Data transmission method and system based on portable WiFi network

Abstract

The invention discloses a data transmission method and system based on a portable WiFi network, and belongs to the technical field of network data transmission. The method and the device are used for solving the technical problem that the real-time operation effect of a data transmission scheme of a portable WiFi network cannot be supervised, analyzed and dynamically managed in different dimensions in the existing scheme. The method comprises the following steps: identifying and analyzing a transmission data type when a portable WiFi network request is used, supervising and analyzing data transmission requirements in different aspects on a data transmission scheme corresponding to the transmission data type determined by analysis, and dynamically managing adjustment of a data transmission strengthening scheme corresponding to the transmission data type in a self-adaptive manner according to an analysis result; and performing integration calculation on all historical option confirmation data of the individual user corresponding to different transmission data types, analyzing and determining user preference states of data transmission enhancement scheme adjustment corresponding to the different transmission data types, and performing autonomous management and control on the data transmission enhancement scheme adjustment corresponding to the different transmission data types.

Description

Technical Field

[0001] The present invention relates to the technical field of network data transmission, and in particular to a data transmission method and system based on a portable WiFi network. Background Art

[0002] A portable WiFi network is a portable wireless network solution that allows users to create their own WiFi hotspot through a mobile network (such as 2G, 3G, 4G or 5G) in an environment without a fixed WiFi network, thereby enabling network sharing among multiple devices.

[0003] The network speed and stability of portable WiFi are subject to the quality of the mobile network. At the same time, the convenience of portable WiFi also limits its battery support capacity. When implementing existing data transmission solutions based on portable WiFi networks, they cannot conduct regulatory analysis of data transmission solutions and data transmission power consumption in different data transmission scenarios in different dimensions, and dynamically control the data transmission solutions adaptively based on the regulatory analysis results. There is a defect that the real-time operation effect of the data transmission solution of the portable WiFi network cannot be supervised and analyzed in different dimensions and dynamically managed. Summary of the invention

[0004] The object of the present invention is to provide a data transmission method and system based on a portable WiFi network, which is used to solve the technical problem that the existing scheme cannot perform supervision and analysis in different dimensions and dynamically manage the real-time operation effect of the data transmission scheme of the portable WiFi network.

[0005] The purpose of the present invention can be achieved through the following technical solutions:

[0006] A data transmission method based on a portable WiFi network, comprising:

[0007] Identify and analyze the transmission data type when the portable WiFi network is requested to use it, determine whether the adjustment of the data transmission plan corresponding to the transmission data type meets the corresponding data transmission requirements, and perform data analysis and dynamic management on the adjustment of the data transmission enhancement plan corresponding to the transmission data type based on the identification and analysis results combined with the real-time power level of the portable WiFi network;

[0008] Among them, the amount of data transmitted per second of the data transmission scheme within the transmission supervision period is monitored and counted, and the data transmission scheme of the transmission data type is processed and analyzed to see whether it meets the corresponding data transmission requirements;

[0009] When the data transmission scheme of the transmission data type does not meet the corresponding data transmission requirements, the real-time power corresponding to the portable WiFi network is obtained and processed and analyzed to determine whether the real-time power corresponding to the portable WiFi network meets the implementation of subsequent adjustments to the data transmission scheme corresponding to the transmission data type;

[0010] It also conducts automated supervision and processing analysis on the necessary status of the transmission data type corresponding to the data transmission enhancement plan adjustment and implementation, and dynamically controls the subsequent adjustment of the transmission data type to the implementation of the data transmission enhancement plan based on the analysis results;

[0011] Monitor and count the results of each user confirmation of the data transmission scheme corresponding to different transmission data types when using the portable WiFi network, and process and analyze the data of each user confirmation result according to the transmission data type, determine the user preference for adjusting the data transmission scheme corresponding to the transmission data type, and dynamically control the subsequent operation of the data transmission scheme corresponding to the transmission data type in different application situations based on the analysis results.

