CN112099844B - Multi-kernel compatible intelligent browsing system for national network service system - Google Patents
Multi-kernel compatible intelligent browsing system for national network service system Download PDFInfo
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Abstract
The application discloses a multi-kernel compatible intelligent browsing system for a national network service system, which is characterized in that: the system comprises a software installation and upgrading module, an intelligent analysis module, a feedback system module, a background intelligent management module, an integrated RPA module, a safety monitoring module and a user analysis module; aiming at the characteristic that the national network service system is relatively independent left in each period of the national network service system, the intelligent browser thoroughly solves the problem of browser compatibility by automatically adapting a kernel core algorithm through an intelligent analysis module, assists in automatically adjusting a calculation factor to improve the adaptation efficiency and accuracy of the algorithm, and embeds an RPA process automation robot aiming at the use characteristic of the national network service system and the daily work of the national network user.
Description
Technical Field
The application relates to the technical field of matching of national network service systems, in particular to a multi-kernel compatible intelligent browsing system for the national network service system.
Background
At present, an IE browser is installed by default in a computer operating system, and with the rapid development of an IT programming technology, however, because a service system established in multiple time periods is based on multiple versions of browsers, a lot of deployed Web applications only support specific brands of browsers and versions, and a designated browser is required to be installed when the browser is used, so that in the daily office process of a national network user, multiple brands of browsers are required to be reinstalled, a personal PC terminal is required to be provided with different versions of browsers, and office burden is increased by frequently switching the browsers when multiple system services are processed;
on the other hand, the office desktop purchased from 2019 can only install the WIN10 operating system, and the WIN10 system is only compatible with the browsers such as IE11, chrome49-70, firefox50-60 and the like, so that the system developed by the company based on IE8 or versions below IE8 cannot log in normally, and normal office is affected.
A Robotic Process Automation (RPA) system is an application that provides another way to automate an end user's manual process by mimicking the end user's manual operation at a computer. In a conventional workflow automation tool, a list of actions for an automation task is generated by a programmer and an internal application program interface or a dedicated scripting language is used as an interface with a background system, while the robot flow automation monitors the work done by a user in a Graphical User Interface (GUI) in the application software and automatically repeats the work directly on the GUI.
In the characteristics of relatively independent national network service systems of current national network companies, the problems of simultaneous or frequent switching of multi-service systems and huge daily repetitive workload of basic staff are designed, the browser kernel adaptation can be automatically carried out according to the diversified characteristics of the national network service systems, the browser kernel adaptation method has the advantages of being high in safety, capable of providing access logs and carrying out background management, capable of calling monitoring aiming at abnormal access, and capable of carrying out behavior analysis on users through a browsing system of a browser background.
Disclosure of Invention
Aiming at the problems of compatibility of the browser for building service systems in various periods, the application aims to solve the problems of compatibility of the browser for building service systems in various periods, and has the functions of intelligent analysis, feedback system, background intelligent management, integrated RPA flow automatic function, safety monitoring, user behavior analysis and the like, realizes automatic switching of applicable kernels of different service systems, loads new versions and plug-ins, and fundamentally solves the problems of compatibility of the browser and reduces the intelligent browsing system of repetitive work.
