An Internet-based network information service system

Abstract

The present invention discloses an Internet-based network information service system. The present invention relates to the field of information processing and includes an information service center, which is communicatively connected to a user terminal, a data processing terminal, and a service terminal; the user terminal is used to obtain the identity information of the user, grant its account key, obtain the reference template corresponding to the user-generated information to divide the types of corresponding data information, and upload it to the data processing terminal; the data processing terminal is used to temporarily store and set quantity marks according to the different types of data information, set corresponding data processing libraries for processing the data information, manage and adjust according to the quantity marks and the working efficiency of the data processing libraries, and send the processed data information to the client; the client is used to receive the processed data information, and the corresponding type of management personnel completes the service of the corresponding type of data information; the present invention improves the efficiency of information service.

Description

Technical Field

[0001] The present invention relates to the field of information, and in particular to an Internet-based network information service system. Background Art

[0002] The current torrent of the construction of new infrastructure such as 5G networks and data centers is surging. The application of cutting-edge technologies such as big data, cloud computing, blockchain, and artificial intelligence has gradually changed people's lifestyles, thereby indirectly improving economic and social benefits. As an important carrier and infrastructure for business operation and data storage in the process of people's life and work, the high reliability of the network information system itself is an important factor determining the smoothness of most companies' operations.

[0003] Comparative document CN103905489B "Network information service processing method and system" calculates the network behavior characteristic data corresponding to different users according to the obtained network behavior data of users, sets the corresponding user category to which the user belongs, and calls the personalized service processing logic corresponding to the user category to perform personalized processing on the access request of the user, thereby improving the operation efficiency of the user and the processing efficiency of the system.

[0004] Comparative document CN116599747A "A network and information security service system" performs penetration testing in multiple scenarios through multi-person cross-testing, business scenario testing, etc.; audits code security and defects through auditing tools, and improves collaboration efficiency and reduces security risks by analyzing the threats faced by the customer's business system and the existing security risks.

[0005] However, there is still a large room for improvement in the current data processing efficiency, and the security of network information cannot be accurately guaranteed. Therefore, how to improve the security and efficiency in the process of network information service is a problem that we need to solve. For this reason, an Internet-based network information service system is provided herein. Summary of the Invention

[0006] In order to solve the above technical problems, the purpose of the present invention is to provide an Internet-based network information service system.

[0007] The purpose of the present invention can be achieved by the following technical solutions: An Internet-based network information service system includes an information service center, and the information service center is communicatively connected to a user terminal, a data processing terminal, and a service terminal.

[0008] The client is used to obtain the user's identity information, the device information used, and the IP address, set an account key for it according to the obtained identity information; and determine whether to grant user permissions based on the account key, device information, and IP address; collect or send corresponding data information for the account of the user with granted permissions, set reference templates for different types of data information, and determine whether to send the data information to the data processing end according to whether the collected data information conforms to the reference template;

[0009] The data processing end is used to receive the corresponding data information, temporarily store the obtained data information according to its different types and set corresponding labels respectively, obtain corresponding quantity marks according to the labels, where a general data processing library and an important data processing library are set according to the different types of data information, and a horizontal elastic expansion cluster and a vertical elastic expansion cluster are respectively set therein. Manage and adjust the working status of each node in the cluster according to the working status of each node in the corresponding cluster and the quantity mark of the corresponding data information, and send the processed corresponding data information to the server after completion;

[0010] The server is used to receive the processed data information and send it to the accounts of management staff users at the corresponding levels according to the different types of data information, and the corresponding management staff receive and serve the data information.

[0011] Further, the process of the client obtaining the user's identity information, the device information used, and the IP address and setting an account key for it according to the obtained identity information includes:

[0012] A user verification unit is set in the client. The user verification unit obtains the user identity information of the user using the client. The user identity information includes the user's name, position, real-name certified mobile phone number, and the device verification code and IP address used by the user; set corresponding account information according to the real-name certified mobile phone number and the user's name. The positions are set with first-level management staff, second-level management staff, and third-level staff from high to low according to the level; send the user identity information to the accounts of the management staff at the corresponding higher level according to the position, set a management staff group with the corresponding number of management staff according to the level of the corresponding position, and the management staff in the management staff group verify the user identity information. If the verification passes, set the corresponding account key according to the account information.