[0012] Preferably, the amount of data transmitted per second in the data transmission scheme within the transmission supervision period is monitored and counted, and the formula Obtain the stage transmission quality value CZ corresponding to the data transmission scheme of the transmission data type; where CL is the median value of the transmission data volume within the transmission supervision period; CL′ is the standard minimum value of the transmission data volume within the transmission supervision period;

[0013] If the stage transmission quality value is 0, it is determined that the data transmission scheme of the transmission data type meets the corresponding data transmission requirement, and the subsequent implementation of the data transmission scheme corresponding to the transmission data type is maintained.

[0014] Preferably, if the stage transmission quality value is not 0, it is determined that the data transmission scheme of the transmission data type does not meet the corresponding data transmission requirements and an adjustment verification instruction is generated, the real-time power corresponding to the portable WiFi network is obtained according to the adjustment verification instruction, and data analysis is performed through the enhanced implementation state identification function, and the enhanced implementation state value QS of the data transmission enhancement scheme corresponding to the transmission data type is output;

[0015] Among them, the expression of the enhanced implementation state identification function is: Where TS is the real-time power corresponding to the portable WiFi network; TS′ is the adjusted limit power corresponding to the portable WiFi network;

[0016] If the enhanced implementation status value is 0, it is determined that the real-time power level corresponding to the portable WiFi network does not meet the implementation of subsequent adjustments to the data transmission plan corresponding to the corresponding transmission data type, and the option of whether to adjust is pushed to the user for confirmation.

[0017] Preferably, if the user confirms that no adjustment is to be made, the subsequent implementation of the data transmission scheme corresponding to the transmission data type is maintained, and the total number of continuous requests for partial data transmission of the corresponding transmission data type by the user is increased by one;

[0018] If the user confirms to make the adjustment, the data transmission scheme corresponding to the transmission data type is adjusted to a data transmission enhancement scheme for subsequent implementation, and the total number of partial data transmission quality requirements of the user for the transmission data type is increased by one.

[0019] Preferably, if the enhanced implementation status value is 1, the transmission data type corresponding to the data transmission enhancement plan adjustment implementation necessary status is automatically supervised and processed, and the formula is used Calculate and obtain the necessary adjustment value BT of the data transmission scheme corresponding to the transmission data type; where TH is the power consumption per unit time of the data transmission scheme corresponding to the transmission data type; TH′ is the additional power consumption per unit time of the data transmission enhancement scheme corresponding to the transmission data type; TC is the standard value of the adjusted operating difference between the data transmission scheme corresponding to the transmission data type and the data transmission enhancement scheme.

[0020] Preferably, if the adjustment necessary value is less than or equal to 1, a local adjustment necessary instruction is generated, and the transmission data type is subsequently adjusted to the intermittent implementation of the data transmission enhancement scheme, until the enhancement implementation state value is 0, then the option of whether to adjust is pushed to the user for confirmation, and the confirmation result is monitored and counted;

[0021] If the adjustment necessary value is greater than 1, an overall adjustment necessary instruction is generated, and the transmission data type is controlled to be adjusted to the continuous implementation of the data transmission enhancement plan within the subsequent TC duration, until the adjustment necessary value is less than or equal to 1 and the corresponding data transmission enhancement plan is implemented intermittently.

[0022] Preferably, all user confirmation results corresponding to different transmission data types are obtained, and a data analysis of the first user preference is performed on the total number of partial data transmission duration requirements and the total number of partial data transmission quality requirements in all user confirmation results;

[0023] If the total number of partial data transmission continuous requests is 0, the user preference corresponding to the corresponding transmission data type is marked as fully preferring data transmission quality, and the corresponding transmission data type is associated with the first user preference tag;

[0024] If the total number of partial data transmission continuous requests is not 0, the total number of partial data transmission continuous requests and the total number of partial data transmission quality requests corresponding to the transmission data type of the user are calculated by the formula Calculate and obtain the transmission quality requirement ZY of the user corresponding to the transmission data type; where NC and NZ are the total number of partial data transmission continuous requirements and the total number of partial data transmission quality requirements confirmed by the user corresponding to the transmission data type, respectively; LB is the standard deviation value of the transmission quality requirement confirmed by the user corresponding to the transmission data type.