The technical scheme adopted by the application is as follows: a multi-kernel compatible intelligent browsing system for a national network service system is characterized in that: the system comprises a software installation and upgrading module, an intelligent analysis module, a feedback system module, a background intelligent management module, an integrated RPA module, a safety monitoring module and a user analysis module;
the software installation and upgrading module comprises an information acquisition sub-module, an installation and upgrading sub-module and a software updating module, wherein the information acquisition sub-module is used for carrying out version monitoring on each integrated browser kernel, and the installation and upgrading sub-module is used for acquiring version information through the information acquisition sub-module and automatically downloading and installing and upgrading new version browser kernels which are suitable for being applied to the national network service system;
the intelligent analysis module is used for initializing through cloud configuration and intelligently adapting a kernel core algorithm through a terminal when a user logs in the national network service system for access, automatically switching a browser core corresponding to the national network service system for searching, and automatically and quickly loading plug-in and version required by a website through the software installation and upgrading module;
the feedback system module is used for feeding back an abnormal log to the background intelligent management module when the access application system of the national network user is abnormal, and rapidly making a security monitoring strategy for abnormal access of the national network service application system through the security monitoring module, and simultaneously monitoring access data;
the background intelligent management module comprises an anomaly analysis submodule, a rapid processing module and a log management platform, wherein the anomaly analysis submodule is used for analyzing anomaly logs and making corresponding security monitoring strategy analysis, the rapid processing module is used for rapidly sending out instructions after receiving the security monitoring strategy analysis so that the security detection module starts to take effect, and can terminate browsing requests of users in the national network under the very condition, and the rapid processing module is also used for receiving fed-back access logs and storing archived log management platforms;
the integrated RPA module comprises a flow automation robot sub-module and a single machine operation console sub-module, and is used for users of the national network to set a standard flow of a salesman through the RPA, simulate the daily operation of the personnel and replace the operation personnel to execute an office flow with regularity and high repeatability;
the security monitoring module comprises a background intelligent management module for periodically detecting the access of a user when abnormal termination occurs in the access process of the national network service system and recording information to generate an access log, the system also comprises a security center preset strategy sub-module which is used for editing and presetting a security monitoring strategy scheme;
the user analysis module is used for carrying out user behavior analysis and statistics on user access data generated by a user accessing the national network service system, and the analysis result can be used for pushing a common page to a main interface, perfecting the upgrade of other modules and carrying out presentation and user later backtracking statistics.
Preferably, the browser adopts a Trident, chromium kernel engine, and a plurality of existing browser kernels are integrated as a core framework based on Net technology, artificial intelligence algorithm, BSP migration automatic adaptation and cloud computing technology.
Preferably, the intelligent adaptation kernel core algorithm: participation weight calculation factor
1) Administrator preset factor
A background manager sets a known kernel table calculation factor of the optimal adaptation of the URL and supports a universal symbol;
2) Full network opening the network address kernel with highest utilization factor
Collecting page data of each user successfully opened every time by logging in a national network service system through an access record of the user, recording a browser kernel adapted to the website, uploading a background when the browser is idle, calculating a highest utilization rate table corresponding to the URL through the background, starting the browser every time, and downloading a browser client cache as a calculation factor;
3) Other browser favorites factors
After a national network user opens a national network service system by selecting a proper browser, storing websites to favorites as policy table calculation factors;
4) Manual selection factor
And manually selecting an adaptation kernel through a browser, and establishing a policy table calculation factor library.
Preferably, the system can be logically divided into three layers, namely a presentation layer, an application interaction layer and a data layer, wherein the presentation layer presents a browser interface, log data generated during browser access is transmitted to the data layer through the application interaction layer and stored in a service database, the application interaction layer comprises a public service interface, and the system operates mainly through functions provided by various components and service interfaces.
Preferably, the system is further provided with a service layer, and the service layer is used for integrating the functions of performance monitoring, application release, communication, security and log management of the browser.
Preferably, the flow automation robot submodule comprises a flow visual editing module, a flow analysis engine and an operation recording module, and the single machine operation control console submodule comprises software automatic control and control identification.
According to the scheme, the intelligent browsing system is designed to be relatively independent of application systems established in different periods by using the national network service system by the national network user, has safety, can provide access logs to background management, can call monitoring for abnormal access, and can analyze the behavior of the user through the user in the background of the browser, and the intelligent browsing system is provided with all compatibility problems encountered by the existing browser in principle through technical means; the practical situation of each department is satisfied, basic staff just releases from daily heavy and complicated work, the intelligent browsing system maintains and promotes the calculation factor of the automatic adaptation kernel algorithm through the calculation weight factor of the intelligent adaptation kernel algorithm, the automatic adaptation kernel algorithm and the automatic adjustment calculation factor realize the automatic and accurate switching of different business systems and are applicable to browser kernels, the problem that each business system depends on browser version is solved, the situation that users of basic staff of national network install a plurality of browsers and frequently switch the browsers is avoided, meanwhile, the intelligent browsing system is applicable to all application systems of an electric power B/S framework, the problem that a win10 system is installed to normally access the application systems is solved, the operation is simple, one-key installation and one-key switching are realized, and meanwhile, the RPA is embedded into the browsing system, so that the basic repetitive work problem is reduced. The browsing system realizes multi-core intelligent switching, and reduces repetitive work by automatically preassembling common plug-ins of the service system without manual installation. Secondly, the RPA (Robotic Process Automation) process automation robot is embedded into the multi-core browser, a service standard process is formulated through the RPA, the operation behaviors of a person between different systems on a computer are simulated, the office process with regularity and high repeatability is executed before the computer instead of the person, and the office efficiency of a basic layer is practically improved.
