CN113076207A - Data superposition processing method and system based on quality management - Google Patents
Data superposition processing method and system based on quality management Download PDFInfo
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- CN113076207A CN113076207A CN202110459983.5A CN202110459983A CN113076207A CN 113076207 A CN113076207 A CN 113076207A CN 202110459983 A CN202110459983 A CN 202110459983A CN 113076207 A CN113076207 A CN 113076207A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/54—Interprogram communication
- G06F9/545—Interprogram communication where tasks reside in different layers, e.g. user- and kernel-space
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/07—Responding to the occurrence of a fault, e.g. fault tolerance
- G06F11/14—Error detection or correction of the data by redundancy in operation
- G06F11/1402—Saving, restoring, recovering or retrying
- G06F11/1446—Point-in-time backing up or restoration of persistent data
- G06F11/1448—Management of the data involved in backup or backup restore
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/60—Protecting data
- G06F21/606—Protecting data by securing the transmission between two devices or processes
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/54—Interprogram communication
- G06F9/547—Remote procedure calls [RPC]; Web services
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/06—Protocols specially adapted for file transfer, e.g. file transfer protocol [FTP]
Abstract
The invention discloses a quality management data superposition processing method and a quality management data superposition processing system, which comprise a client, a clouding supporting layer, an application management layer, a security access layer, a storage layer and a terminal layer, wherein the output end of the client is connected to the clouding supporting layer, the output end of the clouding supporting layer is connected to the security access layer, and the output end of the security access layer is respectively connected to the storage layer and the terminal layer. According to the quality management data superposition processing method and system, the service bus is used for meeting basic proxy services and establishing interface services of the application management layer and the security access layer, the terminal layer adopts a uniform port as a uniform inlet of the application and simultaneously ensures the independence of each mobile application, the client obtains authorization through the service bus by relying on the cloud supporting layer, the terminal layer automatically downloads quality data uploaded by a user according to the authorization, the information integrity and the tamper resistance of both data transmission sides are realized, and the high security of mobile data transmission is ensured.
Description
Technical Field
The invention relates to a quality management data superposition processing method, in particular to a quality management data superposition processing method and system.
Background
With the rapid development of internet technology, the data technology era has come, in which big data is one of the keys. The value and the strategy of data are widely recognized, and the decision making or application development based on big data is also gradually becoming an industry trend.
Data quality is an important factor limiting the exertion of data value, and low-quality data cannot create value in application, but can cause resource waste and even bring irretrievable loss or disaster, so that the data quality needs to be managed. At present, the data quality is managed by setting a quality inspection program and screening data by using the quality inspection program; however, as the number and the type of data increase, the data quality management conditions are also changing, and when new data quality management conditions occur, the whole quality inspection program needs to be rewritten, debugged, and updated, which results in low efficiency in setting new data quality management conditions.
In the processes of data acquisition, data processing and the like, due to various quality factors such as a transmission channel, background computing service, storage service, other related data quality and the like, data quality problems are inevitably generated, the accuracy of analysis and auxiliary decision-making based on such data related application is influenced, and the problems of reduced working efficiency, increased working cost and the like are brought.
Disclosure of Invention
The invention aims to provide a quality management data superposition processing method and a quality management data superposition processing system, which have the advantages of improving AI consultation through the computing and storage advantages of a cloud end, self-establishing a special cloud end and a load balancing module of an edge layer, capturing network information by using big data, finally processing the captured consultation data at the edge, establishing distributed storage, reducing storage resources, solving the advantage of huge storage resources required to be consumed by AI consultation, and solving the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme: a quality management data superposition processing method comprises a client, a clouding supporting layer, an application management layer, a security access layer, a storage layer and a terminal layer, and the specific processing method comprises the following steps:
s1: the cloud supporting layer is connected with a local client and a terminal layer through a security access layer, and the client uploads quality data to an application management layer in real time;
s2: the application management layer establishes matching operation according to the collected quality information, establishes a body unit corresponding to each quality information, and acquires authority through the application management layer to establish data backup;
s3: the application management layer calculates the quality data, analyzes the calculation data and uploads the calculation result to the storage layer and the terminal layer in real time;
s4: and the terminal layer carries out safety control on the mobile equipment by the sent data information, and carries out comprehensive safety control from the links of equipment registration management, equipment configuration management, equipment operation management, equipment safety inspection, equipment remote management and certificate management.