[0025] Preferably, if the transmission quality requirement is greater than 0, the user preference corresponding to the transmission data type is marked as highly preferring the data transmission quality, and the transmission data type is associated with the first user preference tag;

[0026] Otherwise, the user preference corresponding to the corresponding transmission data type is marked as fuzzy preference data transmission quality, and the corresponding transmission data type is associated with a second user preference tag;

[0027] The first user preference tag or the second user preference tag obtained through analysis and processing is associated with the corresponding transmission data type, and the first user preference tags or the second user preference tags associated with different transmission data types are sorted and combined to obtain data transmission user preference analysis data.

[0028] Preferably, when the data transmission user preference analysis data is used to analyze the need for adjustment of the data transmission schemes corresponding to different transmission data types during the use of the portable WiFi network, the data transmission scheme corresponding to the transmission data type is automatically adjusted to a data transmission enhancement scheme according to the first user preference tag;

[0029] Furthermore, based on the second user preference tag, the data transmission scheme of the transmission data type is analyzed to see whether it meets the corresponding data transmission requirements and operating power requirements, and based on the analysis results, the adjustment of the data transmission enhancement scheme corresponding to the transmission data type is evaluated and dynamically managed.

[0030] A data transmission system based on a portable WiFi network, comprising:

[0031] The portable WiFi network single-use data transmission supervision and control module is used to identify and analyze the transmission data type when the portable WiFi network is requested to be used, determine whether the adjustment of the data transmission plan corresponding to the transmission data type meets the corresponding data transmission requirements, and perform data analysis and dynamic management on the adjustment of the data transmission reinforcement plan corresponding to the transmission data type based on the identification and analysis results combined with the real-time power corresponding to the portable WiFi network;

[0032] The portable WiFi network uses a data transmission preference analysis and control module, which is used to monitor and count the results of each user confirmation of the data transmission scheme corresponding to different transmission data types when requesting the use of the portable WiFi network, and to process and analyze the results of each user confirmation according to the transmission data type, to determine the user preference for adjusting the data transmission scheme corresponding to the transmission data type, and to dynamically control the subsequent operation of the data transmission scheme corresponding to the transmission data type in different application situations based on the analysis results.

[0033] Compared with the existing solutions, the present invention achieves the following beneficial effects:

[0034] The present invention identifies and analyzes the transmission data type when the portable WiFi network is requested to be used, and performs data transmission requirement supervision analysis on different aspects of the data transmission scheme corresponding to the transmission data type determined by the analysis, and dynamically manages the adjustment of the data transmission enhancement scheme corresponding to the transmission data type according to the analysis result, thereby improving the multi-dimensional supervision and analysis effect of the data transmission scheme when the portable WiFi network is used in different data transmission scenarios and the autonomous optimization management implementation effect.

[0035] The present invention integrates and calculates all historical option confirmation data of individual users corresponding to different transmission data types, obtains the transmission quality requirements for the data transmission enhancement scheme adjustments corresponding to different transmission data types, and determines the user preference states for the data transmission enhancement scheme adjustments corresponding to different transmission data types by performing data analysis on the transmission quality requirements, so that the data transmission enhancement scheme adjustments corresponding to different transmission data types when the portable WiFi network is running can be independently controlled in the future, thereby improving the expanded utilization effect of the data transmission adjustment supervision data of the portable WiFi network and the autonomous learning control effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] The present invention will be further described below in conjunction with the accompanying drawings.

[0037] Figure 1 The present invention is a flowchart of a data transmission method based on a portable WiFi network.

[0038] Figure 2 This is a module block diagram of a data transmission system based on a portable WiFi network of the present invention. DETAILED DESCRIPTION

[0039] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions 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.

