CN112926954A - Cross-network government affair information exchange system and method based on artificial intelligent robot - Google Patents
Cross-network government affair information exchange system and method based on artificial intelligent robot Download PDFInfo
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Abstract
The invention discloses a cross-network government affair information exchange system and method based on an artificial intelligent robot, belonging to the technical field of government affair flow automation and comprising an RPA management system; an RPA process execution system for executing the process task in the RPA management system; the RPA process execution system acquires data in the government affair system according to the process task, processes the acquired data and fills the processed data into another government affair system; the RPA management system is provided with an RPA process management arrangement system based on visual dragging arrangement; the invention not only can realize the single-service automation of daily work, but also can be connected with each service system in series, automatically finish the data information capture and application, and realize the service circulation under each service system; and (4) opening business isolation among application subsystems in the government enterprise, and automatically connecting the business and data of each subsystem in series.
Description
Technical Field
The invention belongs to the technical field of government affair process automation, and particularly relates to a cross-network government affair information exchange system and method based on an artificial intelligent robot.
Background
At present, most rpa products are only a universal visual process arrangement execution system based on image recognition, the application field is generally in the aspect of enterprise office automation, and the problems of narrow interaction channel, long process, difficult collaboration, personnel shortage, decision quality and the like in the existing government-oriented automatic products need to be researched and developed to solve the existing problems.
Disclosure of Invention
The invention aims to provide a cross-network government affair information exchange system and method based on an artificial intelligent robot, and the system and method are used for solving the problem that data among application systems of various lines of the government cannot be automatically transferred.
In order to achieve the purpose, the invention provides the following technical scheme: a cross-network government affair information exchange system and method based on artificial intelligent robot includes RPA management system;
an RPA process execution system for executing the process task in the RPA management system;
the RPA process execution system acquires data in the government affair system according to the process task, processes the acquired data and inputs the processed data into another government affair system;
the RPA management system is provided with an RPA process management arrangement system based on visual dragging arrangement, and through the visual arrangement system, operators can conveniently arrange complex processes in a mode of layering and partitioning from total to partial.
Preferably, the RPA management system further includes a basic information management module; the basic information management module comprises personnel information management, encrypted storage medium management and RPA flow execution system verification management.
Preferably, the personnel information management is used for giving authority to the account role of the operator and associating with corresponding functions;
preferably, in order to improve the flexibility of the system, the basic information management module further includes a data issuing method and a deployment mode module; the data issuing method and the deployment mode module set transmission modes between the RPA management system and the RPA process execution system under different network conditions, the transmission modes comprise socket long connection communication and an encrypted storage medium, and the process issuing from the management system to the RPA process execution system on the basis of distributed deployment under different network conditions is realized in two modes of socket long connection communication and the encrypted storage medium.
Preferably, the RPA management system and the RPA flow execution system are both provided with a security encryption authentication module for the data storage device; the RPA management system generates a unique medium key for each encrypted storage device through a security encryption authentication module in the RPA management system; the RPA process execution system carries out security check before reading process operation data through a security encryption authentication module in the RPA process execution system, verifies whether a key is valid or not when the RPA process execution system is started, and if yes, key information is analyzed, the RPA process execution system is endowed with a globally unique uid, and later-stage process issuing and operation log auditing are facilitated.
Preferably, the RPA process management orchestration system includes active triggering orchestration of a user active triggering task and timing orchestration of triggering orchestration within a period time.
Preferably, the positioning and operation of the RPA process execution system are based on a B/S architecture application of a web browser, or a desktop application of a C/S architecture based on a GUI, and the precise positioning and operation of the B/S architecture application of the web browser can be realized by matching with a scheduling process; the method can realize accurate positioning and operation of the desktop application of the GUI-based C/S architecture.
Preferably, the acquired data includes login page user name, password, subdivision item, and paging data. In a browser application scene, the capturing of paging data and the screening of data can be defined through visual interface operation from the step of opening a browser, logging in a page user name and a password to the step of capturing each detail item of the data, and an RPA flow execution system can accurately analyze flow information and execute the flow information according to user preset.
