Data resource sharing method and system based on cloud platform

Abstract

The invention discloses a data resource sharing method and system based on a cloud platform, and relates to the technical field of data sharing, and the system comprises a coordination maintenance end, an authority management end and an exception handling end; the coordination maintenance end is used for carrying out data resource division by setting different keywords according to different data resources, and judging whether the same data subjected to data updating maintenance is the same or not; the authority management end is used for setting an authority level and performing level authentication; and the exception handling end is used for automatically identifying an authority authentication password number through password grading when data resource sharing is abnormal, positioning an abnormal authority grade in real time, and determining a data resource sharing compensation scheme through responsibility. According to the data resource sharing method and system based on the cloud platform, different departments are prevented from recording different address information of the same client, the authority authentication password of each user can be clearly distinguished during authority authentication of the system, and the safety, reliability and stability in the data resource sharing process are improved.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of data sharing, in particular to a data resource sharing method and system based on a cloud platform. BACKGROUND

[0002] Data resource sharing refers to integrating and sharing data resources scattered in different departments, different regions and different subjects through computer network and other technical means, so as to realize efficient utilization and value maximization of data. With the rapid development of information technology and the advent of the big data era, the amount of data is growing explosively. However, these data are often scattered in different departments, institutions or systems, forming "data islands", which leads to ineffective circulation and sharing of data and limits the value of data. In order to break this situation and promote the integration and utilization of data, data resource sharing has emerged as the times require.

[0003] At present, there are some deficiencies in the data resource sharing system based on the cloud platform: 1. When sharing data resources, if multiple users update and maintain the same data at the same time, there is a lack of effective coordination mechanism, which may lead to inconsistent data update and maintenance, especially different departments record different address information of the same customer, which may cause trouble to customers and enterprises, leading to inaccurate data in the process of data collection, input and transmission; 2. Since data resource sharing involves multiple users and different permission levels, how to effectively manage user access permissions is a challenge. If the permission management is improper, it may lead to problems such as misuse or misoperation of data; 3. When data problems occur, such as data leakage or data errors, it is difficult to determine the responsible party, which may lead to mutual shirking of responsibility, affecting the effective handling of data resource sharing problems.

[0004] Therefore, the present application provides a data resource sharing method and system based on a cloud platform to solve the above problems. SUMMARY

[0005] The main purpose of the present application is to provide a data resource sharing method and system based on a cloud platform to solve the problems raised in the above background.

[0006] To achieve the above purpose, the technical solution adopted by the present application is: a data resource sharing method and system based on a cloud platform, comprising a coordination and maintenance end, a permission management end and an exception handling end;

[0007] The coordination and maintenance end is used to divide data resources according to different keywords set according to different data resources, record data resources of multiple users, and arrange serial numbers for the same data updated and maintained by multiple users, so as to realize an effective time coordination mechanism. When updating and maintaining data according to time, real-time data comparison is carried out to determine whether the same data updated and maintained is the same.

[0008] The permission management end is used for setting permission levels and level authentication, if cross-level permission application occurs, real-time permission authentication approver matching is performed, permission authentication passwords corresponding to different permission levels are set, whether data resource sharing is abnormal is judged in real time through permission authentication, and password differentiation of access permission authentication is realized;

[0009] The abnormality processing end is used for automatically identifying permission authentication password numbers through password grading when data resource sharing is abnormal, real-time positioning of the permission level where the abnormality occurs is performed, the responsible party is determined in time, and a data resource sharing compensation scheme is determined through the responsibility.

[0010] The coordination and maintenance end includes a resource division module, an information acquisition module and a data tracking module;

[0011] The resource division module includes a resource positioning unit and a keyword division unit;

[0012] The resource positioning unit is used for setting different definitions for different types of data resources, including enterprise, customer data, product data and transaction data, customer data including name, contact information and purchase record, product data including inventory, price and specification, and transaction data including order and payment record;

[0013] The keyword division unit is used for setting different keywords for data resource division according to different data resources, and the keywords are set according to the initial letters of the customer data, product data and transaction data.