Further, in S3, the storage layer and the terminal layer receive the quality data of the application management layer, and store and transfer the data in a distributed manner.
The invention provides another technology, and discloses a quality management data superposition processing system which comprises a client, a clouding supporting layer, an application management layer, a security access layer, a storage layer and a terminal layer, wherein the output end of the client is connected to the clouding supporting layer;
the client comprises a preposed exchange node, a distributed exchange node, an exchange center, a front-end data source and a data center, wherein the front-end data source is respectively connected with the preposed exchange node and the distributed exchange node which are connected with the exchange center;
the front exchange node comprises an IDC file server, a DMZ file server and an FTP file server, and dynamically increased quality data is stored in the servers;
the distributed switching node is used for switching and transmitting the quality data of the preposed switching node to the equipment of the switching center accessed to the distributed switching node;
the switching center obtains corresponding files through IDC regional resources, DMZ regional resources and an FTP file server, obtains quality-increasing data from the files, and transmits the quality-increasing data to a designated folder of the data center;
the front-end data source puts the data to be exchanged under the corresponding folder in a quality data mode;
and the data center receives the file transmitted by the switching center and stores the file in a specified folder.
Furthermore, the cloud supporting layer comprises a cloud service unit and a cloud management unit, the cloud service unit adopts a PaaS layer to construct cloud operation support of file data, and the cloud management unit is used for constructing cloud management of deployment quality data;
the cloud service unit comprises a push service module, a file service module, a flow service module and a data service module, wherein the push service module is used for establishing a message push channel from the cloud supporting layer to the client, and the push service can immediately notify data change information of the data center.
Furthermore, the file service module is used for the switching center and the data center to write in the quality data or read the request of the file;
the flow service module is used for orderly arranging related data transmission activities of the distribution switching node, the switching center, the front-end data source and the data center, which are mutually connected and interacted;
the data service module is used for realizing school data sharing and data service, bearing the input and maintenance work of file data, providing centralized storage, and the exchange and access platform provides technical support for one-time input of shared data and multiple-use.
The cloud management unit comprises a cloud deployment support module, a cloud data monitoring module and a service bus;
the cloud deployment support module is used for introducing a cloud architecture and technology, promoting deep fusion of a client, an application management layer, a security access layer, a storage layer and a terminal layer, and constructing a future-oriented comprehensive cloud network in SDN/NFV/cloud computing;
the cloud data monitoring module is used for viewing, requesting and processing monitored file data by adopting a B/S (browser/Server) framework and the cloud end, the data center monitors and acquires and monitors performance by adopting different protocols and probes aiming at different resources, the used protocols comprise SNMP (simple network management protocol), SSH (simple service gateway), WMI (wireless multimedia interface) and IPMI (intelligent platform management interface) detection technologies, the monitoring data are pushed to the data center after collecting and preprocessing quality data of the switching center, and key performance indexes in the quality data are counted and analyzed;
the service bus is used for meeting basic proxy services and establishing interface services of an application management layer and a secure access layer.
Furthermore, the application management layer comprises an operation module and an analysis module, wherein the input end of the operation module is connected with the data center, and the output end of the operation module is connected with the analysis module;
the operation module receives the quality data of the data center, obtains parameters, stores and caches the parameters, and is used for obtaining an operation result according to the weight coefficient and the convolution operation;
and the analysis module is used for establishing a line graph or a histogram for visual display of the operation result at the output end of the operation module.
Furthermore, the security access layer is an effective solution way by constructing a uniform access component and providing a uniform access entrance, and the uniform access establishes connection with the VPN system, the digital certificate system and the A system by integrating the external network G/G/G/Wi-Fi and the APN simultaneous platform end.
