issued and the alarm information will be transmitted to the management terminal.

[0079] In this embodiment, the alarm reminder may include: generating an alarm text message and other methods to perform the alarm reminder.

[0080] In this embodiment, the management terminal may be a terminal including a computer.

[0081] In this embodiment, the operation evaluation qualified value may be set in advance and used as a standard for determining whether to issue an alarm reminder.

[0082] The working principle and beneficial effects of the above technical solution are: by reading the historical verification data of the login management center, the number of login code verifications and the number of login information matches are determined, and at the same time, the login code verification results and the login information matching results are obtained, so as to effectively calculate the login accuracy of the login management center based on the login code verification times, the login code verification results, the number of login information matches and the login information matching results, and then accurately calculate the operation evaluation value of the login management center through the login accuracy of the login management center, and by obtaining the qualified value of the operation evaluation, an effective data basis is provided for whether to issue an alarm reminder, thereby improving the monitoring intensity and comprehensiveness of the education platform login management center, thereby ensuring the stable operation of the education platform login management center, thereby facilitating enhancing the user experience.

[0083] Embodiment 10: This embodiment provides a multi-code fusion login system for an education platform. Figure 3 As shown, including: A fusion module is used to obtain multiple login code types for logging into the education platform, and at the same time, merge the multiple login code types and embed them into the education platform login management center; The login monitoring module is used to monitor the login operation of the education platform in real time and read the monitored login operation data when there is a login operation; The matching verification module is used to read and analyze the login operation data based on the education platform login management center, and to match and verify the analysis results; The authorized login module is used to authorize login to the education platform when the matching verification result is passed.

[0084] The working principle and beneficial effects of the above technical solution are: by obtaining multiple login code types for logging into the education platform, and integrating and embedding the multiple login code types into the education platform login management center, it is effectively guaranteed that the education platform login management center has multiple capabilities for processing login codes, thereby providing an effective basis for the subsequent verification and matching of login operation data, laying a solid foundation; by real-time monitoring of the login operation of the education platform, and when there is a login operation, reading the monitored login operation data, so as to effectively read and analyze the login operation data based on the education platform login management center, and match and verify the analysis results, and when the matching verification results pass, the education platform is authorized to log in, thereby effectively ensuring the security and accuracy of the education platform login; effectively improving the convenience of login, thereby enhancing the user experience, and at the same time, improving the management efficiency of the education platform login management center.

[0085] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations.

Claims

1. A multi-code fusion login method for an education platform, characterized in that: include: Step 1: Obtain multiple login code types for logging into the education platform, and at the same time, integrate and embed the multiple login code types into the education platform login management center; Step 2: Monitor the login operation of the education platform in real time, and when there is a login operation, read the monitored login operation data; Step 3: Based on the education platform login management center, the login operation data is read and analyzed, and the analysis results are matched and verified; Step 4: When the matching verification result is passed, the education platform is authorized to log in.

2. According to claim 1, a multi-code fusion login method for an education platform is characterized in that: In step 1, multiple login code types for logging into the education platform are obtained, including: Read the authorized login method of the education platform; Determine the login carrier for the education platform according to the authorized login method; Various login code types for logging into the education platform are determined based on the login carrier.

3. The multi-code fusion login method for an education platform according to claim 1, characterized in that: In step 2, the login operation of the education platform is monitored in real time, and when there is a login operation, the monitored login operation data is read, including: Constructing an education platform data monitoring terminal, and at the same time, obtaining the benchmark login operation data when the education platform performs a login operation, and reading the benchmark login operation data to determine the first data identifier of the benchmark login operation data; Setting a reminder instruction on the education platform data monitoring terminal according to the first data identifier; Based on the education platform data monitoring terminal, the operation data of the education platform is monitored in real time, and the second data identifier of the operation data is read; comparing the second data identifier with the first data identifier in real time; When the second data identifier is inconsistent with the first data identifier, the operation data of the education platform continues to be monitored based on the education platform data monitoring terminal; When the second data identifier is consistent with the first data identifier, a reminder instruction is output based on the education platform data monitoring terminal; Obtain the monitored login operation data according to the reminder instruction.

4. The multi-code fusion login method for an education platform according to claim 3, characterized in that: Obtain the monitored login operation data according to the reminder instruction, including: Read the reminder instruction to determine the generation time of the reminder instruction, and at the same time, read the operation data of the education platform in the education platform data monitoring terminal; Determine a starting record stamp according to the generation time of the reminder instruction, and perform a first positioning in the operation data of the education platform according to the starting record stamp; Obtain the operation process during the login operation, and obtain the termination step in the operation process. At the same time, extract the termination time corresponding to the termination step, and generate a termination record stamp based on the termination time; Performing a second positioning in the operation data of the education platform according to the termination record stamp; The target operation data between the first positioning result and the second positioning result is intercepted, wherein the target operation data is the monitored login operation data.

