CN113495725A - Artificial intelligence visual programming tool system based on big data - Google Patents
Artificial intelligence visual programming tool system based on big data Download PDFInfo
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- CN113495725A CN113495725A CN202110634583.3A CN202110634583A CN113495725A CN 113495725 A CN113495725 A CN 113495725A CN 202110634583 A CN202110634583 A CN 202110634583A CN 113495725 A CN113495725 A CN 113495725A
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- 238000013473 artificial intelligence Methods 0.000 title claims abstract description 17
- 230000006698 induction Effects 0.000 claims description 74
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Abstract
The invention discloses an artificial intelligence visual programming tool system based on big data, which relates to the field of visual programming tool systems and aims at solving the problems that the existing visual programming tool system can only carry out mechanical programming, is inconvenient to selectively store some highly-applied visual programming so as to be convenient for subsequent utilization and is complicated in operation. The system has the characteristics of being capable of conveniently carrying out intelligent classification and recording on the visual programming, improving the portability of subsequent use and improving the intelligent degree of the visual programming tool system.
Description
Technical Field
The invention relates to the field of visual programming tool systems, in particular to an artificial intelligence visual programming tool system based on big data.
Background
Visualization programming, i.e. visualization programming: the principle of the programming idea of 'what you see is what you get' is used as a principle, the visualization of programming work is realized, namely, the result can be seen at any time, and the program is synchronous with the adjustment of the result.
Compared with the traditional programming mode, the visual programming mode refers to the mode that the design work of the interface can be completed only by an intuitive operation mode without programming, and is the best Windows application program development tool at present.
However, the existing visual programming tool system generally performs auxiliary operations on programming work through visual programming, and some existing visual programming that has been implemented still needs to be performed again in subsequent use, so that the operation is cumbersome, the subsequent use is inconvenient, and the visual programming of some high-application applications cannot be selectively recorded, so that the subsequent use is facilitated. Therefore, an artificial intelligence visual programming tool system based on big data is provided.
Disclosure of Invention
The artificial intelligence visual programming tool system based on big data solves the problems that the existing visual programming tool system can only perform mechanical programming, and is inconvenient to selectively store some highly-applied visual programming so as to facilitate subsequent utilization and complex operation.
In order to achieve the purpose, the invention adopts the following technical scheme:
an artificial intelligence visual programming tool system based on big data comprises a visual programming tool, wherein the visual programming tool is connected with a programming monitoring system in a two-way mode, the programming monitoring system is connected with an action instruction monitoring system in a two-way mode, the action instruction monitoring system is connected with an instruction service classification system and an instruction operation classification system, the instruction service classification system is connected with a service field classification system, an applicable object classification system and a service object classification system, the service field classification system, the applicable object classification system and the service object classification system are connected with a service category receiving and recording system, the service category receiving and recording system is connected with a field induction system, an applicable induction system and a service induction system, the field induction system, the applicable induction system and the service induction system are connected with a programming induction receiving and recording system, and the programming induction receiving and recording system is connected with a programming repository and a programming copying unit, the programming copying unit is connected with an action instruction monitoring system, the instruction operation classification system is connected with an operation field classification system, an operation object classification system and an operation instruction classification system, the operation field classification system, the operation object classification system and the operation instruction classification learning system are connected with an operation category receiving and recording system, the operation category receiving and recording system is connected with an operation field induction system, an operation object induction system and an operation instruction induction system, and the operation field induction system, the operation object induction system and the operation instruction induction system are connected with a programming induction receiving and recording system.
Preferably, the programming monitoring system is used for monitoring the visual programming, and the action instruction monitoring system is used for monitoring the action instructions of the visual programming.
Preferably, the instruction service classification system and the instruction operation classification system are respectively used for classifying the visual programming service and operation.
Preferably, the service field classification system, the applicable object classification system and the service object classification system are respectively used for classifying the service field, the applicable object and the service object of the visual programming, and the service category receiving and recording system is used for receiving and recording the classified service categories.
Preferably, the domain induction system, the applicability induction system and the service induction system are respectively used for inducing the domains, the applicability and the services of the visual programming, the programming induction collection system is used for inducing and collecting the programming adults, and the programming repository is used for storing the programming.