Furthermore, the content stored in the storage layer is updated in real time, the data transfer storage including the client, the cloud application management layer and the terminal layer and the coverage of the original data are realized, the isolation of management information scheduling is established, the centralized unified storage is realized, and the programs and the data used by the security information platform, the control components and the management information scheduling are isolated by a plurality of programs and a multi-processor system and are centrally and uniformly stored.
Further, the terminal layer performs security control on the transmitted data information, and performs comprehensive security control on quality data registration management, quality data configuration management, quality data operation management and quality data security check.
Compared with the prior art, the invention has the beneficial effects that:
according to the quality management data superposition processing method and system, the service bus is used for meeting basic proxy services, interface services of an application management layer and a security access layer are established, data are matched, arranged and collected, user information is recorded and read at the same time, a user obtains the use authority to operate other functions of a management platform after the identity is verified, a terminal layer adopts a uniform port as a uniform inlet of application, the independence of each mobile application is guaranteed, a client side obtains authorization through the service bus depending on a cloud supporting layer, the terminal layer automatically downloads quality data uploaded by the user according to the authorization, the information integrity and the tamper resistance of both data transmission sides are achieved, and the high security of mobile data transmission is guaranteed.
Drawings
FIG. 1 is a flow chart of a method of the present invention;
FIG. 2 is a connection diagram of the integral module of the present invention;
FIG. 3 is a diagram of a client module of the present invention;
FIG. 4 is a block diagram of a clouding support layer of the present invention;
fig. 5 is a block diagram of the application management layer of the present invention.
In the figure: 1. a client; 11. a front-end switching node; 12. distributing the switching nodes; 13. a switching center; 14. a front-end data source; 15. a data center; 2. a clouding support layer; 21. a cloud service unit; 211. a push service module; 212. a file service module; 213. a flow service module; 214. a data service module; 22. a cloud management unit; 221. a cloud deployment support module; 222. a cloud data monitoring module; 223. a service bus; 3. an application management layer; 31. an operation module; 32. an analysis module; 4. a secure access layer; 5. a storage layer; 6. and a terminal layer.
Detailed Description
The technical scheme in the embodiment of the invention will be made clear below by combining the attached drawings in the embodiment of the invention; fully described, it is to be understood that the described embodiments are merely exemplary of some, but not all, embodiments of the invention and that all other embodiments, which can be derived by one of ordinary skill in the art based on the described embodiments without inventive faculty, are within the scope of the invention.
Referring to fig. 1, a quality management data superposition processing method includes a client 1, a clouding support layer 2, an application management layer 3, a secure access layer 4, a storage layer 5, and a terminal layer 6, and the specific processing method includes:
the method comprises the following steps: the cloud supporting layer 2 is connected with a local client 1 and a local terminal layer 6 through a security access layer 4, the client 1 uploads quality data to an application management layer 3 in real time, and the client 1 is a port used by a user;
step two: the application management layer 3 establishes matching operation according to the collected quality information, establishes a body unit corresponding to each quality information, acquires authority through the application management layer 3 to establish data backup, determines whether the application management layer 3 is successfully matched, inputs results to the storage layer 5 and the terminal layer 6 through the safety access layer 4 if the matching is successful, and uploads again if the matching is unsuccessful;
step three: the application management layer 3 operates the quality data, analyzes the operation data, uploads an operation result to the storage layer 5 and the terminal layer 6 in real time, and uploads an analyzed quality data result in real time;
step four: the terminal layer 6 performs security control on the transmitted data information, performs comprehensive security control on quality data registration management, quality data configuration management, quality data operation management, and quality data security check, and outputs a control result.
And aiming at the step three, the storage layer 5 and the terminal layer 6 receive the quality data of the application management layer 3 and store and transfer the data in a distributed storage mode.