[0014] The information acquisition module includes an information recording unit and a sorting storage unit;

[0015] The information recording unit is used for real-time information recording of different data resources through a data acquisition instrument;

[0016] The sorting storage unit is used for real-time storage of different data resources collected through a data recording instrument, and the serial numbers are arranged in ascending order through Arabic numerals when stored.

[0017] The data tracking module includes a data updating unit, a coordination and early warning unit and an updating and adjusting unit;

[0018] The data updating unit is used for real-time judgment of whether there is a difference between the current data resource and the historical data resource when multiple users update and maintain the data resource, and the judgment method is as follows:

[0019]

[0020] Wherein, A i represents the i-th data resource in the current data set A, Bi represents the i-th data resource in the dataset B of historical data, n represents the total amount of data resources in the dataset, if the absolute value of the data difference is equal to 0, it means that there is no difference in the data, if the absolute value of the data difference is not equal to 0, it means that there is a difference in the data;

[0021] The coordination and early warning unit is used to coordinate data update and maintenance operations in real time when there are discrepancies in the data, and to issue a voice reminder to the reporting system through a voice alarm;

[0022] The update adjustment unit is used to determine in real time whether the data needs to be updated and maintained when there is a difference in the data. The determination method is as follows:

[0023]

[0024] When the data timeliness exceeds 100%, it means that the data resources need to be updated and maintained, and the reporting system is required to perform real-time update and maintenance of the data resources.

[0025] The authority management terminal includes an authority classification module, a cross-level management module and a data judgment module;

[0026] The authority classification module includes a data receiving unit and an authority setting unit;

[0027] The data receiving unit is used to receive data resource update and maintenance results in real time through a data receiver;

[0028] The authority setting unit is used to set the authority level and level authentication. The authority level is set according to the position level and responsibility level. The level authentication performs password authentication according to the position level and responsibility level. The password authentication is set using Arabic numerals from small to large for the position level.

[0029] The cross-level management module includes a cross-level authentication unit and an authentication matching unit;

[0030] The cross-level authentication unit is used to set the authority authentication passwords corresponding to different authority levels, and automatically match the approvers of the authority authentication in real time when a cross-level authority application occurs;

[0031] The authentication matching unit is used to automatically match cross-level permission applications. The matching method is as follows:

[0032]

[0033] Among them, w i represents the weight of the i-th cross-level permission application, m i Indicates whether the i-th cross-level permission application is matched (1 indicates match, 0 indicates no match), and n indicates the total number of permissions for cross-level permission application matching.

[0034] The data judgment module comprises a permission authentication unit;

[0035] The permission authentication unit is configured to judge whether the data resource sharing is abnormal in real time through the permission authentication matching result;

[0036] The permission authentication unit comprises a password setting unit, which is configured to set different permission passwords according to different permission levels, and the judgment method for judging whether the data resource sharing is abnormal in real time in combination with the permission password is as follows:

[0037] Different permission passwords are set according to different permission levels, different permission passwords correspond to a password number, and the difference between the password after permission matching and the corresponding password number is calculated, if the difference is equal to 0, it indicates that the cross-level permission application of permission matching is normal, if the difference is not equal to 0, it indicates that the cross-level permission application of permission matching is abnormal, and the password verification of the permission matching result is performed in real time, as follows:

[0038]

[0039] If the verification password of the permission matching result is allowed, it indicates that the data resource sharing is normal, if the verification password of the permission matching result is refused, it indicates that the data resource sharing is abnormal, and the system issues a voice alarm prompt.

[0040] The abnormality processing end comprises an abnormality receiving module, a password identification module, an identification positioning module and a responsibility determination module;

[0041] The abnormality receiving module is configured to receive the judgment result of whether the data resource sharing is abnormal in real time through a data receiver;

[0042] The password identification module comprises a hierarchical identification unit, which is configured to classify the password by quantity, the quantity classification adopts the mode of the first letter, the second letter and the third Arabic numeral, the first letter is subjected to one-time level identification, the one-time level identification is used to determine the data resource type, the second letter is subjected to two-time level identification, the two-time level identification is used to determine the corresponding step user operation of data resource update and maintenance, and the third Arabic numeral is subjected to three-time level identification, the three-time level identification is used to determine the permission authenticator during data resource update and maintenance.