[0013] Further, the process of the client determining whether to grant user permissions based on the account key, device information, and IP address; collecting or sending corresponding data information for the account of the user with granted permissions, and setting reference templates for different types of data information includes:

[0014] A user login unit is set in the client. The user login unit obtains the corresponding account information and account key of the user, and matches the obtained account information, account key, device verification code and IP address stored in the user verification unit. If all the matches are successful, the login permission is granted; if there is a failed match, the login permission is not granted.

[0015] An information generation unit is set in the client. Different types of reference templates of data information are stored in the information generation unit, including ordinary data and important data. The reference templates include the format types and keyword types of the corresponding types of data information. The corresponding data information is generated according to the reference templates corresponding to different data types for the user accounts of level-three staff.

[0016] Further, the process by which the client determines whether to send the data information to the data processing end according to whether the collected data information conforms to the reference template includes:

[0017] An information sending and receiving unit is set in the client. The information sending and receiving unit obtains the data information generated for the corresponding user account in the information generation unit, compares the generated data information with the corresponding reference template, sets format differentiation nodes according to the corresponding format types, and compares the obtained data information with the corresponding format types at the corresponding format differentiation nodes. When the data information at each format differentiation node is consistent, it indicates that the format type verification is passed; the keywords of the data information are identified through artificial intelligence technology, and the similarity between the keywords and the keyword types of the corresponding levels is obtained. When the data type with a high similarity is the same as the data type corresponding to the format type, the data information is sent to the data processing end; if the data type with a high similarity is different from the data type corresponding to the format type or the format type verification fails, a data sending failure message is generated to the corresponding user account, and the user regenerates the data information and repeats the above operations for it.

[0018] The information sending and receiving unit is also used to obtain the data information sent by the server.

[0019] Further, the process by which the data processing end receives the corresponding data information, temporarily stores the obtained data information according to its type and sets corresponding labels respectively, and obtains the corresponding quantity marks according to the labels includes:

[0020] A temporary storage unit is set in the data processing end. According to the different types of data information, a general storage space and an important storage space are set in the temporary storage unit. The received data information is stored in the corresponding storage space, and quantity marks are made for the data information contained in the general storage space and the important storage space.

[0021] Further, the process of setting up a general data processing library and an important data processing library according to different types of data information in the data processing end, and separately setting up a horizontal elastic expansion cluster and a vertical elastic expansion cluster includes:

[0022] A data processing unit and a processing management unit are provided in the data processing end. Corresponding data processing libraries are set in the data processing unit according to different types of data information. The data processing libraries are set as a general data processing library and an important data processing library according to different data types;

[0023] A basic processing cluster and a horizontal elastic expansion cluster are set in the general data processing library. The basic processing cluster includes multiple basic processing nodes. Each basic processing node includes a to-be-run state and a running state. The basic node utilization rate is obtained according to the ratio of the two; the horizontal elastic expansion cluster includes multiple horizontal elastic expansion nodes. Each horizontal elastic expansion node includes a closed state, a to-be-run state, and a running state; among them, the working state of the horizontal elastic expansion node is determined by the quantity mark of the general data and the basic node utilization rate;

[0024] A vertical elastic expansion cluster is set in the important data processing library, which includes multiple vertical elastic expansion nodes. Each vertical elastic expansion node is used to analyze and process important data to obtain the computing efficiency of each vertical elastic expansion node; the data processing unit sends the corresponding computing efficiency and the basic node utilization rate to the processing management unit.