Drawings
FIG. 1 is a schematic diagram of a technical architecture of an intelligent browsing system of the present application;
FIG. 2 is a schematic diagram of an intelligent browsing RPA technical architecture of the present application;
FIG. 3 is a schematic diagram of an intelligent automatic kernel adaptation flow according to the present application;
fig. 4 is a schematic diagram of compatibility adaptation rate of the intelligent browsing system of the present application and the existing browser to the service system.
FIG. 5 is a diagram of a kernel selection interface of the intelligent browsing system according to an embodiment of the present application;
FIG. 6 is a schematic diagram of a problem feedback platform of the intelligent browsing system according to an embodiment of the present application;
FIG. 7 is a schematic diagram of a security monitoring center interface of the intelligent browsing system according to an embodiment of the present application;
FIG. 8 is a schematic diagram of a user access behavior analysis center interface of the intelligent browsing system according to an embodiment of the present application;
FIG. 9 is a background management interface schematic of an intelligent browsing system according to an embodiment of the present application;
fig. 10 is a schematic diagram of an RPA acquisition synchronization line loss flow of an intelligent browsing system according to an embodiment of the present application;
FIG. 11 is a schematic diagram of an electricity consumption information collection flow of an RPA key user of the intelligent browsing system according to the embodiment of the application;
fig. 12 is a schematic diagram of a process for generating an RPAPMS physical ID of the intelligent browsing system according to an embodiment of the present application.
Detailed Description
In order that the above-recited objects, features and advantages of the present application will be more clearly understood, a more particular description of the application will be rendered by reference to the appended drawings and appended detailed description. In addition, the embodiments of the present application and the features in the embodiments may be combined with each other without collision.
In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present application, however, the present application may be practiced in other ways than within the scope of the description, and the scope of the application is therefore not limited to the specific embodiments disclosed below.
A multi-kernel compatible intelligent browsing system for a national network service system as shown in fig. 1-12, characterized by: the system comprises a software installation and upgrading module, an intelligent analysis module, a feedback system module, a background intelligent management module, an integrated RPA module, a safety monitoring module and a user analysis module;
the software installation and upgrading module comprises an information acquisition sub-module, an installation and upgrading sub-module and a software updating module, wherein the information acquisition sub-module is used for carrying out version monitoring on each integrated browser kernel, and the installation and upgrading sub-module is used for acquiring version information through the information acquisition sub-module and automatically downloading and installing and upgrading new version browser kernels which are suitable for being applied to the national network service system;
the intelligent analysis module is used for initializing through cloud configuration and intelligently adapting a kernel core algorithm through a terminal when a user logs in the national network service system for access, automatically switching a browser core corresponding to the national network service system for searching, and automatically and quickly loading plug-in and version required by a website through the software installation and upgrading module;
the feedback system module is used for feeding back an abnormal log to the background intelligent management module when the access application system of the national network user is abnormal, and rapidly making a security monitoring strategy for abnormal access of the national network service application system through the security monitoring module, and simultaneously monitoring access data;
the background intelligent management module comprises an anomaly analysis submodule, a rapid processing module and a log management platform, wherein the anomaly analysis submodule is used for analyzing anomaly logs and making corresponding security monitoring strategy analysis, the rapid processing module is used for rapidly sending out instructions after receiving the security monitoring strategy analysis so that the security detection module starts to take effect, and can terminate browsing requests of users in the national network under the very condition, and the rapid processing module is also used for receiving fed-back access logs and storing archived log management platforms;
the integrated RPA module comprises a flow automation robot sub-module and a single machine operation console sub-module, and is used for users of the national network to set a standard flow of a salesman through the RPA, simulate the daily operation of the personnel and replace the operation personnel to execute an office flow with regularity and high repeatability;
the security monitoring module comprises a background intelligent management module for periodically detecting the access of a user when abnormal termination occurs in the access process of the national network service system and recording information to generate an access log, the system also comprises a security center preset strategy sub-module which is used for editing and presetting a security monitoring strategy scheme;
the user analysis module is used for carrying out user behavior analysis and statistics on user access data generated by a user accessing the national network service system, and the analysis result can be used for pushing a common page to a main interface, perfecting the upgrade of other modules and carrying out presentation and user later backtracking statistics.