An execution method of a cross-network government affair information exchange system based on an artificial intelligence robot is disclosed, wherein the execution steps of the RPA management system and the RPA process execution system deployed in the same network environment comprise:
s1, the RPA flow executing system receives the flow information sent by the RPA managing system, the RPA flow executing system compares the flow information with the existing flows in the flow library, judges whether the flows with corresponding numbers exist, if not, the current flow is added into the local flow library, if yes, the current flow needs to be updated according to the version;
and S2, the RPA process execution system arranges, captures and arranges the data in each line system of the government according to the process of the local process library, and automatically simulates manual operation to complete the corresponding business system report filling form.
An execution method of a cross-network government affair information exchange system based on an artificial intelligence robot is disclosed, wherein the execution steps of the RPA management system and the RPA process execution system deployed in different network environments comprise:
s1, exporting the process in the RPA management system to an encrypted medium which is encrypted and authenticated, accessing the encrypted medium to a system where an RPA process execution system is located, and automatically popping up a password input box by the RPA process execution system to verify a predefined password;
s2, after the verification is passed, the RPA flow executing system automatically identifies whether the current drive symbol is authorized to be authenticated based on the predefined encryption protocol,
s3, if the verification is passed, continuing to read the flow information file, importing the flow data in the medium into an RPA flow execution system, and then judging whether the flow needs to be added to a local library or updated;
s4, the RPA process execution system arranges, captures and arranges the data in each line system of the government according to the process of the local process library, and automatically simulates manual operation to complete the corresponding business system report filling form;
and S5, automatically analyzing the content of the image verification code in the capturing process through AI image identification, automatically identifying the content to be filled and verified, judging whether the current operating system is updated or not, and informing an administrator to check, upgrade and issue the update again if the current operating system is updated.
The invention has the technical effects and advantages that: the invention has convenient use and high automation program, not only can realize single service automation of daily work, but also can be connected with each service system in series, automatically finish data information capture and application and realize service circulation under each service system; and (4) opening business isolation among application subsystems in the government enterprise, and automatically connecting the business and data of each subsystem in series.
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FIG. 1 is a diagram of the architecture of the present system in the same network environment;
FIG. 2 is a diagram of the architecture of the system in different network environments;
FIG. 3 is a schematic diagram of a portion of the process flow of the present invention;
FIG. 4 is an abstract model diagram of the current status of the government affairs system of the current government specific field (A, B, C represents a single line independent system, arrows represent business flow, A1, A2, A3, etc. are functional modules in the business system, solid arrows represent business flow in the system, and dashed arrows represent business data flow between systems);
FIG. 5 is an improved model diagram of the present invention in the government affairs system (the dotted arrow represents the manual operation flow of the present invention to replace the original business system, and the automatic business is automatically completed in and between the systems);
FIG. 6 is a schematic diagram of the connection between an RPA management system and a plurality of RPA process execution systems in the same network environment according to the present invention;
fig. 7 is a schematic diagram of the connection between the RPA management system and a plurality of RPA process execution systems in different network environments according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The invention provides an artificial intelligence robot-based cross-network government affair information exchange system as shown in figures 1 and 2, which comprises an RPA management system;
an RPA process execution system for executing the process task in the RPA management system;
the RPA process execution system acquires data in the government affair system according to the process task, processes the acquired data and inputs the processed data into another government affair system;
the RPA management system is provided with an RPA process management arrangement system based on visual dragging arrangement. The RPA management system also comprises a basic information management module; the basic information management module comprises personnel information management, encrypted storage medium management and RPA flow execution system verification management. The personnel information management is used for endowing the operator with the account role and associating the authority of the corresponding function; and generating a unique verified encryption authorization key, verifying whether the key is valid or not when the RPA flow execution system is started, and if so, analyzing key information and giving a globally unique uid to the RPA flow execution system. The basic information management module also comprises a data issuing method and a deployment mode module; the data issuing method and the deployment mode module set transmission modes between an RPA management system and an RPA process execution system under different network conditions, wherein the transmission modes comprise socket long connection communication and an encryption storage medium; the RPA management system generates a unique medium key for each encrypted storage device through a security encryption authentication module in the RPA management system; and the RPA process execution system performs security verification before reading the process operation data through a security encryption authentication module in the RPA process execution system. The RPA process management scheduling system comprises active triggering scheduling of a user active triggering task and timing scheduling of triggering scheduling in a period time. The RPA process automatic RPA process execution system can actively execute the corresponding customized process by the user;
the RPA management system can periodically execute the issued timing flow; the positioning and operation of the RPA flow execution system are based on a web browser B/S architecture application or a desktop application of a GUI-based C/S architecture. The acquired data comprises login page user names, passwords, subdivision items and paging data.
