Communication quality control strategy interaction method and system based on different application scenarios

Abstract

The present invention proposes a communication quality control strategy interaction method and system based on different application scenarios. The communication quality control strategy is set by different permission clients in different application scenarios. During the setting process, client a directly processes the data in the application scenario to form first preprocessed data. Client b matches the first preprocessed data to determine whether a preset condition is met. If the condition is met, matching success data is sent to a client c with a higher permission, and the communication quality control strategy interaction process between clients is realized after receiving the response data of the client c. The present invention reduces the manual participation process, and the intelligent data collection and processing process realizes efficient design in the process of network infrastructure construction and real-time dynamic adjustment of the solution.

Description

Technical Field

[0001] The present invention relates to a data interaction method, and in particular to a communication quality control strategy interaction method and system based on different application scenarios. Background Art

[0002] With the development of information technology, the construction of communication network architecture infrastructure will provide hardware transmission support for the development of communication technology. For example, the construction of communication rooms, base stations, and optical cable lines will also face more and more difficulties with the development of technology. Currently, in the construction of communication network architecture infrastructure, how to effectively improve construction efficiency and quality has become an unavoidable issue for communication design institutes.

[0003] In the existing network facility construction, the design scheme is mainly made through manual on-site survey and drawing. Obviously, this method has fallen behind with the development of information technology, and it is not so compatible with the rapid and efficient development of the network. The development of Internet of Things technology makes the interconnection of things possible. The development of 5G communication technology provides guarantee for the efficient transmission of communication data, which provides a basis for the efficient construction of infrastructure. How to apply these technologies to infrastructure construction has become a technical problem that needs to be solved by the present invention. Summary of the invention

[0004] In order to solve the above technical problems, the present invention proposes a communication quality control strategy interaction method and system based on different application scenarios, so as to solve the manual design method in the prior art during the construction of communication network infrastructure, and realize data processing and strategy update process in different application scenarios through intelligent interaction process, and can make dynamic adjustments in real time according to needs.

[0005] According to the purpose of the present invention, the present invention proposes a communication quality control strategy interaction method based on different application scenarios, the interaction method is applied to the interaction between clients with different permissions in different application scenarios, the clients with different permissions include client a, client b and client C according to the permission level from low to high, wherein the three clients are respectively set with communication quality control strategies based on corresponding permissions, and the method comprises the following steps:

[0006] The client a pre-processes the data based on different application scenarios received from the user input based on the first communication quality control strategy to form first pre-processed data;

[0007] The client b receives the first pre-processed data, performs quality control strategy matching on the first pre-processed data, and determines whether it satisfies a preset second communication quality control strategy. If so, a quality control matching success request message is sent to the client c, and after receiving a response message from the client c, a matching success response message is returned to the client a; otherwise, the client b directly returns a failure response message to the client a, and the response message includes contrast data based on the second communication quality control strategy and the first communication quality control strategy, and interaction result data formed based on the first contrast data and the first pre-processed data.

[0008] As a preferred solution of the present invention, the client a pre-processes the data based on different application scenarios received from the user input based on the first communication quality control strategy. The step of forming the first pre-processed data is specifically as follows: the client a pre-establishes the first communication quality control strategy, and when the user inputs the data based on the current application scenario, performs polling matching from the first communication quality control strategy to call out the sub-strategy based on the data of the current application scenario from the first communication quality control strategy, pre-processes the data of the current application scenario through the sub-strategy, and determines the matching degree between the data of the current application scenario and the sub-strategy. If the preset matching degree requirement is met, the first pre-processed data is formed, wherein the first pre-processed data includes the current application scenario data and the first matching degree.

[0009] As a preferred solution of the present invention, the process of the client a pre-establishing the first communication quality control strategy is specifically that the client c establishes a communication quality control strategy, generates a first communication quality control strategy based on client a and a second communication quality control strategy based on client C according to the communication quality control strategy, and periodically updates the first communication quality control strategy and the second communication quality control strategy according to the policy adjustment content input by the user, and promptly sends the updated policy content to the client a and the client b.

[0010] As a preferred solution of the present invention, the client b receives the first pre-processed data, matches the quality control strategy of the first pre-processed data, and determines whether the preset second communication quality control strategy is met. The steps include: after the client b receives the first pre-processed data, it performs feature extraction, and schedules the current application scenario data and the first matching degree to the data processing area and the data storage area respectively, matches the current application scenario data in the data processing area according to the second communication quality control strategy to obtain the second matching degree, and retrieves the first matching degree from the data storage area. If the value of the first matching degree is within the value range of the second matching degree, the second communication quality control strategy is met, otherwise it is not met.