Preferably, the browser adopts a Trident, chromium kernel engine, and a plurality of existing browser kernels are integrated as a core framework based on Net technology, artificial intelligence algorithm, BSP migration automatic adaptation and cloud computing technology.
Preferably, the intelligent adaptation kernel core algorithm: participation weight calculation factor
1) Administrator preset factor
A background manager sets a known kernel table calculation factor of the optimal adaptation of the URL and supports a universal symbol;
2) Full network opening the network address kernel with highest utilization factor
Collecting page data of each user successfully opened every time by logging in a national network service system through an access record of the user, recording a browser kernel adapted to the website, uploading a background when the browser is idle, calculating a highest utilization rate table corresponding to the URL through the background, starting the browser every time, and downloading a browser client cache as a calculation factor;
3) Other browser favorites factors
After a national network user opens a national network service system by selecting a proper browser, storing websites to favorites as policy table calculation factors;
4) Manual selection factor
And manually selecting an adaptation kernel through a browser, and establishing a policy table calculation factor library.
Preferably, the system can be logically divided into three layers, namely a presentation layer, an application interaction layer and a data layer, wherein the presentation layer presents a browser interface, log data generated during browser access is transmitted to the data layer through the application interaction layer and stored in a service database, the application interaction layer comprises a public service interface, and the system operates mainly through functions provided by various components and service interfaces.
Preferably, the system is further provided with a service layer, and the service layer is used for integrating the functions of performance monitoring, application release, communication, security and log management of the browser.
Preferably, the flow automation robot submodule comprises a flow visual editing module, a flow analysis engine and an operation recording module, and the single machine operation control console submodule comprises software automatic control and control identification.
The browsing system of the application also has the functions of
(1) Browser kernel management and control and intelligent analysis
The browser integrates IE version cores, a Chrome core and a Firefox core, and when a user accesses a service system through the browser, the browser automatically judges the browser core required by the service system access according to preset core information; if the service system does not preset the matching of the browser kernel in advance, the browser analyzes the service system, automatically matches the appropriate browser kernel for access, and stores the access to the address access library.
The required kernel can also be selected to be opened, and the kernel with the highest opening proportion is selected to be adapted, and attention is paid to: generally, the system can intelligently calculate the optimal kernel adaptation of the website and open the website without manual opening. As shown in fig. 5.
(2) Browser security detection
The browser carries out safety detection on the access process of the service system, if abnormality is found, the user access browsing is stopped immediately, and the user access log is recorded; the browser background management platform can analyze the user log and evaluate the abnormal occurrence level.
(3) Safety monitoring center
When a user accesses a service system, once the network is abnormal, the browser logs abnormal information, and processes the network abnormality through a strategy preset by a security center, so that the accessed service system data is ensured to be normal. As shown in fig. 6.
(4) Micro-service application center
The micro-service application can share data information through the browser, meanwhile, the national network micro-service application can be used as the micro-service application thematic integration in the browser, and the common micro-service application in the national network is configured into the browser in a centralized way, so that the user access and the data sharing are facilitated.
(5) Problem feedback platform
The browser integrates a user problem feedback module, a user can feed back the problem around the user through a browser problem feedback mechanism, and a browser background submits the user problem according to a preset flow. The interface is shown in fig. 7.