[0043] The identification positioning module is configured to obtain the permission level positioning result of the data resource sharing abnormality after classifying the password by quantity;

[0044] The responsibility determination module comprises an abnormality responsibility identification unit and a responsibility determination compensation unit;

[0045] The abnormality responsibility identification unit is configured to obtain the responsibility party determination result when the data resource sharing is abnormal according to the permission level positioning result;

[0046] The responsibility determination and compensation unit is used to compensate the responsible party for data resources when an abnormality occurs in data resource sharing. The data resource compensation method includes monetary compensation and data recovery.

[0047] A data resource sharing method based on a cloud platform comprises the following steps:

[0048] Step 1: Configure the IP address information of the resource sharing remote control area server;

[0049] Step 2: Enter the coordination and maintenance terminal, record the update and maintenance content of the same data by multiple users, and set data update coordination permissions according to the sequence number. The permissions correspond to different users and determine whether the data information is the same. If different, it will determine whether the data is updated in real time and issue a voice alarm to remind the data change;

[0050] Step 3: Enter the permission management terminal, receive the coordination record results of the coordination permissions in real time, and set the permission level and level authentication. If a cross-level permission application occurs, permission authentication will be performed in real time. Permission authentication will determine whether resource sharing is abnormal in real time;

[0051] Step 4: Enter the exception handling end. When sharing data resources after permission authentication, if there is a data abnormality, the responsible party is determined in real time through the permission authentication password classification module to ensure the effective handling of data resource sharing abnormalities.

[0052] The present invention has the following beneficial effects:

[0053] 1. In the present invention, by setting up a coordination and maintenance terminal, when sharing data resources based on a cloud platform, the data resources of multiple users are recorded, and it is determined whether the same data to be updated and maintained is the same. If different, it is determined in real time whether the data needs to be updated and maintained, thereby preventing different departments from recording different address information of the same customer, avoiding troubles for customers and enterprises, and avoiding the problem of inaccurate data during the collection, entry and transmission of data resources.

[0054] 2. In the present invention, by setting up a permission management terminal, when sharing data resources based on the cloud platform, the system can match the approvers of permission authentication in real time and judge in real time whether the data resource sharing is abnormal. This allows the system to effectively manage user access rights when data resource sharing involves multiple users and different permission levels, and clearly distinguish the permission authentication password of each user during permission authentication, avoiding improper permission management and further reducing the problem of data abuse or misoperation.

[0055] 3. In the present application, by setting an abnormality processing end, when sharing data resources based on a cloud platform, the permission authentication password number is automatically identified by password classification, the abnormal permission level can be located in real time, the responsibility party can be determined in time when the data problem occurs, the mutual shirking of responsibility can be avoided, the data resource sharing compensation scheme is determined through the responsibility, the system can be effectively processed in time when the data resource sharing problem occurs, and the safety, reliability and stability of the data resource sharing process are further increased. BRIEF DESCRIPTION OF DRAWINGS

[0056] Figure 1 It is a whole flow architecture schematic diagram of the data resource sharing method based on the cloud platform.

[0057] Figure 2 It is a coordination maintenance end architecture schematic diagram of the data resource sharing system based on the cloud platform.

[0058] Figure 3 It is a permission management end architecture schematic diagram of the data resource sharing system based on the cloud platform.

[0059] Figure 4 It is an abnormality processing end architecture schematic diagram of the data resource sharing system based on the cloud platform. DETAILED DESCRIPTION

[0060] In order to make the technical means, creative features, purposes and effects of the present application easy to understand, the present application will be further described below in combination with specific embodiments.

[0061] Embodiment one

[0062] Please refer to Figures 1-2 The data resource sharing method and system based on the cloud platform include a coordination maintenance end, a permission management end and an abnormality processing end.

[0063] The coordination maintenance end is used for dividing data resources by setting different keywords according to different data resources, recording data resources of multiple users, and arranging serial numbers of the same data updated and maintained by the multiple users, so as to realize an effective time sequence coordination mechanism. When updating and maintaining data according to time, data comparison is performed in real time to determine whether the same data is updated and maintained.