[0011] As a preferred solution of the present invention, the step of sending a quality control match success request message to the client c if the conditions are met, and returning a match success response message to the client a after receiving a response message from the client c also includes: after the client b determines that the preset second communication quality control policy is met, it sends a quality control match success request message to the client c, the client c performs feature extraction on the match success request message, compares the second matching degree value in the user match success request message with a preset quality control policy threshold, and if the quality control policy threshold range is met, sends an interaction completion response message to the client b, and sends it to client b via the client b.

[0012] As a preferred solution of the present invention, the client b directly returns a failure response message to the client a, and the response message includes contrast data based on the second communication quality control strategy and the first communication quality control strategy, and the step of forming interaction result data based on the first contrast data and the first pre-processed data also includes that after receiving the failure response message, the client a extracts the contrast data, retrieves the original first pre-processed data, marks the mismatched data type, intelligently adjusts the data type based on the second communication quality control strategy, and after meeting the preset matching requirement, sends a request message to the client b again to perform secondary or multiple interactions of the quality control strategy.

[0013] As a preferred solution of the present invention, the different application scenarios include communication equipment application scenarios, communication optical cable application scenarios, communication pipeline application scenarios, communication pre-coverage application scenarios and large-scale customer equipment application scenarios.

[0014] As a preferred solution of the present invention, the first communication quality control strategy is a preset environmental standard parameter based on different application scenarios; the second communication quality control strategy is a preset current quality control adjustment strategy content based on environmental standard parameters under different application scenarios generated after receiving the first preprocessing data.

[0015] As a preferred solution of the present invention, the communication quality control strategy includes a preset first communication quality control strategy and the second communication quality control strategy, and is updated and adjusted according to the policy adjustment content based on different application scenarios received by the client c and fed back to the client a and the client b in a timely manner.

[0016] According to the purpose of the present invention, the present invention also proposes a communication quality control strategy interaction system based on different application scenarios, the interaction system is applied to the interaction between clients with different permissions in different application scenarios, the clients with different permissions include client a, client b and client C according to the permission level from low to high, wherein the three clients are respectively set with communication quality control strategies based on corresponding permissions, the interaction system also includes a server, wherein the client a pre-processes the data based on different application scenarios received from the user input based on the first communication quality control strategy to form first pre-processed data;

[0017] The client b receives the first pre-processed data, performs quality control strategy matching on the first pre-processed data, and determines whether the preset second communication quality control strategy is satisfied. If satisfied, the client b sends a quality control matching success request message to the client c, and after receiving a response message from the client c, returns a matching success response message to the client a; otherwise, the client b directly returns a failure response message to the client a, and the response message includes contrast data based on the second communication quality control strategy and the first communication quality control strategy, and interaction result data formed based on the first contrast data and the first pre-processed data;

[0018] The server is used to adjust the strategy according to the communication scenario data occurring at different times in different scenarios, send the strategy adjustment content to the client c, so as to dynamically adjust the strategies of the client a and the client b, update the first communication quality control strategy and the second communication control strategy, and, after the client c completes the communication quality control strategy interaction with the client a and the client b, store the interaction results uploaded by the client c, and classify and store them according to the permissions of different users.

[0019] The present invention proposes a communication quality control strategy interaction method and system based on different application scenarios. The communication quality control strategy is set by different permission clients in different application scenarios. During the setting process, client a directly processes the data in the application scenario to form first preprocessed data. Client b matches the first preprocessed data to determine whether a preset condition is met. If the condition is met, matching success data is sent to a client c with a higher permission, and the communication quality control strategy interaction process between clients is realized after receiving the response data of the client c. The present invention reduces the manual participation process, and the intelligent data collection and processing process realizes the efficient design in the process of network infrastructure construction and the real-time dynamic adjustment of the solution. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 This is a flow chart of the communication quality control strategy interaction method based on different application scenarios proposed by the present invention. DETAILED DESCRIPTION

[0021] For ease of understanding, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0022] like Figure 1 As shown, a communication quality control strategy interaction method based on different application scenarios is applied to the interaction between clients with different permissions in different application scenarios. The clients with different permissions include client a, client b and client C according to the permission level from low to high. The three clients are respectively set with communication quality control strategies based on corresponding permissions. The method includes the following steps:

[0023] The client a preprocesses the data based on different application scenarios received from the user input based on the first communication quality control strategy to form first preprocessed data.