Preferably, the operation field classification system, the operation object classification system and the operation instruction classification learning system are respectively used for classifying the operation field, the operation object and the operation instruction of the visual programming, and the operation category receiving and recording system is used for receiving and recording the classified operation categories.
Preferably, the operation domain induction system, the operation object induction system and the operation instruction induction system are respectively used for inducing the operation domain, the operation object and the operation instruction, and the program copying unit is used for copying the visual program.
Compared with the prior art, the invention has the beneficial effects that:
the service classification system and the instruction operation classification system are respectively used for classifying the service and the operation of the visual programming, the service field classification system, the applicable object classification system and the service object classification system are respectively used for classifying the service field, the applicable object and the service object of the visual programming, the service category receiving system is used for receiving and recording the classified service categories, the field induction system, the applicable induction system and the service induction system are respectively used for inducing the field, the application and the service of the visual programming, the programming induction receiving system is used for inducing and receiving the programming body, the programming repository is used for storing the programming, the service categories of the visual programming can be conveniently classified, and then the operation field classification system, the operation object classification system and the operation instruction classification learning system are respectively used for classifying the operation field, the operation object classification system and the operation instruction classification system of the visual programming, The operation object and the operation instruction are classified, the operation category receiving and recording system is used for receiving and recording the classified operation categories, the operation field induction system, the operation object induction system and the operation instruction induction system respectively induce the operation fields, the operation objects and the operation instructions, and the programming copying unit is used for copying the visual programming, so that the visual programming can be stored in the programming output library in a centralized manner, and the selection during subsequent use is convenient.
The system has the characteristics of being capable of conveniently carrying out intelligent classification and recording on the visual programming, improving the portability of subsequent use and improving the intelligent degree of the visual programming tool system.
Drawings
FIG. 1 is a system diagram of an artificial intelligence visual programming tool system based on big data 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.
Referring to fig. 1, an artificial intelligence visual programming tool system based on big data comprises a visual programming tool, the visual programming tool is connected with a programming monitoring system in two ways, the programming monitoring system is connected with an action instruction monitoring system in two ways, the action instruction monitoring system is connected with an instruction service classification system and an instruction operation classification system, the instruction service classification system is connected with a service field classification system, an applicable object classification system and a service object classification system, the service field classification system, the applicable object classification system and the service object classification system are connected with a service category receiving system, the service category receiving system is connected with a field induction system, an applicable induction system and a service induction system, the field induction system, the applicable induction system and the service induction system are connected with a programming receiving system, the programming induction receiving system is connected with a programming repository and a programming copy unit, the programming copying unit is connected with an action instruction monitoring system, the instruction operation classification system is connected with an operation field classification system, an operation object classification system and an operation instruction classification system, the operation field classification system, the operation object classification system and the operation instruction classification learning system are connected with an operation category receiving and recording system, the operation category receiving and recording system is connected with an operation field induction system, an operation object induction system and an operation instruction induction system, and the operation field induction system, the operation object induction system and the operation instruction induction system are connected with a programming induction receiving and recording system.
In this embodiment, the programming monitoring system is configured to monitor the visual programming, and the action instruction monitoring system is configured to monitor the action instruction of the visual programming.
In this embodiment, the instruction service classification system and the instruction operation classification system are respectively used for classifying services and operations of the visual programming.
In this embodiment, the service field classification system, the applicable object classification system, and the service object classification system are respectively configured to classify a service field, an applicable object, and a service object of the visual programming, and the service category receiving system is configured to receive and receive the service categories after the classification.
In this embodiment, the domain induction system, the applicability induction system, and the service induction system are used to induce the domains, the applications, and the services of the visual programming, respectively, the programming induction and collection system is used to induce and collect the programming adults, and the programming repository is used to store the programming.
In this embodiment, the operation field classification system, the operation object classification system, and the operation instruction classification learning system are respectively configured to classify the operation field, the operation object, and the operation instruction of the visual programming, and the operation category receiving system is configured to receive the classified operation categories.
In this embodiment, the operation domain induction system, the operation object induction system, and the operation instruction induction system are respectively used for inducing the domain of the operation, the operation object, and the operation instruction, and the program copying unit is used for copying the visual program.