The invention provides another technology, and discloses a quality management data superposition processing system, which comprises a client 1, a clouding supporting layer 2, an application management layer 3, a security access layer 4, a storage layer 5 and a terminal layer 6, wherein the output end of the client 1 is connected to the clouding supporting layer 2, the output end of the clouding supporting layer 2 is connected to the security access layer 4, and the output end of the security access layer 4 is respectively connected to the storage layer 5 and the terminal layer 6; the client 1 comprises a front-end exchange node 11, a distribution exchange node 12, an exchange center 13, a front-end data source 14 and a data center 15, wherein the front-end data source 14 is respectively connected with the front-end exchange node 11 and the distribution exchange node 12, the front-end exchange node 11 and the distribution exchange node 12 are connected with the exchange center 13, and the exchange center 13 is connected with the data center 15; the front exchange node 11 is provided with an IDC file server, a DMZ file server and an FTP file server, and dynamically increased quality data is stored in the servers; the distributed switching node 12 is at the quality data multipoint of the preposed switching node 11 to transfer and transmit the equipment of the switching center 13 accessed to the node; the switching center 13 obtains corresponding files through IDC area resources, DMZ area resources and FTP file servers, obtains quality-increasing data from the files, and transmits the quality-increasing data to a designated folder of the data center 15; the front-end data source 14 places the data to be exchanged under the corresponding folder in a quality data manner; the data center 15 receives the file transmitted by the switching center 13 and saves the file under the designated folder.
In SDN/NFV/cloud computing, a future-oriented comprehensive cloud network is constructed, and FTP-based file transmission, mapping, logic, abnormal data checking and exchanging functions can be known and mastered through an example scene.
The cloud supporting layer 2 comprises a cloud service unit 21 and a cloud management unit 22, the cloud service unit 21 adopts a PaaS layer to construct a cloud operation support of file data, and the cloud management unit 22 is used for constructing cloud management of deployment quality data;
the cloud service unit 21 includes a push service module 211, a file service module 212, a flow service module 213, and a data service module 214, where the push service module 211 is configured to establish a message push channel from the cloud support layer 2 to the client 1, and the push service can notify the data change information of the data center 15 in real time;
the file service module 212 is used for the switching center 13 and the data center 15 to write or read the file request of the quality data;
the flow service module 213 is used for arranging the related data transmission activities of the distributed switching node 12, the switching center 13, the front-end data source 14 and the data center 15, which have mutual connection and interaction, in order;
the data service module 214 is used for implementing school data sharing and data service, bearing the work of entering and maintaining file data, providing centralized storage, the exchange and access platform provides technical support for one-place entry of shared data and multiple-place multiple use, data matching and sorting and collecting operations are performed while user information is recorded and read, and a user obtains a use right to operate other functions of the management platform after identity verification.
The cloud management unit 22 comprises a cloud deployment support module 221, a cloud data monitoring module 222 and a service bus 223;
the cloud deployment support module 221 is used for introducing a cloud architecture and technology, and promoting deep fusion of the client 1, the application management layer 3, the secure access layer 4, the storage layer 5 and the terminal layer 6;
the cloud data monitoring module 222 is configured to adopt a B/S architecture, the cloud end performs checking, requesting and processing of monitoring file data, the data center 15 monitors performance collection and monitoring by adopting different protocols and probes for different resources, the used protocols include SNMP, SSH, WMI and IPMI detection technologies, monitoring data is collected and preprocessed by the quality data of the switching center 13 and then pushed to the data center 15, and key performance indexes in the quality data are counted and analyzed;
the service bus 223 is used to satisfy basic proxy services, and establish interface services of the application management layer 3 and the secure access layer 4, perform data matching and sorting collection operations while recording and reading user information, and the user obtains a use right to operate other functions of the management platform after the identity is verified.
The application management layer 3 comprises an operation module 31 and an analysis module 32, wherein the input end of the operation module 31 is connected with the data center 15, and the output end of the operation module 31 is connected with the analysis module 32;
the operation module 31 receives the quality data of the data center 15, obtains parameters, stores and caches the parameters, and is used for obtaining an operation result according to the weight coefficient and the convolution operation;
the analysis module 32 is used for establishing a line graph or a bar graph for visual display of the operation result at the output end of the operation module 31.
The safe access layer 4 is an effective solving way by constructing a uniform access component and providing a uniform access entrance, the uniform access is established by integrating the platform end of the external network 2G/3G/4G/Wi-Fi and APN and establishing connection with the VPN system, the digital certificate system and the 4A system, and the external network is accessed: when the mobile intelligent terminal is accessed through a 2G/3G/4G/external network Wi-Fi network, authentication is carried out in a mode of combining a VPN with a mobile digital certificate, and encryption connection is carried out by using an SSL security tunnel.