[0025] Further, the process of the data processing end managing and adjusting the working states of the nodes in the cluster according to the working states of the nodes in the corresponding cluster and the quantity marks of the corresponding data information includes:

[0026] A horizontal management subunit and a vertical management subunit are set in the processing management unit according to different types of data information, and are respectively used to manage the process of the general data processing library and the important data processing library for processing the corresponding data information;

[0027] The horizontal management subunit obtains the quantity mark corresponding to the general data and the basic node utilization rate. A basic node standard utilization rate threshold for processing data within a unit time in the basic processing cluster and a two-dimensional curve of the number of corresponding horizontal elastic expansion nodes in the horizontal elastic expansion cluster with respect to the quantity mark of the general data are set. When the basic node utilization rate is greater than the basic node standard utilization rate threshold, the preset number of horizontal elastic expansion nodes is set according to the obtained quantity mark. A preset coefficient is set, and the product of the obtained preset horizontal elastic expansion nodes and the preset coefficient is recorded as the number of horizontal elastic expansion nodes in the to-be-run state in the horizontal elastic expansion cluster; the obtained quantity is sent to the data processing unit;

[0028] The vertical management subunit obtains the computing efficiency of each vertical elastic expansion node in the vertical elastic expansion cluster, adds up the computing efficiencies corresponding to each vertical elastic expansion node to obtain the comprehensive computing efficiency, sets a monitoring period per unit time, and determines the quantity of important data corresponding to the comprehensive computing efficiency within the monitoring period per unit time; there is a two-dimensional curve of standard efficiency corresponding to the quantity stored in the vertical management subunit, obtains the quantity mark of the data information contained in the important storage space, obtains the relevant standard efficiency according to the quantity mark, and generates adjustment information from the standard efficiency and sends it to the data processing unit.

[0029] Further, the data processing unit sets the working state of the corresponding nodes according to the information sent by the processing management unit, and the process of completing data processing includes:

[0030] The data processing unit manages the number of horizontally elastic expansion nodes set in the horizontally elastic expansion cluster to be in the pending running state and adjusts the computing efficiency of each vertical elastic expansion node in the vertical elastic expansion cluster according to the information generated by the processing management unit, completes the analysis and processing of the corresponding data information, and sends it to the server.

[0031] Further, the server receives the processed data information and sends it to the accounts of the corresponding-level management personnel users according to the different types of data information. The process of the corresponding management personnel receiving and serving the data information includes:

[0032] A data classification unit is set in the server. The data classification unit is used to receive the data information sent by the data processing end, obtain the type of the data information, and send it to the corresponding-level user account. When the received data information is important information, the corresponding first-level management personnel serve the data information; when the received data information is general information, the corresponding second-level management personnel serve the data information; after the service is completed, the data information is sent to the user end.

[0033] Compared with the prior art, the beneficial effects of the present invention include the following aspects:

[0034] 1. By setting up a management personnel cluster to verify the identity information of the staff, and uniformly verifying the login process by setting a secret key, device verification code, and IP address for the user's corresponding account, the security of relevant user information is increased to a certain extent;

[0035] 2. By setting parameter templates, different types of data information are classified. The client validates the relevant data information for the corresponding type of data information, and determines whether to send it to the data processing end according to the verification result, which improves the efficiency of the data processing end in processing data information to a certain extent;

[0036] 3. According to the different types of data information, corresponding data processing libraries are set. According to the quantity mark of the corresponding data information, the working state of the elastic expansion nodes in the corresponding data processing library is set. By adjusting the working state of the corresponding elastic expansion nodes in the data processing library, the efficiency of the data processing library in processing data information is adjusted, which avoids the waste of resources caused by the idle of redundant nodes while efficiently processing data information to a certain extent. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] Figure 1 is the schematic diagram of the present invention;

[0038] Figure 2 is the schematic diagram of the client in the present invention;

[0039] Figure 3 is the schematic diagram of the data processing end in the present invention. DETAILED DESCRIPTION OF THE INVENTION

[0040] As Figure 1 shown, an Internet-based network information service system includes an information service center, in which a client, a data processing end and a service end are provided.