[0064] The permission management end is used for setting permission levels and level authentication. If cross-level permission application occurs, the approver of the permission authentication is matched in real time, the permission authentication password corresponding to different permission levels is set, whether the data resource sharing is abnormal is determined in real time through the permission authentication, and the password distinction of the access permission authentication is realized.

[0065] The abnormality processing end is used for automatically identifying the permission authentication password number through password classification when the data resource sharing is abnormal, locating the abnormal permission level in real time, determining the responsible party in time, and determining the data resource sharing compensation scheme through the responsibility.

[0066] The coordination maintenance end comprises a resource division module, an information acquisition module and a data tracking module.

[0067] The resource division module comprises a resource positioning unit and a keyword division unit.

[0068] The resource positioning unit is used for setting different definitions for different types of data resources, including enterprise, customer data, product data and transaction data, the customer data including name, contact information and purchase record, the product data including inventory, price and specification, and the transaction data including order and payment record.

[0069] The keyword division unit is used for dividing the data resources according to different keywords set according to the first letter pinyin of the customer data, product data and transaction data.

[0070] The information acquisition module comprises an information recording unit and a sorting storage unit.

[0071] The information recording unit is used for recording the information of different data resources in real time through a data acquisition instrument.

[0072] The sorting storage unit is used for storing the different data resources collected in real time through a data recording instrument, and arranging the serial numbers in ascending order through Arabic numerals when storing.

[0073] The data tracking module comprises a data updating unit, a coordination warning unit and an updating adjustment unit.

[0074] The data updating unit is used for judging whether there is difference between the data resources at the current time and the historical data resources when multiple users update and maintain the data resources, and the judgment method is as follows:

[0075]

[0076] Wherein, A i represents the i-th data resource in the data set A at the current time, B i represents the i-th data resource in the data set B of the historical data, n represents the total data resource amount of the data set, if the data difference absolute value is equal to 0, it means that there is no difference in data, if the data difference absolute value is not equal to 0, it means that there is difference in data.

[0077] The coordination warning unit is used for coordinating the data updating and maintaining operation in real time when there is difference in data, and issuing voice prompt through the voice alarm of the system.

[0078] The updating adjustment unit is used to determine whether the data needs to be updated and maintained in real time when there is a difference in the data, and the determination method is as follows:

[0079]

[0080] When the timeliness of the data exceeds 100%, it indicates that the data resource needs to be updated and maintained, and the system reports the real-time updating and maintaining of the data resource. When the data resource sharing involves multiple users and different permission levels, the system can effectively manage the access permissions of the users and realize the password differentiation of the access permission authentication, so that the permission authentication password of each user can be clearly distinguished when the system is authenticated, and the problem of improper permission management and the problem of data abuse or misoperation are further reduced.

[0081] Embodiment Two

[0082] Please refer to Figure 3 Based on the basis of embodiment one, the permission management end includes a permission grading module, a cross-level management module, and a data judgment module.

[0083] The permission grading module includes a data receiving unit and a permission setting unit.

[0084] The data receiving unit is used to receive the data resource updating and maintaining result in real time through the data receiver.

[0085] The permission setting unit is used to set the permission level and the level authentication. The permission level is set according to the position level and the responsibility level, and the level authentication is password authenticated according to the position level and the responsibility level. The password authentication adopts the Arabic numeral number setting from small to large according to the position level.

[0086] The cross-level management module includes a cross-level authentication unit and an authentication matching unit.

[0087] The cross-level authentication unit is used to set the permission authentication password corresponding to different permission levels, and automatically match the approver of the permission authentication when the cross-level permission application occurs.

[0088] The authentication matching unit is used to automatically match the cross-level permission application, and the matching method is as follows:

[0089]

[0090] wherein, w i represents the weight of the i-th cross-level permission application, m i represents whether the i-th cross-level permission application is matched (1 represents matched, and 0 represents not matched), and n represents the total number of permissions for matching the cross-level permission application.

[0091] The data judgment module comprises a permission authentication unit;

[0092] The permission authentication unit is configured to judge whether the data resource sharing is abnormal in real time through permission authentication matching results.