APN access: when the mobile intelligent terminal is accessed through the APN dedicated channel, the safe connection is carried out through APN access authority verification and a mobile digital certificate identity verification mode, and the data is encrypted by using a data encryption algorithm of the platform per se and then transmitted.
The content stored in the storage layer 5 is updated in real time, and the data transfer storage including the client 1, the cloud application management layer 3 and the terminal layer 6 and the coverage of the original data establish the isolation of management information scheduling and perform centralized unified storage.
The terminal layer 6 adopts a uniform port as a uniform inlet of the application, simultaneously ensures the independence of each mobile application, relies on the clouding supporting layer 2, the client 1 obtains authorization through the clouding supporting layer 2, the terminal layer 6 automatically downloads quality data uploaded by a user according to the authorization, the information integrity and the tamper resistance of both data transmission sides are realized, and the high safety of mobile data transmission is ensured.
In conclusion; according to the quality management data superposition processing method and system, the service bus 223 is used for meeting basic agent services, interface services of the application management layer 3 and the safety access layer 4 are established, data are matched, arranged and collected, operation is carried out, user information is recorded and read at the same time, a user obtains the use authority to operate other functions of the management platform after identity verification, the terminal layer 6 adopts a uniform port as a uniform inlet of the application, independence of each mobile application is guaranteed, the client 1 obtains authorization through the service bus 223 by relying on the cloud supporting layer 2, the terminal layer 6 automatically downloads quality data uploaded by the user according to the authorization, information integrity and tampering prevention of both data transmission sides are achieved, and high safety of mobile data transmission is guaranteed.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be able to cover the technical solutions and the inventive concepts of the present invention within the technical scope of the present invention.
Claims (9)
1. A quality management data superposition processing method is characterized by comprising a client (1), a clouding support layer (2), an application management layer (3), a security access layer (4), a storage layer (5) and a terminal layer (6), and the specific processing method comprises the following steps:
s1: the cloud supporting layer (2) is connected with a local client (1) and a local terminal layer (6) through a security access layer (4), and the client (1) uploads quality data to an application management layer (3) in real time;
s2: the application management layer (3) establishes matching operation according to the collected quality information, establishes a body unit corresponding to each quality information, and acquires authority through the application management layer (3) to establish data backup;
s3: the application management layer (3) calculates the quality data, analyzes the calculation data and uploads the calculation result to the storage layer (5) and the terminal layer (6) in real time;
s4: and the terminal layer (6) carries out safety control on the mobile equipment by the sent data information, and carries out comprehensive safety control from the links of equipment registration management, equipment configuration management, equipment operation management, equipment safety inspection, equipment remote management and certificate management.
2. The data superposition processing method based on quality management according to claim 1, wherein in S3, the storage layer (5) and the terminal layer (6) receive the quality data of the application management layer (3) and store and transfer the data in a distributed storage manner.
3. A data superposition processing system based on quality management is characterized in that: the cloud storage system comprises a client (1), a cloud supporting layer (2), an application management layer (3), a security access layer (4), a storage layer (5) and a terminal layer (6), wherein the output end of the client (1) is connected to the cloud supporting layer (2), the output end of the cloud supporting layer (2) is connected to the security access layer (4), and the output end of the security access layer (4) is respectively connected to the storage layer (5) and the terminal layer (6);
the client (1) comprises a preposed exchange node (11), a distributed exchange node (12), an exchange center (13), a front-end data source (14) and a data center (15), wherein the front-end data source (14) is respectively connected with the preposed exchange node (11) and the distributed exchange node (12), the preposed exchange node (11) and the distributed exchange node (12) are connected with the exchange center (13), and the exchange center (13) is connected with the data center (15);
the front exchange node (11) is provided with an IDC file server, a DMZ file server and an FTP file server, and dynamically increased quality data is stored in the servers;
the distributed switching node (12) is used for switching and transmitting the quality data of the preposed switching node (11) to the switching center (13) accessed to the distributed switching node;
the switching center (13) obtains corresponding files through IDC regional resources, DMZ regional resources and an FTP file server, obtains quality-added data from the files, and transmits the quality-added data to a designated folder of the data center (15);
the front-end data source (14) places the data to be exchanged under the corresponding folder in a quality data manner;
and the data center (15) receives the file transmitted by the switching center (13) and stores the file under a designated folder.