[0041] As Figure 2 shown, the process of the client processing data information includes:

[0042] The client is used to obtain the user's identity information, the device information and the IP address used, and set an account key for it according to the obtained identity information; and determine whether to grant the user permission according to the account key, device information and IP address; collect or send the corresponding data information for the user with granted permission, and send the collected data information to the data processing end; the specific implementation process includes:

[0043] A user verification unit is set in the client. The user verification unit obtains the user identity information of the user using the client. The user identity information includes the user's name, position, real-name certified mobile phone number, device verification code used by the user, and IP address. Account information is set according to the real-name certified mobile phone number and the user's name. The positions are hierarchically arranged from high to low as first-level managers, second-level managers, and third-level staff. The user identity information is sent to the accounts of the managers at the next higher level corresponding to their positions. Management groups with the corresponding number of managers are set according to the levels of the corresponding positions. The managers in the management groups verify the user identity information. If the verification is passed, the corresponding account key is set according to the account information.

[0044] For the management groups corresponding to the first-level managers and the second-level managers, the number of people in the management groups corresponding to the first-level managers and the second-level managers are set as X and Y in sequence, where X < Y, and X must be greater than 2. A standard coefficient is set and denoted as B. The number of approved managers is obtained and denoted as S. A standard approval passing rate is set and denoted as BT. The actual approval passing rate is set according to the number of people in the management group and the number of approved managers and denoted as ST. The calculation methods of the actual passing rate corresponding to the first-level managers and the second-level managers are or When ST < BT, the corresponding user identity information is not verified. When ST ≥ BT, the corresponding user identity is verified.

[0045] A user login unit is set in the client. The user login unit obtains the user's corresponding account information and account key, and matches the obtained account information, account key, device verification code stored in the user verification unit, and IP address. If all the matches are successful, the login permission is granted. If there is a match failure, the login permission is not granted.

[0046] An information generation unit is set in the client. Different types of reference templates for data information are stored in the information generation unit, including general data and important data. The reference templates include the format types and keyword types of the corresponding types of data information. Corresponding data information is generated according to the corresponding reference templates according to the different data types of the user accounts.

[0047] It should be further noted that in the specific implementation process, the matching process of the IP address is as follows: obtain the subnet mask of the IP address in the host corresponding to the user account. The structure of the subnet mask is the same as that of the IP address, both being 32-bit binary numbers, where the network number part is all '1' and the host number part is all '0'. If the results after performing the 'AND' operation on the obtained IP address and the stored IP address respectively with their corresponding subnet masks are the same, it indicates that the two IP addresses are in the same subnet and the verification passes; if they are different, the verification fails.

[0048] An information sending and receiving unit is provided in the user terminal. The information sending and receiving unit obtains the data information generated for the corresponding user account in the information generation unit, compares the generated data information with the corresponding reference template, sets format differentiation nodes according to the corresponding format types, and compares the obtained data information with the corresponding format types at the corresponding format differentiation nodes. When the data information corresponding to each format differentiation node is consistent, it indicates that the format type verification passes; identify the keywords of the data information through artificial intelligence technology, obtain the similarity between the keywords and the keyword types at the corresponding levels. When the data types with high similarity are consistent with the data types corresponding to the format types, send the data information to the data processing terminal; if the data types with high similarity are different from the data types corresponding to the format types or the format type verification fails, generate a data sending failure message to the corresponding user account, and the user regenerates the data information and repeats the above operations for it.

[0049] The information sending and receiving unit is also used to obtain the data information sent by the server.

[0050] As Figure 3 shown, the process of the data processing terminal processing the data information includes:

[0051] The process by which the data processing terminal receives the corresponding data information, temporarily stores the obtained data information according to its type differences and respectively sets corresponding labels, and obtains the corresponding quantity marks according to the labels includes:

[0052] A temporary storage unit is provided in the data processing terminal. According to the type differences of the data information, a general storage space and an important storage space are set in the temporary storage unit. The data information is stored in the corresponding storage space according to the type of the received data information, and quantity marks are made for the data information contained in the general storage space and the important storage space.