[0024] In this embodiment, client a, client b, and client c are set based on different authority characteristics. In fact, in the construction of communication networks, different authorities represent different data contents processed by different clients. The setting of client a is the lowest level of authority, and its actual role is to receive the data content input by the user to carry out the initial design content of infrastructure construction. For example, when a user needs to design a communication base station, he only needs to enter the name of a communication base station in client a, and client a directly collects data from the communication base station, and uses the sensor technology and wireless communication technology in the Internet of Things technology to collect the environmental data in the current base station in real time, and realize the automatic generation process of three-dimensional graphics according to the location of different devices. Of course, graphics can also be generated according to the actual infrastructure content of different application scenarios.

[0025] In this embodiment, the client a pre-processes the data based on different application scenarios received from the user input based on the first communication quality control strategy, and the step of forming the first pre-processed data is specifically that the client a pre-establishes the first communication quality control strategy, and after receiving the data based on the current application scenario input by the user, performs polling matching from the first communication quality control strategy to call out the sub-strategy based on the data of the current application scenario from the first communication quality control strategy, pre-processes the data of the current application scenario through the sub-strategy, and determines the matching degree between the data of the current application scenario and the sub-strategy. If the preset matching degree requirement is met, the first pre-processed data is formed, wherein the first pre-processed data includes the current application scenario data and the first matching degree. In this embodiment, the first communication quality control strategy set in the graphic generation process mainly includes two aspects, one is the pre-stored image data standard data content, and the other is the cost data content generated based on the standard data. When a basic station design is completed, it is also necessary to perform budget design for the current site, which requires different clients to adjust the communication quality control strategy, because the equipment will be adjusted and the price will change, so the data output each time does not appear in a fixed way.

[0026] The client b receives the first pre-processed data, performs quality control strategy matching on the first pre-processed data, and determines whether it satisfies a preset second communication quality control strategy. If so, a quality control matching success request message is sent to the client c, and after receiving a response message from the client c, a matching success response message is returned to the client a; otherwise, the client b directly returns a failure response message to the client a, and the response message includes contrast data based on the second communication quality control strategy and the first communication quality control strategy, and interaction result data formed based on the first contrast data and the first pre-processed data.

[0027] In this embodiment, the process of the client a pre-establishing the first communication quality control policy is specifically that the client c establishes a communication quality control policy, generates a first communication quality control policy based on client a and a second communication quality control policy based on client C according to the communication quality control policy, and periodically updates the first communication quality control policy and the second communication quality control policy according to the policy adjustment content input by the user, and promptly sends the updated policy content to the client a and the client b.

[0028] In this embodiment, the client b receives the first pre-processed data, matches the quality control strategy for the first pre-processed data, and determines whether the preset second communication quality control strategy is met. The steps include: after the client b receives the first pre-processed data, it performs feature extraction, and schedules the current application scenario data and the first matching degree to the data processing area and the data storage area respectively, and matches the current application scenario data in the data processing area according to the second communication quality control strategy to obtain the second matching degree, and retrieves the first matching degree from the data storage area. If the value of the first matching degree is within the value range of the second matching degree, the second communication quality control strategy is met, otherwise it is not met.

[0029] In this embodiment, the step of sending a quality control match success request message to the client c if the condition is met, and returning a match success response message to the client a after receiving a response message from the client c also includes: after the client b determines that the preset second communication quality control policy is met, sending a quality control match success request message to the client c, the client c performs feature extraction on the match success request message, and compares the second matching degree value in the user match success request message with the preset quality control policy threshold. If the quality control policy threshold range is met, a response message of interaction completion is sent to the client b, and sent to client b via the client b.

[0030] In this embodiment, the client b directly returns a failure response message to the client a, and the response message includes contrast data based on the second communication quality control strategy and the first communication quality control strategy, and the step of forming interaction result data based on the first contrast data and the first pre-processed data also includes that after receiving the failure response message, the client a extracts the contrast data, retrieves the original first pre-processed data, marks the mismatched data type, intelligently adjusts the data type based on the second communication quality control strategy, and after meeting the preset matching requirement, sends a request message to the client b again to perform a second or multiple interactions of the quality control strategy.

[0031] In this embodiment, the different application scenarios include communication equipment application scenarios, communication optical cable application scenarios, communication pipeline application scenarios, communication pre-coverage application scenarios and large-scale customer equipment application scenarios.

[0032] In this embodiment, the first communication quality control strategy is a preset environmental standard parameter based on different application scenarios; the second communication quality control strategy is a preset current quality control adjustment strategy content based on environmental standard parameters under different application scenarios generated after receiving the first preprocessing data.