(6) User access behavior analysis center
The user accesses the service system through the browser, the browser records the user access trace, and the browser background analysis center analyzes the user access data. User access behavior analysis will display all user access common system log lists. The interface is shown in fig. 8.
(7) Browser background management
The browser background management part enables a user to configure the docking configuration of the browser compatible kernel and the micro-service application through the browser background; through browser background data analysis, various data analysis can be visually consulted, including user behavior analysis, safety monitoring abnormal data analysis and user problem feedback data analysis, and an analysis report output function is provided; the browser background management can perform necessary management and control on the updating of the browser client, and the browser client can automatically detect version updating according to background setting. The interface is shown in fig. 9.
(8) RPA robot flow setup
The national network users produce 4 RPA robots through working scenes such as pre-charging and refunding of the teams of the carding base layer, acquisition of the contemporaneous line loss (daily), generation of PMS physical ID, acquisition of the key user electricity consumption information of a business electric bill room (daily), and the like, and the example operation flow of the 4 RPA robots is shown in figures 10-12.
According to the scheme, the intelligent browsing system is designed aiming at the characteristic that the national network users are relatively independent in using the national network service system, has safety, can provide access logs to background management, can call monitoring for abnormal access, and can analyze the behavior of the users through the browser background, and the intelligent browsing system is provided with all compatibility problems encountered by the existing browser in principle through technical means; the intelligent browsing system realizes that different business systems automatically switch the applicable browser kernels through automatically adapting kernel algorithms and automatically adjusting calculation factors, solves the problem that each business system depends on browser versions, avoids the situation that users of national network base staff install a plurality of browsers and frequently switch the browsers, is also applicable to all application systems of an electric B/S framework, and solves the problems that a win10 system is normally accessed to the application systems, is easy to operate, is installed by one key and is switched by one key, and RPA is embedded into the browsing system, thereby reducing the problem of repetitive work of the base. The browser is intelligently switched by multiple cores, the common plug-in of the service system is preloaded, and repeated work is reduced without manual installation. Secondly, the RPA (Robotic Process Automation) process automation robot is embedded into the multi-core browser, a service standard process is formulated through the RPA, the operation behaviors of a person between different systems on a computer are simulated, the office process with regularity and high repeatability is executed before the computer instead of the person, and the office efficiency of a basic layer is practically improved.
While preferred embodiments of the present application have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. It is therefore intended that the following claims be interpreted as including the preferred embodiments and all such alterations and modifications as fall within the scope of the application.
It will be apparent to those skilled in the art that various modifications and variations can be made to the present application without departing from the spirit or scope of the application. Thus, it is intended that the present application also include such modifications and alterations insofar as they come within the scope of the appended claims or the equivalents thereof.
Claims (6)
1. A multi-kernel compatible intelligent browsing system for a national network service system is characterized in that: the system comprises a software installation and upgrading module, an intelligent analysis module, a feedback system module, a background intelligent management module, an integrated RPA module, a safety monitoring module and a user analysis module;
the software installation and upgrading module comprises an information acquisition sub-module, an installation and upgrading sub-module and a software updating module, wherein the information acquisition sub-module is used for carrying out version monitoring on each integrated browser kernel, and the installation and upgrading sub-module is used for acquiring version information through the information acquisition sub-module and automatically downloading and installing and upgrading new version browser kernels which are suitable for being applied to the national network service system;
the intelligent analysis module is used for initializing through cloud configuration and intelligently adapting a kernel core algorithm through a terminal when a user logs in the national network service system for access, automatically switching a browser core corresponding to the national network service system for searching, and automatically and quickly loading plug-in and version required by a website through the software installation and upgrading module;
the feedback system module is used for feeding back an abnormal log to the background intelligent management module when the access application system of the national network user is abnormal, and rapidly making a safety monitoring strategy for the abnormal access of the national network service application system through the safety monitoring module, simultaneously monitoring access data, and simultaneously providing a problem feedback window for submitting the problem of the national network user to the background intelligent management module;
the background intelligent management module comprises an anomaly analysis submodule, a rapid processing module and a log management platform, wherein the anomaly analysis submodule is used for analyzing anomaly logs and making corresponding security monitoring strategy analysis, the rapid processing module is used for rapidly sending out instructions after receiving the security monitoring strategy analysis so that the security detection module starts to take effect, and can terminate browsing requests of users in the national network under the very condition, and the rapid processing module is also used for receiving fed-back access logs and storing archived log management platforms;
the integrated RPA module comprises a flow automation robot sub-module and a single machine operation console sub-module, and is used for setting a standard flow of a salesman by a national network user through the RPA, simulating the operation steps of the daily work of an operator, and replacing the operator to execute an office flow with regularity and high repeatability;
the security monitoring module comprises a background intelligent management module for periodically detecting the access of a user when abnormal termination occurs in the access process of the national network service system and recording information to generate an access log, the system also comprises a security center preset strategy sub-module which is used for editing and presetting a security monitoring strategy scheme;
the user analysis module is used for carrying out user behavior analysis and statistics on user access data generated by a user accessing the national network service system, and the analysis result can be used for pushing a common page to a main interface, perfecting the upgrade of other modules and carrying out presentation and user later backtracking statistics.