[0093] The permission authentication unit comprises a password setting unit, which is configured to set different permission passwords according to different permission levels, and the judgment method for judging whether the data resource sharing is abnormal in real time in combination with the permission password is as follows:

[0094] Different permission passwords are set according to different permission levels, and different permission passwords correspond to a password number. The difference between the password after permission matching and the corresponding password number is calculated. If the difference is equal to 0, it indicates that the cross-level permission application of permission matching is normal. If the difference is not equal to 0, it indicates that the cross-level permission application of permission matching is abnormal, and the password verification of the permission matching result is performed in real time, as follows:

[0095]

[0096] If the verification password of the permission matching result is allowed, it indicates that the data resource sharing is normal. If the verification password of the permission matching result is refused, it indicates that the data resource sharing is abnormal. The system issues a voice alarm prompt. When the data resource sharing involves multiple users and different permission levels, the system can effectively manage the access permission of the user and realize the password differentiation of the access permission authentication, so that the permission authentication password of each user can be clearly distinguished during the permission authentication of the system, avoiding the improper management of the permission, and further reducing the problem of data abuse or misoperation.

[0097] Embodiment three

[0098] Please refer to Figure 4 Based on the basis of embodiment one, the abnormality processing end comprises an abnormality receiving module, a password recognition module, an identification positioning module and a responsibility determination module.

[0099] The abnormality receiving module is configured to receive the judgment result of whether the data resource sharing is abnormal in real time through a data receiver.

[0100] The password recognition module comprises a hierarchical recognition unit, which is configured to classify the password by quantity. The quantity classification adopts the mode of the first letter, the second letter and the third Arabic digit. The first letter is subjected to one-level recognition, which is configured to determine the data resource type. The second letter is subjected to two-level recognition, which is configured to determine the corresponding step user operation of the data resource update and maintenance. The third Arabic digit is subjected to three-level recognition, which is configured to determine the permission authenticator during the data resource update and maintenance.

[0101] The identification positioning module is configured to perform quantity grading on the password to obtain a permission level positioning result of the data resource sharing exception;

[0102] The responsibility determination module comprises an exception responsibility determination unit and a responsibility determination compensation unit;

[0103] The exception responsibility determination unit is configured to obtain a responsibility party determination result when the data resource sharing appears to be abnormal according to the permission level positioning result;

[0104] The responsibility determination compensation unit is configured to compensate data resources for the responsibility party when the data resource sharing appears to be abnormal. The data resource compensation method comprises monetary compensation and data recovery. The system can ensure that the data resource sharing exception problem is handled in a timely and effective manner, avoid the situation that it is difficult to timely determine the responsibility party when the data appears to be abnormal, and through the responsibility determination data resource sharing compensation scheme, the system can be handled in a timely and effective manner when the data resource sharing appears to be abnormal, and further increase the safety, reliability and stability in the data resource sharing process.

[0105] The application discloses a cloud platform-based data resource sharing method and system. When the system is operated, first, the IP address information of a resource sharing remote control area server is configured; then, the coordination maintenance end is entered, the update and maintenance content of multiple users on the same data is recorded, the data update coordination right is set according to the serial number, the right corresponds to different users and whether the data information is the same is judged, if not, whether the data is updated is judged in real time, and a voice alarm is sent to remind the data change; the type of different users is defined for the data resource, different keywords are set according to different data resources during the definition to divide the data resource, information is recorded in real time for different data resources, the data resource of multiple users is recorded, and when the data resource is shared, the same data updated and maintained by multiple users is arranged according to the serial number, an effective time sequence coordination mechanism is realized, the data is compared in real time when the data is updated and maintained according to the time, whether the same data updated and maintained is the same is judged, if not, whether the data needs to be updated and maintained is judged in real time, the situation that different departments record different address information of the same customer is prevented, the customer and the enterprise are prevented from being disturbed, the problem that the data is inaccurate in the collection, input and transmission process of the data resource is avoided; the right management end is entered, the coordination record result of the coordination right is received in real time, the right level and level authentication are set, if cross-level right application occurs, the right authentication is carried out in real time, the right authentication judges whether the data resource sharing is abnormal in real time, the right authentication judges whether the data resource sharing is abnormal in real time, the system can effectively manage the access right of the user when the data resource sharing involves multiple users and different right levels, the password distinction of the access right authentication is realized, the right authentication password of each user can be clearly distinguished when the right authentication is carried out, the situation that the right management is improper is avoided, and the problem that the data is misused or misoperated is further reduced; the abnormal processing end is entered, when the data resource sharing after the right authentication is abnormal, the responsible party is determined in real time through the right authentication password grading module, the effective processing of the abnormal problem of the data resource sharing is ensured, the right level where the abnormality occurs is located in real time, the system can ensure that the abnormal problem of the data resource sharing is processed in time, the situation that the responsible party is difficult to be determined when the data is abnormal and the responsibility is shifted is avoided, and the data resource sharing compensation scheme is determined through the responsibility, so that the system can be processed in time when the abnormal problem of the data resource sharing occurs, and the safety, reliability and stability in the data resource sharing process are further increased.