5. The multi-code fusion login method for an education platform according to claim 1, characterized in that: In step 1, multiple login code types are integrated and embedded into the education platform login management center, including: Obtain the user's registration information, read multiple login codes for logging into the education platform in the registration information, and obtain the type label of the login code; Classify multiple login codes according to the type labels of the login codes, and associate different types of login codes of the same user according to the classification results; Obtain all login code types of the education platform, and build a distributed data management library according to all login code types, wherein the distributed data management library includes multiple sub-data management libraries, and the sub-data management libraries correspond to the login code types one by one; Cache the association results of different types of login codes of the same user in the corresponding sub-data management library, and obtain multiple user accounts corresponding to each sub-data management library and registration information corresponding to each user account; Obtain the multi-code fusion login information model framework of the education platform according to the cached results; Configure a data verification engine for the multi-code fusion login information model framework, and coordinate and associate the data verification data engines of the multi-code fusion login information model framework; Obtain verification requirements, determine the login verification priority for user registration information based on the verification requirements, and configure the collaborative association results of the data verification engine at the same level based on the login verification priority; According to the configuration results, a multi-code fusion login verification mechanism is obtained, and the multi-code fusion login verification mechanism is encapsulated, and the encapsulated results are deployed in the education platform login management center.

6. The multi-code fusion login method for an education platform according to claim 1, characterized in that: In step 3, the login operation data is read and analyzed based on the education platform login management center, and the analysis results are matched and verified, including: The education platform login management center receives the login operation data and obtains the data description corresponding to the operation target in the login operation data; Identify the data description corresponding to the operation target according to the education platform login management center, and determine the target login code corresponding to the login operation data; Acquire multiple user information identification tags, locate the user information identification tags in the login operation data according to the user information identification tags, and obtain information data under each user information identification tag according to the location result; The target login code and the information data under each user information identification tag are matched and verified.

7. The multi-code fusion login method for an education platform according to claim 6, characterized in that: Match and verify the login code and the information data under each user information identification tag, including: Read the login code type corresponding to the target login code, and call the user information management library that matches the login code type. At the same time, read the priority of user information verification; Sort the user information identification tags according to the priority of user information verification, and input the corresponding information data into the user information management library for sequential matching according to the sorting results; When the information data under each user information identification tag has corresponding matching information data in the user information management database, it is determined that the matching verification is passed; Otherwise, it is determined that the matching verification fails.

8. The multi-code fusion login method for an education platform according to claim 1, characterized in that: In step 4, when the matching verification is passed, the education platform is authorized to log in, including: When the matching verification is passed, the user account is logged in on the education platform according to the login operation data; At the same time, the readable data range of the user account on the education platform is obtained, and information authorization is performed on the user account on the education platform based on the readable data range.

9. The multi-code fusion login method for an education platform according to claim 1, characterized in that: It also includes an operational assessment of the login management center of the education platform, specifically: Read the historical verification data of the login management center, determine the number of login code verifications and the number of login information matches, and at the same time, obtain the login code verification results and login information matching results; Calculate the login accuracy rate of the login management center based on the number of login code verifications, the login code verification results, the number of login information matches, and the login information matching results; ； in, Indicates the login accuracy rate of the management center; Indicates the number of times the login code is verified correctly when logging in to the management center for login code verification; Indicates the number of login code verification errors when logging into the management center; Indicates the impact weight of login code verification when calculating the login accuracy of the login management center; Indicates the number of times the login information is matched correctly when logging into the management center; Indicates the number of login information matching errors when logging into the management center; Indicates the impact weight of login information matching when calculating the login accuracy of the login management center; Calculate the operation evaluation value of the login management center according to the login accuracy rate of the login management center; ； in, Indicates the operation evaluation value of logging into the management center; Indicates the time of logging into the management center to read data; Indicates the response time for logging into the management center; represents a natural constant, with a value of 2.71; represents the logarithmic function with base e; Indicates the network delay impact factor, and its value is (0.01, 0.02); represents the baseline login time threshold, and ; Indicates the response sensitivity of logging into the management center; represents the baseline response sensitivity; Obtain the qualified value of the operation evaluation, and compare the operation evaluation value logged into the management center with the qualified value of the operation evaluation to determine whether to issue an alarm reminder; If the operation evaluation value logged into the management center is equal to or greater than the qualified value of the operation evaluation, it is determined that no alarm reminder will be issued; Otherwise, an alarm will be issued and the alarm information will be transmitted to the management terminal.

10. A multi-code fusion login system for an education platform, characterized in that: include: A fusion module is used to obtain multiple login code types for logging into the education platform, and at the same time, merge the multiple login code types and embed them into the education platform login management center; The login monitoring module is used to monitor the login operation of the education platform in real time and read the monitored login operation data when there is a login operation; The matching verification module is used to read and analyze the login operation data based on the education platform login management center, and to match and verify the analysis results; The authorized login module is used to authorize login to the education platform when the matching verification result is passed.

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