Referring to fig. 4, which is an abstract model diagram of a typical service status of a current government affairs system in a specific field of the current government of the present invention, A, B, C represents a single line independent system, arrows represent service flow, a1, a2, A3, etc. represent functional modules within the service system, solid arrows represent service flow within the system, and dotted arrows represent service data flow between the systems. Referring to fig. 5, which is an improved model diagram in the existing government affair service system of the present invention, the dashed arrow represents the manual operation flow of the present invention instead of the original service system, and the automated service is automatically completed in and between the systems);
referring to fig. 6, an execution method of a cross-network government affair information exchange system based on an artificial intelligence robot, where the RPA management system and the RPA process execution system are deployed in the same network environment, includes:
s1, the RPA flow executing system receives the flow information sent by the RPA managing system, the RPA flow executing system compares the flow information with the existing flows in the flow library, judges whether the flows with corresponding numbers exist, if not, the current flow is added into the local flow library, if yes, the current flow needs to be updated according to the version;
s2, the RPA process execution system arranges, captures and arranges the data in each line system of the government according to the process of the local process library, and automatically simulates manual operation to complete the corresponding business system report filling form; corresponding processes are compiled according to actual services, process data formatted as json shown in the specification in fig. 3 are exported, and the robot finishes the work of capturing, data sorting and subsequent related service operations established in the processes by reading and analyzing the process data.
Referring to fig. 7, an execution method of a cross-network government information exchange system based on an artificial intelligence robot, where the RPA management system and the RPA process execution system are deployed in different network environments, includes the following steps:
s1, exporting the process in the RPA management system to an encrypted medium which is encrypted and authenticated, accessing the encrypted medium to a system where an RPA process execution system is located, and automatically popping up a password input box by the RPA process execution system to verify a predefined password;
s2, after the verification is passed, the RPA flow executing system automatically identifies whether the current drive symbol is authorized to be authenticated based on the predefined encryption protocol,
s3, if the verification is passed, continuing to read the flow information file, importing the flow data in the medium into an RPA flow execution system, and then judging whether the flow needs to be added to a local library or updated;
s4, the RPA process execution system arranges, captures and arranges the data in each line system of the government according to the process of the local process library, and automatically simulates manual operation to complete the corresponding business system report filling form; corresponding processes are compiled according to actual services, json formatted process data shown in the specification in fig. 3 are exported, and the robot finishes the work of established grabbing, data sorting and subsequent related service operation in the processes by reading and analyzing the process data;
and S5, automatically analyzing the content of the image verification code in the capturing process through AI image identification, automatically identifying the content to be filled and verified, judging whether the current operating system is updated or not, and informing an administrator to check, upgrade and issue the update again if the current operating system is updated.