[0106] The above shows and describes the basic principles and main features of the present application and the advantages of the present application. Those skilled in the art should understand that the present application is not limited to the above embodiments, and the above embodiments and descriptions in the specification are only to illustrate the principles of the present application. Without departing from the spirit and scope of the present application, various changes and improvements can be made to the present application, and these changes and improvements all fall within the scope of the claimed present application. The scope of protection of the present application is defined by the appended claims and their equivalents.

Claims

1. A data resource sharing system based on a cloud platform, characterized in that: The system includes a coordination and maintenance end, a rights management end, and an exception handling end; The coordination and maintenance terminal is used to divide data resources by setting different keywords according to different data resources, record the data resources of multiple users, and arrange the same data updated and maintained by multiple users by serial numbers, so as to realize an effective time sequence coordination mechanism, perform real-time data comparison when data is updated and maintained according to time, and determine whether the same data updated and maintained is the same; The authority management terminal is used to set authority levels and level authentication. If a cross-level authority application occurs, the approver of the authority authentication is matched in real time, and the authority authentication passwords corresponding to different authority levels are set. Through the authority authentication, it is determined in real time whether the data resource sharing is abnormal, and the passwords for access authority authentication are distinguished. The exception handling end is used to automatically identify the permission authentication password number through password classification when data resource sharing is abnormal, locate the abnormal permission level in real time, promptly determine the responsible party, and determine the data resource sharing compensation plan based on the responsibility.

2. The system according to claim 1, wherein: The coordination and maintenance terminal includes a resource partitioning module, an information acquisition module and a data tracking module; The resource division module includes a resource positioning unit and a keyword division unit; The resource location unit is used to set different definitions for different types of data resources, including enterprise, customer data, product data and transaction data. Customer data includes name, contact information and purchase history, product data includes inventory, price and specifications, and transaction data includes order and payment history. The keyword division unit is used to set different keywords according to different data resources to divide data resources, and the keywords are set according to the initials of customer data, product data and transaction data.

3. The system according to claim 2, characterized in that: The information acquisition module includes an information recording unit and a sorting storage unit; The information recording unit is used to record information of different data resources in real time through a data acquisition instrument; The sorting storage unit is used to store different data resources collected in real time through the data recorder, and arrange the data in sequence from small to large using Arabic numerals during storage.

4. The system according to claim 3, wherein: The data tracking module includes a data updating unit, a coordination and warning unit, and an updating and adjusting unit; The data update unit is used to determine in real time whether there is a difference between the current data resource and the historical data resource when multiple users update and maintain the data resource. The determination method is as follows: Among them, A i Indicates the i-th data resource in the dataset A at the current moment, B i represents the i-th data resource in the dataset B of historical data, n represents the total amount of data resources in the dataset, if the absolute value of the data difference is equal to 0, it means that there is no difference in the data, if the absolute value of the data difference is not equal to 0, it means that there is a difference in the data; The coordination and early warning unit is used to coordinate data update and maintenance operations in real time when there are discrepancies in the data, and to issue a voice reminder to the reporting system through a voice alarm; The update adjustment unit is used to determine in real time whether the data needs to be updated and maintained when there is a difference in the data. The determination method is as follows: When the data timeliness exceeds 100%, it means that the data resources need to be updated and maintained, and the reporting system is required to perform real-time update and maintenance of the data resources.