4. A quality management data superposition processing system according to claim 3, characterized in that: the cloud supporting layer (2) comprises a cloud service unit (21) and a cloud management unit (22), the cloud service unit (21) adopts a PaaS layer to construct cloud operation support of file data, and the cloud management unit (22) is used for constructing cloud management of deployment quality data;
the cloud service unit (21) comprises a push service module (211), a file service module (212), a flow service module (213) and a data service module (214), wherein the push service module (211) is used for establishing a message push channel from the cloud support layer (2) to the client (1), and the push service can notify data change information of the data center (15) in real time.
5. A quality-management-data-overlay-based processing system according to claim 4, wherein: the file service module (212) is used for a switching center (13) and a data center (15) to write or read a file request of quality data;
the flow service module (213) is used for arranging related data transmission activities of the distributed switching node (12), the switching center (13), the front-end data source (14) and the data center (15) which are mutually connected and interacted in an ordered way;
the data service module (214) is used for realizing calibration data sharing and data service, bearing the input and maintenance work of file data, providing centralized storage, and the exchange and access platform provides technical support for one-time input of shared data and multiple-use.
The cloud management unit (22) comprises a cloud data monitoring module (222), a service bus (223) and a cloud management module (221);
the cloud deployment support module (221) is used for introducing a cloud architecture and technology, promoting deep fusion of a client (1), an application management layer (3), a security access layer (4), a storage layer (5) and a terminal layer (6), and constructing a future-oriented comprehensive cloud network in SDN/NFV/cloud computing;
the cloud data monitoring module (222) is used for adopting a B/S (browser/Server) framework, the cloud end is used for checking, requesting and processing monitored file data, the data center (15) is used for monitoring and acquiring and monitoring performance by adopting different protocols and probes aiming at different resources, the used protocols comprise SNMP (simple network management protocol), SSH (secure Shell), WMI (wireless multimedia interface) and IPMI (intelligent platform management interface) detection technologies, monitoring data are pushed to the data center (15) after the quality data of the switching center (13) are collected and preprocessed, and key performance indexes in the quality data are counted and analyzed;
the service bus (223) is used to satisfy basic proxy services and establish interface services of the application management layer (3) and the secure access layer (4).
6. A quality-management-data-overlay-based processing system as claimed in claim 5, wherein: the application management layer (3) comprises an operation module (31) and an analysis module (32), the input end of the operation module (31) is connected with the data center (15), and the output end of the operation module (31) is connected with the analysis module (32);
the operation module (31) receives the quality data of the data center (15), obtains parameters, stores and caches the parameters, and is used for obtaining an operation result according to the weight coefficient and the convolution operation;
and the analysis module (32) is used for establishing a line graph or a histogram for visual display of the operation result at the output end of the operation module (31).
7. A quality management data superposition processing system according to claim 6, wherein: the safe access layer (4) is an effective solving way by constructing a uniform access component and providing a uniform access entrance, and the uniform access is established by integrating 2G/3G/4G/Wi-Fi and APN of an external network and simultaneously establishing connection between a platform end and a VPN system, a digital certificate system and a 4A system.
8. A quality-management-data-overlay-based processing system as claimed in claim 7, wherein: the content stored in the storage layer (5) is updated in real time, and the data transfer storage and the coverage of original data including the client (1), the cloud application management layer (3) and the terminal layer (6) are included, so that the isolation of management information scheduling is established, and centralized and unified storage is performed.
9. A quality-management-data-overlay-based processing system as claimed in claim 8, wherein: and the terminal layer (6) performs security control on the transmitted data information, and performs comprehensive security control on quality data registration management, quality data configuration management, quality data operation management and quality data security check.
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