The system adapts to various service scenes through flexible distributed application deployment, a unified RPA management system manages and issues the flow, and an RPA flow execution system receives the flow and performs one-time or periodic automatic execution to complete corresponding service automation;
meanwhile, if the actual deployment system and the RPA management system need to be distributed in two different network environments, the issuing and the execution of the process are indirectly realized in the form of an encrypted mobile disk;
the method is based on RPA robot process automation technology, image recognition technology, xpath technology, socket communication technology based on tcp/ip protocol and other related technologies;
rpa robot process automation technology;
the technology aims to solve the problems of repeated and complicated affairs which are easy to make mistakes in the work of all calculators, and the robot process is used for replacing the affairs, so that the efficiency and the accuracy are improved, and unnecessary human resources are released;
ocr image recognition techniques;
ocr the image recognition technology mainly uses computer vision to analyze pictures to obtain relevant data information in different application scenes, in this patent, the ocr technology is mainly applied to two aspects of positioning and picture comparison in some GUI automation scenes;
xpath technology;
xpath is the language for inquiring information in the xml document, and the locating elements are searched through the elements and attributes in the xml document;
socket communication technology;
long connection is established between a client (RPA process execution system) and a server (RPA process management arrangement system) to realize bidirectional real-time information exchange;
the system replaces manual work to realize data arrangement, capture and arrangement of each line system of the government, and automatically simulates manual operation to complete corresponding business system report form, and work such as data export and the like to realize unattended operation of related business, so that a large amount of human resources are saved, and more energy is put into other work matters.
In this embodiment, the flow arrangement management system has the functions of:
in addition to the basic information management function, visual arrangement is realized for process management, and predefined structured process information (as shown in fig. 3) is quickly generated through visual dragging arrangement;
the method comprises the steps that programmed process data are issued or exported by a relevant issuing and exporting module, two actions of issuing/exporting are designed for different network environments, when the same network environment is achieved, all RPA process execution systems are directly connected to a management system, the process data can be directly issued to the RPA process execution systems in real time based on a tcp/ip protocol, and when the management system and the RPA process execution systems are respectively deployed in two different network environments, the process data can be indirectly and asynchronously transmitted to the RPA process execution systems to be executed through safe and reliable encrypted storage media.
In this embodiment, the RPA process execution system
The tasks of automatic arrangement can be divided into two types, one is a one-time task actively triggered by a user, and the other is a timing task to meet the requirements of various scenes. Then each process has an independent number and version number, and when the issued process already exists, the process depends on the version number to judge whether the update is needed;
the RPA flow executing system and the management system are deployed in the same network environment, when the RPA flow executing system receives flow information sent by the flow arrangement management system, the RPA flow executing system automatically compares the flow information with the existing flows in the flow library to determine whether the flows with corresponding numbers exist, if not, the current flow is added into the local flow library, and if so, the current flow is judged and updated according to the version;
when the RPA process execution system and the management system exist in two network environments, firstly, exporting a corresponding process to an encrypted medium which is subjected to encryption authentication, then, accessing the encrypted medium to a system where the RPA process execution system is located, automatically popping up a password input frame, carrying out predefined password authentication, after passing, automatically identifying and judging whether a current drive letter is authorized to be authenticated based on a predefined encryption protocol by the RPA process execution system, if the current drive letter is authenticated, continuously reading a process information file, importing process data in the medium into the system, and then, judging whether the process needs to be added to a local library or updated;
the RPA process execution system can be used for browser application automation based on a B/S framework of WEB HTML and client application automation based on a C/S framework of GUI, and can be used for automatically simulating application scenes of various complex operations such as user login, menu operation, form entry, structured data capture, data screening and the like based on a predefined process.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments or portions thereof without departing from the spirit and scope of the invention.
Claims (10)
1. The utility model provides a cross network government affairs information exchange system based on artificial intelligence robot which characterized in that: comprises an RPA management system;
an RPA process execution system for executing the process task in the RPA management system;
the RPA process execution system acquires data in the government affair system according to the process task, processes the acquired data and inputs the processed data into another government affair system;
the RPA management system is provided with an RPA process management arrangement system based on visual dragging arrangement.