5. The system according to claim 1, wherein: The authority management terminal includes an authority classification module, a cross-level management module and a data judgment module; The authority classification module includes a data receiving unit and an authority setting unit; The data receiving unit is used to receive data resource update and maintenance results in real time through a data receiver; The authority setting unit is used to set the authority level and level authentication. The authority level is set according to the position level and responsibility level. The level authentication performs password authentication according to the position level and responsibility level. The password authentication is set using Arabic numerals from small to large for the position level.

6. The system according to claim 5, characterized in that: The cross-level management module includes a cross-level authentication unit and an authentication matching unit; The cross-level authentication unit is used to set the authority authentication passwords corresponding to different authority levels, and automatically match the approvers of the authority authentication in real time when a cross-level authority application occurs; The authentication matching unit is used to automatically match cross-level permission applications. The matching method is as follows: Among them, w i represents the weight of the i-th cross-level permission application, m i Indicates whether the i-th cross-level permission application is matched (1 indicates match, 0 indicates no match), and n indicates the total number of permissions for cross-level permission application matching.

7. The system according to claim 6, characterized in that: The data judgment module includes an authority authentication unit; The authority authentication unit is used to determine in real time whether data resource sharing is abnormal based on the authority authentication matching result; The authority authentication unit includes a password setting unit, which is used to set different authority passwords according to different authority levels. The method for determining whether data resource sharing is abnormal in real time based on the authority password is as follows: Different permission passwords are set according to different permission levels. Different permission passwords correspond to a password number. The difference between the password after permission matching and the corresponding password number is calculated. If the difference is equal to 0, it means that the cross-level permission application of permission matching is normal. If the difference is not equal to 0, it means that the cross-level permission application of permission matching is abnormal, and the password verification of the permission matching result is performed in real time, as follows: If the verification password of the permission matching result is allow, it means that data resource sharing is normal. If the verification password of the permission matching result is deny, it means that data resource sharing is abnormal, and the reporting system will issue a voice alarm reminder.

8. The system according to claim 1, wherein: The exception handling end includes an exception receiving module, a password identification module, an identification and positioning module, and a responsibility determination module; The abnormality receiving module is used to receive the judgment result of whether the data resource sharing is abnormal in real time through the data receiver; The password identification module includes a hierarchical identification unit, which is used to classify the password into quantitative categories. The quantitative classification adopts the method of the first letter, the second letter and the third Arabic numeral. The first letter is identified at a first level, and the first level identification is used to determine the data resource type. The second letter is identified at a second level, and the second level identification is used to determine the user operation of the corresponding step of data resource update and maintenance. The third Arabic numeral is identified at a third level, and the third level identification is used to determine the authority authenticator when updating and maintaining data resources.

9. The system according to claim 8, characterized in that: The identification and positioning module is used to classify the passwords by quantity and obtain the permission level positioning result of the data resource sharing anomaly; The responsibility determination module includes an abnormal responsibility clarification unit and a responsibility determination compensation unit; The abnormality accountability unit is used to determine the responsible party when an abnormality occurs in data resource sharing based on the permission level positioning result; The responsibility determination and compensation unit is used to compensate the responsible party for data resources when an abnormality occurs in data resource sharing. The data resource compensation method includes monetary compensation and data recovery.

10. A cloud platform-based data resource sharing method according to any one of claims 1 to 9, characterized in that: The following steps are involved: Step 1: Configure the IP address information of the resource sharing remote control area server; Step 2: Enter the coordination and maintenance terminal, record the update and maintenance content of the same data by multiple users, and set data update coordination permissions according to the sequence number. The permissions correspond to different users and determine whether the data information is the same. If different, it will determine whether the data is updated in real time and issue a voice alarm to remind the data change; Step 3: Enter the permission management terminal, receive the coordination record results of the coordination permissions in real time, and set the permission level and level authentication. If a cross-level permission application occurs, permission authentication will be performed in real time. Permission authentication will determine whether resource sharing is abnormal in real time; Step 4: Enter the exception handling end. When sharing data resources after permission authentication, if there is a data abnormality, the responsible party is determined in real time through the permission authentication password classification module to ensure the effective handling of data resource sharing abnormalities.

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