[0040] Example 1: Figure 1 As shown, the present invention is a data transmission method based on a portable WiFi network, comprising:

[0041] Identify and analyze the transmission data type when the portable WiFi network is requested to be used, determine whether the adjustment of the data transmission scheme corresponding to the transmission data type meets the corresponding data transmission requirements, and perform data analysis and dynamic management on the adjustment of the data transmission enhancement scheme corresponding to the transmission data type based on the identification and analysis results combined with the real-time power corresponding to the portable WiFi network; including:

[0042] The data volume per second of the data transmission scheme within the transmission supervision period is monitored and counted. The unit of the transmission supervision period is seconds, specifically 10 seconds, that is, the corresponding data volume is monitored and counted every 10 seconds. The data volume here can be specifically the data download traffic of the portable WiFi network, and the formula is used to calculate the data volume. Obtain the stage transmission quality value CZ corresponding to the data transmission scheme of the transmission data type; where CL is the median value of the transmission data volume within the transmission supervision period; CL′ is the standard minimum value of the transmission data volume within the transmission supervision period, which can be determined according to the actual model design data of the portable WiFi network;

[0043] If the stage transmission quality value is 0, it is determined that the data transmission scheme of the transmission data type meets the corresponding data transmission requirements, and the subsequent implementation of the data transmission scheme corresponding to the transmission data type is maintained; wherein the transmission data type includes but is not limited to a mass transmission data type, a video transmission data type, and a game transmission data type;

[0044] It should be noted that different transmission data types have different data transmission requirements. For example, the data transmission requirements for the video transmission data type are higher than those for the mass transmission data type, and the data transmission requirements for the game transmission data type are higher than those for the video transmission data type. The identification and acquisition of the transmission data type can be implemented based on the existing port identification technical solutions and protocol analysis technical solutions, and the specific implementation steps are not described in detail here.

[0045] If the stage transmission quality value is not 0, it is determined that the data transmission scheme of the transmission data type does not meet the corresponding data transmission requirements and an adjustment verification instruction is generated. The real-time power corresponding to the portable WiFi network is obtained according to the adjustment verification instruction, and data analysis is performed through the enhanced implementation state identification function, and the enhanced implementation state value QS of the data transmission enhancement scheme corresponding to the transmission data type is output;

[0046] It should be noted that, unlike the prior art solution, when the data transmission scheme does not meet the data transmission requirements, optimization measures are directly taken for processing, such as checking and optimizing the signal strength, or adjusting the network settings, but the real-time power situation corresponding to the portable WiFi network is not considered. Directly taking optimization measures will lead to an increase in the real-time power consumption of the portable WiFi network, thereby affecting the overall use time of the portable WiFi network. In the embodiment of the present invention, when the data transmission scheme of the transmission data type does not meet the corresponding data transmission requirements, the real-time power corresponding to the portable WiFi network is obtained and data processing and analysis are performed to determine whether the real-time power corresponding to the portable WiFi network meets the implementation of subsequent adjustments to the data transmission scheme corresponding to the transmission data type, and targeted optimization management and control are implemented, thereby improving the reliability and diversity of data transmission optimization management and control during the operation of the portable WiFi network.

[0047] Among them, the expression of the enhanced implementation state identification function is: Wherein, TS is the real-time power corresponding to the portable WiFi network; TS′ is the adjusted power limit corresponding to the portable WiFi network, which can be determined according to the actual model design data of the portable WiFi network, or customized according to the actual usage needs of the user;

[0048] It should be noted that the enhanced implementation status value is used to calculate and digitally represent whether the data transmission scheme of the portable WiFi network corresponding to the transmission data type meets the adjustment implementation requirements;

[0049] If the enhanced implementation status value is 0, it is determined that the real-time power corresponding to the portable WiFi network does not meet the implementation of the subsequent adjustment of the data transmission plan corresponding to the corresponding transmission data type, and the option of whether to adjust is pushed to the user for confirmation;

[0050] If the user confirms that no adjustment will be made, the subsequent implementation of the data transmission plan corresponding to the transmission data type will be maintained, and the total number of continuous requests for partial data transmission of the corresponding transmission data type by the user will be increased by one;

[0051] If the user confirms to make the adjustment, the data transmission scheme corresponding to the transmission data type is adjusted to the data transmission enhancement scheme for subsequent implementation, and the total number of partial data transmission quality requirements of the user for the corresponding transmission data type is increased by one;