[0053] The process by which the data processing terminal sets a general data processing library and an important data processing library according to the type differences of the data information and respectively sets a horizontal elastic expansion cluster and a vertical elastic expansion cluster includes:

[0054] A data processing unit and a processing management unit are provided in the data processing terminal. In the data processing unit, corresponding data processing libraries are provided according to different types of data information. The data processing libraries are provided with a general data processing library and an important data processing library according to different data types;

[0055] A basic processing cluster and a horizontal elastic expansion cluster are provided in the general data processing library. The basic processing cluster includes multiple basic processing nodes. Each basic processing node includes a to-be-run state and a running state. The basic node utilization rate is obtained according to the ratio of the two. The horizontal elastic expansion cluster includes multiple horizontal elastic expansion nodes. Each horizontal elastic expansion node includes a closed state, a to-be-run state, and a running state. Among them, the working state of the horizontal elastic expansion node is determined by the quantity mark of the general data and the basic node utilization rate;

[0056] A vertical elastic expansion cluster is provided in the important data processing library, which includes multiple vertical elastic expansion nodes. Each vertical elastic expansion node is used to analyze and process important data to obtain the computing efficiency of each vertical elastic expansion node. The data processing unit sends the corresponding computing efficiency and the basic node utilization rate to the processing management unit.

[0057] The process of the data processing terminal managing and adjusting the working states of each node in the cluster according to the working states of each node in the corresponding cluster and the quantity mark of the corresponding data information includes:

[0058] A horizontal management subunit and a vertical management subunit are provided in the processing management unit, which are respectively used to manage the process of the general data processing library and the important data processing library for processing the corresponding data information;

[0059] The horizontal management subunit obtains the quantity mark corresponding to the general data and the basic node utilization rate, and sets a threshold value of the standard utilization rate of the basic nodes that can process data within a unit time in the basic processing cluster and a two-dimensional curve of the number of corresponding horizontal elastic expansion nodes in the horizontal elastic expansion cluster with respect to the quantity mark of the general data. When the basic node utilization rate is greater than the threshold value of the standard utilization rate of the basic nodes, the preset number of horizontal elastic expansion nodes is set according to the obtained quantity mark. A preset coefficient is set, and the product of the obtained preset number of horizontal elastic expansion nodes and the preset coefficient is recorded as the number of horizontal elastic expansion nodes in the to-be-run state in the horizontal elastic expansion cluster; the obtained quantity is sent to the data processing unit;

[0060] The vertical management subunit obtains the computing efficiency of each vertical elastic expansion node in the vertical elastic expansion cluster, adds up the computing efficiencies corresponding to each vertical elastic expansion node to obtain the comprehensive computing efficiency, sets a monitoring period per unit time, and determines the quantity of important data corresponding to the comprehensive computing efficiency within the monitoring period per unit time; there is a two-dimensional curve of standard efficiency corresponding to the quantity stored in the vertical management subunit. Obtain the quantity mark of the data information contained in the important storage space, obtain the relevant standard efficiency according to the quantity mark, and generate adjustment information from the standard efficiency and send it to the data processing unit.

[0061] The data processing unit sets the working state of the corresponding node according to the information sent by the processing management unit, and the process of completing data processing includes:

[0062] The data processing unit manages the number of horizontally elastic expansion nodes set in the pending running state in the horizontal elastic expansion cluster and adjusts the computing efficiency of each vertical elastic expansion node in the vertical elastic expansion cluster according to the information generated by the processing management unit, completes the analysis and processing of the corresponding data information, and sends it to the server.

[0063] It should be further noted that in the specific implementation process, after the data processing unit completes the processing of the corresponding data information, when the corresponding staff member of the server receives the corresponding data information, the corresponding data information in the temporary storage unit is automatically deleted to avoid errors caused by abnormal quantity marks.