[0033] In this embodiment, the communication quality control strategy includes a preset first communication quality control strategy and a preset second communication quality control strategy, and is updated and adjusted according to the policy adjustment content based on different application scenarios received by the client c and fed back to the client a and the client b in a timely manner.

[0034] According to the purpose of the present invention, the present invention also proposes a communication quality control strategy interaction system based on different application scenarios, the interaction system is applied to the interaction between clients with different permissions in different application scenarios, the clients with different permissions include client a, client b and client C according to the permission level from low to high, wherein the three clients are respectively set with communication quality control strategies based on corresponding permissions, characterized in that the interaction system also includes a server, wherein the client a pre-processes the data based on different application scenarios received from the user input based on the first communication quality control strategy to form first pre-processed data;

[0035] The client b receives the first pre-processed data, performs quality control strategy matching on the first pre-processed data, and determines whether the preset second communication quality control strategy is satisfied. If satisfied, the client b sends a quality control matching success request message to the client c, and after receiving a response message from the client c, returns a matching success response message to the client a; otherwise, the client b directly returns a failure response message to the client a, and the response message includes contrast data based on the second communication quality control strategy and the first communication quality control strategy, and interaction result data formed based on the first contrast data and the first pre-processed data;

[0036] The server is used to adjust the strategy according to the communication scenario data occurring at different times in different scenarios, send the strategy adjustment content to the client c, so as to dynamically adjust the strategies of the client a and the client b, update the first communication quality control strategy and the second communication control strategy, and, after the client c completes the communication quality control strategy interaction with the client a and the client b, store the interaction results uploaded by the client c, and classify and store them according to the permissions of different users.

[0037] It is obvious to those skilled in the art that the embodiments of the present invention are not limited to the details of the above exemplary embodiments, and that the embodiments of the present invention can be implemented in other specific forms without departing from the spirit or basic features of the embodiments of the present invention. Therefore, from any point of view, the embodiments should be regarded as exemplary and non-restrictive, and the scope of the embodiments of the present invention is limited by the attached claims rather than the above description, so it is intended to include all changes that fall within the meaning and scope of the equivalent elements of the claims in the embodiments of the present invention. Any figure mark in the claims should not be regarded as limiting the claims involved. In addition, it is obvious that the word "comprising" does not exclude other units or steps, and the singular does not exclude the plural. Multiple units, modules or devices stated in the system, device or terminal claims can also be implemented by the same unit, module or device through software or hardware. The words first, second, etc. are used to indicate names, and do not indicate any particular order.

[0038] Finally, it should be noted that the above implementation modes are only used to illustrate the technical solutions of the embodiments of the present invention and are not intended to limit them. Although the embodiments of the present invention have been described in detail with reference to the above preferred implementation modes, those skilled in the art should understand that the technical solutions of the embodiments of the present invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A communication quality control strategy interaction method based on different application scenarios, wherein the interaction method is applied to the interaction between clients with different permissions in different application scenarios, wherein the clients with different permissions include client a, client b and client c according to the permission level from low to high, wherein: The three clients respectively set communication quality control strategies based on corresponding permissions, characterized in that the method includes the following steps: The client a pre-processes the data based on different application scenarios received from the user input based on the first communication quality control strategy to form first pre-processed data, specifically: The client a pre-establishes the first communication quality control strategy, and upon receiving data based on the current application scenario input by the user, performs polling matching from the first communication quality control strategy to call out a sub-strategy based on the data of the current application scenario from the first communication quality control strategy, pre-processes the data of the current application scenario through the sub-strategy, determines the matching degree between the data of the current application scenario and the sub-strategy, and forms first pre-processed data if the preset matching degree requirement is met; wherein the first pre-processed data includes the current application scenario data and the first matching degree; The client b receives the first pre-processed data, performs quality control strategy matching on the first pre-processed data, and determines whether a preset second communication quality control strategy is satisfied, specifically: After receiving the first pre-processed data, the client b performs feature extraction, dispatches the current application scenario data and the first matching degree to a data processing area and a data storage area respectively, performs matching processing on the current application scenario data in the data processing area according to a second communication quality control strategy to obtain a second matching degree, retrieves the first matching degree from the data storage area, and satisfies the second communication quality control strategy if the value of the first matching degree is within the value range of the second matching degree, otherwise, the second communication quality control strategy is not satisfied; If satisfied, a quality control match success request message is sent to the client c, and after receiving a response message from the client c, a match success response message is returned to the client a; Otherwise, the client b directly returns a failure response message to the client a, and the response message includes contrast data based on the second communication quality control strategy and the first communication quality control strategy, and interaction result data formed based on the contrast data and the first preprocessing data.