[0052] It should be noted that, when the data transmission scheme of the portable WiFi network corresponding to the transmission data type does not meet the adjustment implementation requirements, the option of whether to adjust is pushed to the user for confirmation, which can not only meet the operation requirements of the actual data transmission scheme, but also provide reliable local user preference selection data support for the subsequent user preference supervision analysis of the adjustment of the data transmission scheme corresponding to different transmission data types;

[0053] If the enhanced implementation status value is 1, the transmission data type corresponding to the data transmission enhancement plan adjustment implementation necessary status is automatically supervised and processed, and the formula is used Calculate and obtain the necessary adjustment value BT of the data transmission scheme corresponding to the transmission data type; where TH is the power consumption per unit time of the data transmission scheme corresponding to the transmission data type; TH′ is the additional power consumption per unit time of the data transmission enhancement scheme corresponding to the transmission data type; TC is the standard value of the adjustment operation difference between the data transmission scheme corresponding to the transmission data type and the data transmission enhancement scheme, which can be determined according to the actual model design data of the portable WiFi network, or according to the actual model early test data of the portable WiFi network;

[0054] It should be noted that the adjustment necessary value is used to perform data calculation and digital representation of the adjustment continuous operation type of the transmission data type corresponding to the data transmission enhancement plan;

[0055] If the adjustment necessary value is less than or equal to 1, a local adjustment necessary instruction is generated, and the transmission data type is subsequently adjusted to the intermittent implementation of the data transmission enhancement plan until the enhancement implementation state value is 0, then the option of whether to adjust is pushed to the user for confirmation, and the confirmation result is monitored and counted;

[0056] If the adjustment necessary value is greater than 1, an overall adjustment necessary instruction is generated, and the transmission data type is controlled to be adjusted to the continuous implementation of the data transmission enhancement plan within the subsequent TC duration, until the adjustment necessary value is less than or equal to 1 and the corresponding data transmission enhancement plan is implemented intermittently;

[0057] In the embodiment of the present invention, by identifying and analyzing the transmission data type when requesting the use of the portable WiFi network, and performing data transmission requirement supervision analysis on different aspects of the data transmission scheme corresponding to the transmission data type determined by the analysis, the adjustment of the data transmission enhancement scheme corresponding to the transmission data type is adaptively managed dynamically according to the analysis result, thereby improving the multi-dimensional supervision and analysis effect of the data transmission scheme when the portable WiFi network is used in different data transmission scenarios and the autonomous optimization management implementation effect.

[0058] Monitor and count the results of each user confirmation of the data transmission scheme corresponding to different transmission data types when using the portable WiFi network, and process and analyze the results of each user confirmation according to the transmission data type, determine the user preference for adjusting the data transmission scheme corresponding to the transmission data type, and dynamically control the subsequent operation of the data transmission scheme corresponding to the transmission data type in different application situations according to the analysis results; including:

[0059] Acquire all user confirmation results corresponding to different transmission data types, and perform data analysis of the first user preference on the total number of partial data transmission duration requirements and the total number of partial data transmission quality requirements in all user confirmation results;

[0060] If the total number of partial data transmission continuous requests is 0, the user preference corresponding to the corresponding transmission data type is marked as fully preferring data transmission quality, and the corresponding transmission data type is associated with the first user preference tag;

[0061] If the total number of partial data transmission continuous requests is not 0, the total number of partial data transmission continuous requests and the total number of partial data transmission quality requests corresponding to the transmission data type of the user are calculated by the formula Calculate and obtain the transmission quality requirement ZY of the user corresponding to the transmission data type; where NC and NZ are the total number of partial data transmission continuous requirements and the total number of partial data transmission quality requirements confirmed by the user corresponding to the transmission data type respectively; LB is the standard deviation value of the transmission quality requirement confirmed by the user corresponding to the transmission data type, which can be determined based on the actual model early test data of the portable WiFi network;

[0062] It should be noted that the transmission quality requirement is used to integrate and calculate all historical option confirmation data of individual users corresponding to different transmission data types, and digitally represent the user preference status of different transmission data types;