[0064] The server receives the processed data information and sends it to the accounts of management users at the corresponding level according to the different types of data information. The process of receiving and servicing the data information by the corresponding management personnel includes:

[0065] There is a data classification unit in the server. The data classification unit is used to receive the data information sent by the data processing end, obtain the type of the data information, and send it to the corresponding level user account. When the received data information is important information, the corresponding first-level management personnel serve the data information; when the received data information is general information, the corresponding second-level management personnel serve the data information; after the service is completed, the data information is sent to the user end.

[0066] The above embodiments are only used to illustrate the technical method of the present invention and not to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand that the technical method of the present invention can be modified or equivalently replaced without departing from the spirit and scope of the technical method of the present invention.

Claims

1. An Internet-based network information service system, including an information service center, characterized in that, The information service center is communicatively connected to a user terminal, a data processing terminal, and a service terminal; The user terminal is used to obtain the user's identity information, the device information used, and the IP address, and set an account key for the user according to the obtained identity information; And determine whether to grant user permissions according to the account key, device information, and IP address; Collect or send corresponding data information for the account corresponding to the user with granted permissions, set reference templates for different types of data information, and determine whether to send the data information to the data processing terminal according to whether the collected data information matches the reference template; The data processing terminal is used to receive the corresponding data information, temporarily store the obtained data information according to its different types and respectively set corresponding labels, obtain corresponding quantity marks according to the labels, where a general data processing library and an important data processing library are set according to the different types of data information, and a horizontal elastic expansion cluster and a vertical elastic expansion cluster are respectively set therein. Manage and adjust the working status of each node in the cluster according to the working status of each node in the corresponding cluster and the quantity mark of the corresponding data information, and send the processed corresponding data information to the service terminal after completion; The service terminal is used to receive the processed data information and send it to the accounts of management personnel users at corresponding levels according to the different types of data information, and the corresponding management personnel receive and serve the data information.

2. The network information service system based on the Internet according to claim 1, wherein The process by which the user terminal obtains the user's identity information, the device information used, and the IP address and sets an account key for the user according to the obtained identity information includes: A user verification unit is set in the user terminal. The user verification unit obtains the user identity information of the user using the user terminal. The user identity information includes the user's name, position, real-name certified mobile phone number, as well as the device verification code and IP address used by the user; set corresponding account information according to the real-name certified mobile phone number and the user's name. The positions are arranged from high to low as first-level management personnel, second-level management personnel, and third-level staff; send the user's identity information to the accounts of management personnel at the next higher level corresponding to the position, set a management personnel group with the corresponding number of management personnel according to the level of the corresponding position, and the management personnel in the management personnel group verify the user's identity information. If the verification is passed, set the corresponding account key according to the account information.

3. An Internet-based network information service system according to claim 2, characterized in that, The user terminal determines whether to grant user permissions according to the account key, device information, and IP address; The process of collecting or sending corresponding data information for the account corresponding to the user with granted permissions and setting reference templates for different types of data information includes: A user login unit is set in the user terminal. The user login unit obtains the user's corresponding account information and account key, and matches the obtained account information, account key, as well as the device verification code and IP address stored in the user verification unit. If all match successfully, grant the permission to log in. If there is a match failure, do not grant the permission to log in; An information generation unit is provided in the client; reference templates of different types of data information are stored in the information generation unit, including general data and important data, and the reference templates include the format types and keyword types of the corresponding type of data information; The corresponding third-level staff user account generates corresponding data information according to the reference templates corresponding to different data types.

4. An Internet-based network information service system according to claim 3, characterized in that, The process by which the data processing end receives the corresponding data information, temporarily stores the obtained data information according to its different types, and respectively sets corresponding labels, and obtains the corresponding quantity marks according to the labels includes: A temporary storage unit is provided in the data processing end. According to the different types of data information, a general storage space and an important storage space are set in the temporary storage unit, and the received data information is stored in the corresponding storage space, and quantity marks are made on the data information contained in the general storage space and the important storage space.