2. The cross-network government information exchange system based on artificial intelligence robot according to claim 1, wherein: the RPA management system also comprises a basic information management module; the basic information management module comprises personnel information management, encrypted storage medium management and RPA flow execution system verification management.
3. The cross-network government information exchange system based on artificial intelligence robot according to claim 2, wherein: and the personnel information management is used for endowing the operator with the account role and associating the authority of the corresponding function.
4. The cross-network government information exchange system based on artificial intelligence robot according to claim 1, wherein: the basic information management module also comprises a data issuing method and a deployment mode module; the data issuing method and the deployment mode module set transmission modes between the RPA management system and the RPA process execution system under different network conditions, wherein the transmission modes comprise socket long connection communication and encrypted storage media.
5. The cross-network government information exchange system based on artificial intelligence robot according to claim 1, wherein: the RPA management system and the RPA process execution system are both provided with a security encryption authentication module for data storage equipment; the RPA management system generates a unique authorization key for each encryption storage device through a security encryption authentication module in the RPA management system; the RPA process execution system carries out security verification before reading process operation data through a security encryption authentication module in the RPA process execution system, verifies whether a key is valid or not when the RPA process execution system is started, and if yes, key information is analyzed to give a globally unique uid to the RPA process execution system.
6. The cross-network government information exchange system based on artificial intelligence robot according to claim 1, wherein: the RPA process management scheduling system comprises active triggering scheduling of a user active triggering task and timing scheduling of triggering scheduling in a period time.
7. The cross-network government information exchange system based on artificial intelligence robot according to claim 1, wherein: the positioning and operation of the RPA flow execution system are based on a web browser B/S architecture application or a desktop application of a GUI-based C/S architecture.
8. The cross-network government information exchange system based on artificial intelligence robot according to claim 1, wherein: the acquired data comprises login page user names, passwords, subdivision items and paging data.
9. The method of execution of the system according to any of claims 1-8, characterized in that: the execution steps of the RPA management system and the RPA process execution system deployed in the same network environment comprise:
s1, the RPA flow executing system receives the flow information sent by the RPA managing system, the RPA flow executing system compares the flow information with the existing flows in the flow library, judges whether the flows with corresponding numbers exist, if not, the current flow is added into the local flow library, if yes, the current flow needs to be updated according to the version;
and S2, the RPA process execution system arranges, captures and arranges the data in each line system of the government according to the process of the local process library, and automatically simulates manual operation to complete the corresponding business system report filling form.
10. The method of execution of the system according to any of claims 4-8, characterized in that: the execution steps of the RPA management system and the RPA process execution system deployed in different network environments comprise:
s1, exporting the process in the RPA management system to an encrypted storage medium which is encrypted and authenticated, then accessing the encrypted storage medium to a system where an RPA process execution system is located, and automatically popping up a password input box by the RPA process execution system to verify a predefined password;
s2, after the verification is passed, the RPA flow executing system automatically identifies whether the current drive symbol is authorized to be authenticated based on the predefined encryption protocol,
s3, if the verification is passed, continuing to read the flow information file, importing the flow data in the medium into an RPA flow execution system, and then judging whether the flow needs to be added to a local library or updated;
s4, the RPA process execution system arranges, captures and arranges the data in each line system of the government according to the process of the local process library, and automatically simulates manual operation to complete the corresponding business system report filling form;
and S5, automatically analyzing the content of the image verification code in the capturing process through AI image identification, automatically identifying the content to be filled and verified, judging whether the current operating system is updated or not, and informing an administrator to check, upgrade and issue the update again if the current operating system is updated.
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| CN113763172A (en) * | 2021-08-25 | 2021-12-07 | 甘肃同兴智能科技发展有限责任公司 | Financial data flow automation information sharing platform based on block chain |
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| CN114168832B (en) * | 2021-11-17 | 2022-05-27 | 中国人民解放军国防科技大学 | Recommendation platform-oriented RPA data acquisition method |
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