2. The communication quality control strategy interaction method according to claim 1, characterized in that: The process of the client a pre-establishing the first communication quality control policy is specifically as follows: the client c establishes a communication quality control policy, generates a first communication quality control policy based on client a and a second communication quality control policy based on client c according to the communication quality control policy, and periodically updates the first communication quality control policy and the second communication quality control policy according to the policy adjustment content input by the user, and promptly sends the updated policy content to the client a and the client b.

3. The communication quality control strategy interaction method according to claim 1, characterized in that: The step of sending a quality control match success request message to the client c if the conditions are met, and returning a match success response message to the client a after receiving a response message from the client c also includes sending a quality control match success request message to the client c after the client b determines that the preset second communication quality control policy is met, the client c performs feature extraction on the match success request message, compares the second match degree value in the match success request message with the preset quality control policy threshold, and if the quality control policy threshold range is met, sending an interaction completion response message to the client b, and sending it to the client b via the client b.

4. The communication quality control strategy interaction method according to claim 3, characterized in that: The client b directly returns a failure response message to the client a, and the response message includes contrast data based on the second communication quality control strategy and the first communication quality control strategy, and the step of forming interaction result data based on the contrast data and the first pre-processed data also includes that after receiving the failure response message, the client a extracts the contrast data, retrieves the original first pre-processed data, marks the mismatched data type, intelligently adjusts the data type based on the second communication quality control strategy, and after meeting the preset matching requirement, sends a request message to the client b again to perform secondary or multiple interactions of the quality control strategy.

5. The communication quality control strategy interaction method according to claim 3, characterized in that: The different application scenarios include communication equipment application scenarios, communication optical cable application scenarios, communication pipeline application scenarios, communication pre-coverage application scenarios and large-scale customer equipment application scenarios.

6. The communication quality control strategy interaction method according to claim 5, characterized in that: The first communication quality control strategy is a preset environmental standard parameter based on different application scenarios; The second communication quality control strategy is a preset current quality control adjustment strategy content based on environmental standard parameters in different application scenarios and generated after receiving the first preprocessing data.

7. The communication quality control strategy interaction method according to claim 6, characterized in that: The communication quality control strategy includes a preset first communication quality control strategy and a preset second communication quality control strategy, and is updated and adjusted according to the policy adjustment content based on different application scenarios received by the client c and fed back to the client a and the client b in a timely manner.

8. A communication quality control strategy interaction system based on different application scenarios, wherein the interaction system is applied to the interaction between clients with different permissions in different application scenarios, wherein the clients with different permissions include client a, client b and client c according to the permission level from low to high, wherein: The three clients respectively set communication quality control strategies based on corresponding permissions, characterized in that the interactive system also includes a server, wherein the client a pre-processes the data based on different application scenarios received from the user input based on the first communication quality control strategy to form first pre-processed data, specifically: The client a pre-establishes the first communication quality control strategy, and upon receiving data based on the current application scenario input by the user, performs polling matching from the first communication quality control strategy to call out a sub-strategy based on the data of the current application scenario from the first communication quality control strategy, pre-processes the data of the current application scenario through the sub-strategy, determines the matching degree between the data of the current application scenario and the sub-strategy, and forms first pre-processed data if the preset matching degree requirement is met; wherein the first pre-processed data includes the current application scenario data and the first matching degree; The client b receives the first pre-processed data, performs quality control strategy matching on the first pre-processed data, and determines whether a preset second communication quality control strategy is satisfied, specifically: After receiving the first pre-processed data, the client b performs feature extraction, dispatches the current application scenario data and the first matching degree to a data processing area and a data storage area respectively, performs matching processing on the current application scenario data in the data processing area according to a second communication quality control strategy to obtain a second matching degree, retrieves the first matching degree from the data storage area, and satisfies the second communication quality control strategy if the value of the first matching degree is within the value range of the second matching degree, otherwise, the second communication quality control strategy is not satisfied; If satisfied, a quality control match success request message is sent to the client c, and after receiving a response message from the client c, a match success response message is returned to the client a; Otherwise, the client b directly returns a failure response message to the client a, where the response message includes contrast data based on the second communication quality control strategy and the first communication quality control strategy, and interaction result data formed based on the contrast data and the first pre-processing data; The server is used to adjust the strategy according to the communication scenario data occurring at different times in different scenarios, send the strategy adjustment content to the client c, so as to dynamically adjust the strategies of the client a and the client b, update the first communication quality control strategy and the second communication quality control strategy, and, after the client c completes the communication quality control strategy interaction with the client a and the client b, store the interaction results uploaded by the client c, and classify and store them according to the permissions of different users.

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