5. An Internet-based network information service system according to claim 4, characterized in that, The process of setting up a general data processing library and an important data processing library in the data processing end according to the different types of data information, and respectively setting up a horizontal elastic expansion cluster and a vertical elastic expansion cluster includes: A data processing unit and a processing management unit are provided in the data processing end. Corresponding data processing libraries are set in the data processing unit according to the different types of data information, and the data processing libraries are set up as a general data processing library and an important data processing library according to the different data types; A basic processing cluster and a horizontal elastic expansion cluster are set in the general data processing library. The basic processing cluster includes multiple basic processing nodes, and each basic processing node includes a to-be-run state and a running state, and the basic node utilization rate is obtained according to the ratio of the two; the horizontal elastic expansion cluster includes multiple horizontal elastic expansion nodes, and each horizontal elastic expansion node includes a closed state, a to-be-run state and a running state; among them, the working state of the horizontal elastic expansion node is determined by the quantity mark of the general data and the basic node utilization rate; A vertical elastic expansion cluster is set in the important data processing library, which includes multiple vertical elastic expansion nodes, and each vertical elastic expansion node is used to analyze and process important data to obtain the computing efficiency of each vertical elastic expansion node; the data processing unit sends the corresponding computing efficiency and the basic node utilization rate to the processing management unit.

6. An Internet-based network information service system according to claim 5, characterized in that, The process of managing and adjusting the working states of the nodes in the cluster according to the working states of the nodes in the corresponding cluster and the quantity marks of the corresponding data information, and sending the processed corresponding data information to the server includes: A horizontal management subunit and a vertical management subunit are provided in the processing management unit according to the different types of data information, and are respectively used to manage the processes of processing the corresponding data information by the general data processing library and the important data processing library; The horizontal management subunit obtains the quantity mark corresponding to the ordinary data and the utilization rate of the basic nodes. There is a threshold for the standard utilization rate of the basic nodes in the basic processing cluster that can process data within a unit time, and a two-dimensional curve of the number of horizontal elastic expansion nodes in the horizontal elastic expansion cluster corresponding to the quantity mark of the ordinary data. When the utilization rate of the basic nodes is greater than the threshold of the standard utilization rate of the basic nodes, the preset number of horizontal elastic expansion nodes is set according to the obtained quantity mark. There is a preset coefficient, and the product of the obtained preset number of horizontal elastic expansion nodes and the preset coefficient is recorded as the number of horizontal elastic expansion nodes in the pending running state in the horizontal elastic expansion cluster; the obtained quantity is sent to the data processing unit; The vertical management subunit obtains the computing efficiency of each vertical elastic expansion node in the vertical elastic expansion cluster, adds up the computing efficiencies corresponding to each vertical elastic expansion node to obtain the comprehensive computing efficiency, sets a monitoring period per unit time, and judges the quantity of important data corresponding to the comprehensive computing efficiency within the monitoring period per unit time; there is a two-dimensional curve of the corresponding quantity with respect to the standard efficiency stored in the vertical management subunit, obtains the quantity mark of the data information contained in the important storage space, obtains the relevant standard efficiency according to the quantity mark, and generates adjustment information from the standard efficiency and sends it to the data processing unit; The data processing unit manages the number of horizontal elastic expansion nodes set in the pending running state in the horizontal elastic expansion cluster and adjusts the computing efficiency of each vertical elastic expansion node in the vertical elastic expansion cluster respectively according to the information generated by the processing management unit, completes the analysis and processing of the corresponding data information, and sends it to the server.

7. An Internet-based network information service system according to claim 6, characterized in that, The server receives the processed data information and sends it to the accounts of the corresponding-level management personnel users according to the different types of data information. The process of receiving and serving the data information by the corresponding management personnel includes: There is a data classification unit in the server. The data classification unit is used to receive the data information sent by the data processing end, obtain the type of the data information, and send it to the corresponding-level user account. When the received data information is important information, the corresponding first-level management personnel serve the data information; when the received data information is ordinary information, the corresponding second-level management personnel serve the data information; after the service is completed, the data information is sent to the user end.

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