[0063] If the transmission quality requirement is greater than 0, the user preference corresponding to the transmission data type is marked as highly preferring data transmission quality, and the transmission data type is associated with the first user preference label;

[0064] Otherwise, the user preference corresponding to the corresponding transmission data type is marked as fuzzy preference data transmission quality, and the corresponding transmission data type is associated with a second user preference tag;

[0065] Associating the first user preference tag or the second user preference tag obtained through analysis and processing with the corresponding transmission data type, and sorting and combining the first user preference tags or the second user preference tags associated with different transmission data types to obtain data transmission user preference analysis data;

[0066] When analyzing the data transmission user preference data to adjust the data transmission schemes corresponding to different transmission data types during the use of the portable WiFi network, the data transmission scheme corresponding to the transmission data type is automatically adjusted to an enhanced data transmission scheme according to the first user preference tag;

[0067] Furthermore, based on the second user preference tag, the data transmission scheme of the transmission data type is analyzed to see whether it meets the corresponding data transmission requirements and operating power requirements, and based on the analysis results, the adjustment of the data transmission enhancement scheme corresponding to the transmission data type is evaluated and dynamically managed.

[0068] In an embodiment of the present invention, all historical option confirmation data corresponding to different transmission data types of individual users are integrated and calculated to obtain the transmission quality requirements for the data transmission enhancement scheme adjustments corresponding to the different transmission data types, and the user preference states for the data transmission enhancement scheme adjustments corresponding to the different transmission data types are determined by performing data analysis on the transmission quality requirements, so that the data transmission enhancement scheme adjustments corresponding to the different transmission data types when the portable WiFi network is running can be independently controlled in the future, thereby improving the expanded utilization effect of the data transmission adjustment supervision data of the portable WiFi network and the autonomous learning control effect.

[0069] Example 2: Figure 2 As shown, a data transmission system based on a portable WiFi network includes:

[0070] The portable WiFi network single-use data transmission supervision and control module is used to identify and analyze the transmission data type when the portable WiFi network is requested to be used, determine whether the adjustment of the data transmission plan corresponding to the transmission data type meets the corresponding data transmission requirements, and perform data analysis and dynamic management on the adjustment of the data transmission reinforcement plan corresponding to the transmission data type based on the identification and analysis results combined with the real-time power corresponding to the portable WiFi network;

[0071] The portable WiFi network uses a data transmission preference analysis and control module, which is used to monitor and count the results of each user confirmation of the data transmission scheme corresponding to different transmission data types when requesting the use of the portable WiFi network, and to process and analyze the results of each user confirmation according to the transmission data type, to determine the user preference for adjusting the data transmission scheme corresponding to the transmission data type, and to dynamically control the subsequent operation of the data transmission scheme corresponding to the transmission data type in different application situations based on the analysis results.

[0072] In addition, the formulas involved in the above are all dimensionless and numerical calculations. They are a formula that is closest to the actual situation obtained by collecting a large amount of data and simulating it with simulation software.

[0073] In the several embodiments provided by the present invention, it should be understood that the disclosed system can be implemented in other ways. For example, the above-described embodiments of the invention are only illustrative, for example, the division of modules is only a logical function division, and there may be other division methods in actual implementation.

[0074] The modules described as separate components may or may not be physically separated, and the components shown as modules may or may not be physical modules, and may be located in one place or distributed on multiple network modules. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of this embodiment.

[0075] In addition, each functional module in each embodiment of the present invention may be integrated into one processing module, or each module may exist physically separately, or two or more modules may be integrated into one module. The above-mentioned integrated module may be implemented in the form of hardware or in the form of hardware plus software functional modules.

[0076] It is obvious to a person skilled in the art that the present invention is not limited to the details of the exemplary embodiments described above, and that the present invention can be implemented in other specific forms without departing from the essential characteristics of the present invention.

[0077] Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solution of the present invention can be modified or replaced by equivalents without departing from the spirit and scope of the technical solution of the present invention.