2. A multi-kernel compatible intelligent browsing system for a national network service system as recited in claim 1, wherein: the browser adopts a Trident, chromium kernel engine, and integrates a plurality of existing browser kernels as a core framework based on the Net technology, the artificial intelligence algorithm, the BSP migration automatic adaptation and the cloud computing technology.
3. A multi-kernel compatible intelligent browsing system for a national network service system as recited in claim 2, wherein: the intelligent adaptation kernel core algorithm: participation weight calculation factor
1) Administrator preset factor
A background manager sets a known kernel table calculation factor of the optimal adaptation of the URL and supports a universal symbol;
2) Full network opening the network address kernel with highest utilization factor
Collecting page data of each user successfully opened every time by logging in a national network service system through an access record of the user, recording a browser kernel adapted to the website, uploading a background when the browser is idle, calculating a highest utilization rate table corresponding to the URL through the background, starting the browser every time, and downloading a browser client cache as a calculation factor;
3) Other browser favorites factors
After a national network user opens a national network service system by selecting a proper browser, storing websites to favorites as policy table calculation factors;
4) Manual selection factor
And manually selecting an adaptation kernel through a browser, and establishing a policy table calculation factor library.
4. A multi-kernel compatible intelligent browsing system for a national network service system as recited in claim 1, wherein: the system can be logically divided into three layers, namely a presentation layer, an application interaction layer and a data layer, wherein the presentation layer presents a browser interface, log data generated during browser access are transmitted to the data layer through the application interaction layer and stored in a service database, the application interaction layer comprises a public service interface, and the system operates mainly through functions provided by various components and service interfaces.
5. A multi-kernel compatible intelligent browsing system for a national network service system as recited in claim 4, wherein: the system is also provided with a service layer, and the service layer is used for integrating the performance monitoring, application release, communication, security and log management of the browser.
6. A multi-kernel compatible intelligent browser for a national network service system as recited in claim 1, wherein: the flow automatic robot submodule comprises a flow visual editing module, a flow analysis engine and an operation recording module, and the single machine operation control console submodule comprises software automatic control and control identification.
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| CN112887408B (en) * | 2021-01-27 | 2022-11-01 | 合肥大多数信息科技有限公司 | System and method for solving data state sharing of multi-kernel browser |
| CN113504854A (en) * | 2021-07-08 | 2021-10-15 | 维沃移动通信（杭州）有限公司 | Display method and device thereof |
| CN113868570A (en) * | 2021-08-16 | 2021-12-31 | 北京国电通网络技术有限公司 | Kernel switching method of multi-core browser and related equipment |
| CN116810804B (en) * | 2023-08-31 | 2023-12-12 | 中国人民解放军战略支援部队航天工程大学 | Full-automatic business flow method integrating software robot and humanoid robot |
| CN116992183B (en) * | 2023-09-26 | 2024-01-09 | 国网信息通信产业集团有限公司 | Domestic browser adaptation compatible method based on deep learning technology |
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