The working principle is as follows: when the visual programming system is used, the visual programming is monitored through the programming monitoring system, the action instruction monitoring system monitors the action instructions of the visual programming, the service classification system and the instruction operation classification system classify the services and the operations of the visual programming respectively, the service field classification system, the applicable object classification system and the service object classification system are used for classifying the service field, the applicable object and the service object of the visual programming respectively, the service category receiving system is used for receiving and recording the classified service categories, the field induction system, the applicable induction system and the service induction system are used for inducing the fields, the applications and the services of the visual programming respectively, the programming induction receiving system is used for receiving and recording the programming, the programming repository is used for storing the programming, and then the visual programming service categories can be classified and induced conveniently, and then the operation field classification system, the operation object classification system and the operation instruction classification learning system are used for classifying the operation field, the operation object and the operation instruction of the visual programming respectively, the operation category receiving and recording system is used for receiving and recording the classified operation categories, the operation field induction system, the operation object induction system and the operation instruction induction system are used for inducing the operation field, the operation object and the operation instruction respectively, and the programming copying unit is used for copying the visual programming, so that the visual programming can be stored in a programming storage library in a centralized manner, and the visual programming can be conveniently selected during subsequent use.
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 considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.
Claims (7)
1. An artificial intelligence visual programming tool system based on big data comprises a visual programming tool, wherein the visual programming tool is connected with a programming monitoring system in a two-way mode, the programming monitoring system is connected with an action instruction monitoring system in a two-way mode, the action instruction monitoring system is connected with an instruction service classification system and an instruction operation classification system, and the artificial intelligence visual programming tool system is characterized in that the instruction service classification system is connected with a service field classification system, an applicable object classification system and a service object classification system, the service field classification system, the applicable object classification system and the service object classification system are connected with a service category collecting system, the service category collecting system is connected with a field collecting system, an applicable collecting system and a service collecting system, the field collecting system, the applicable collecting system and the service collecting system are connected with a programming collecting system, the programming induction and collection system is connected with a programming repository and a programming replication unit, the programming replication unit is connected with an action instruction monitoring system, the instruction operation classification system is connected with an operation field classification system, an operation object classification system and an operation instruction classification system, the operation field classification system, the operation object classification system and the operation instruction classification learning system are connected with an operation category induction and collection system, the operation category induction and collection system is connected with an operation field induction system, an operation object induction system and an operation instruction induction system, and the operation field induction system, the operation object induction system and the operation instruction induction system are connected with a programming induction and collection system.
2. The artificial intelligence visual programming tool system based on big data as claimed in claim 1, wherein the programming monitoring system is used for monitoring visual programming, and the action instruction monitoring system is used for monitoring action instructions of visual programming.
3. The artificial intelligence visual programming tool system based on big data as claimed in claim 1, wherein the order service classification system and the order operation classification system are respectively used for classifying visual programming services and operations.
4. The artificial intelligence visual programming tool system based on big data according to claim 1, wherein the service domain classification system, the applicable object classification system and the service object classification system are respectively used for classifying the service domain, the applicable object and the service object of the visual programming, and the service category receiving system is used for receiving and receiving the classified service categories.
5. The artificial intelligence visual programming tool system based on big data as claimed in claim 1, wherein the domain induction system, the applicability induction system and the service induction system are used for inducing the domain, the applicability and the service of the visual programming respectively, the programming induction collecting system is used for inducing and collecting the programming adults, and the programming repository is used for storing the programming.
6. The artificial intelligence visual programming tool system based on big data according to claim 1, wherein the operation domain classification system, the operation object classification system and the operation instruction classification learning system are respectively used for classifying the operation domain, the operation object and the operation instruction of the visual programming, and the operation category receiving system is used for receiving and receiving the classified operation categories.
7. The artificial intelligence visual programming tool system based on big data as claimed in claim 1, wherein the operation domain induction system, the operation object induction system and the operation instruction induction system are respectively used for inducing the operation domain, the operation object and the operation instruction, and the programming copy unit is used for copying the visual programming.
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- 2021-06-08 CN CN202110634583.3A patent/CN113495725A/en active Pending
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| US20020199034A1 (en) * | 1998-10-01 | 2002-12-26 | Stephen Beckett | System and method for visual application development without programming |
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Application publication date: 20211012 |