Claims

1. A data transmission method based on a portable WiFi network, characterized in that: include: Identify and analyze the transmission data type when the portable WiFi network is requested to use it, determine whether the adjustment of the data transmission plan corresponding to the transmission data type meets the corresponding data transmission requirements, and perform data analysis and dynamic management on the adjustment of the data transmission enhancement plan corresponding to the transmission data type based on the identification and analysis results combined with the real-time power level of the portable WiFi network; Among them, the amount of data transmitted per second of the data transmission scheme within the transmission supervision period is monitored and counted, and the data transmission scheme of the transmission data type is processed and analyzed to see whether it meets the corresponding data transmission requirements; When the data transmission scheme of the transmission data type does not meet the corresponding data transmission requirements, the real-time power corresponding to the portable WiFi network is obtained and processed and analyzed to determine whether the real-time power corresponding to the portable WiFi network meets the implementation of subsequent adjustments to the data transmission scheme corresponding to the transmission data type; It also conducts automated supervision and processing analysis on the necessary status of the transmission data type corresponding to the data transmission enhancement plan adjustment and implementation, and dynamically controls the subsequent adjustment of the transmission data type to the implementation of the data transmission enhancement plan based on the analysis results; Monitor and count the results of each user confirmation of the data transmission scheme corresponding to different transmission data types when using the portable WiFi network, and process and analyze the data of each user confirmation result according to the transmission data type, determine the user preference for adjusting the data transmission scheme corresponding to the transmission data type, and dynamically control the subsequent operation of the data transmission scheme corresponding to the transmission data type in different application situations based on the analysis results.

2. A data transmission method based on a portable WiFi network according to claim 1, characterized in that: Monitor and count the amount of data transmitted per second in the data transmission scheme during the transmission supervision period, and use the formula Obtain the stage transmission quality value CZ corresponding to the data transmission scheme of the transmission data type; where CL is the median value of the transmission data volume within the transmission supervision period; CL′ is the standard minimum value of the transmission data volume within the transmission supervision period; If the stage transmission quality value is 0, it is determined that the data transmission scheme of the transmission data type meets the corresponding data transmission requirement, and the subsequent implementation of the data transmission scheme corresponding to the transmission data type is maintained.

3. A data transmission method based on a portable WiFi network according to claim 2, characterized in that: If the stage transmission quality value is not 0, it is determined that the data transmission scheme of the transmission data type does not meet the corresponding data transmission requirements and an adjustment verification instruction is generated. The real-time power corresponding to the portable WiFi network is obtained according to the adjustment verification instruction, and data analysis is performed through the enhanced implementation state identification function, and the enhanced implementation state value QS of the data transmission enhancement scheme corresponding to the transmission data type is output; Among them, the expression of the enhanced implementation state identification function is: Where TS is the real-time power corresponding to the portable WiFi network; TS′ is the adjusted limit power corresponding to the portable WiFi network; If the enhanced implementation status value is 0, it is determined that the real-time power level corresponding to the portable WiFi network does not meet the implementation of subsequent adjustments to the data transmission plan corresponding to the corresponding transmission data type, and the option of whether to adjust is pushed to the user for confirmation.

4. A data transmission method based on a portable WiFi network according to claim 3, characterized in that: If the user confirms that no adjustment will be made, the subsequent implementation of the data transmission plan corresponding to the transmission data type will be maintained, and the total number of continuous requests for partial data transmission of the corresponding transmission data type by the user will be increased by one; If the user confirms to make the adjustment, the data transmission scheme corresponding to the transmission data type is adjusted to a data transmission enhancement scheme for subsequent implementation, and the total number of partial data transmission quality requirements of the user for the transmission data type is increased by one.

5. A data transmission method based on a portable WiFi network according to claim 3, characterized in that: If the enhanced implementation status value is 1, the transmission data type corresponding to the data transmission enhancement plan adjustment implementation necessary status is automatically supervised and processed, and the formula is used Calculate and obtain the necessary adjustment value BT of the data transmission scheme corresponding to the transmission data type; where TH is the power consumption per unit time of the data transmission scheme corresponding to the transmission data type; TH′ is the additional power consumption per unit time of the data transmission enhancement scheme corresponding to the transmission data type; TC is the standard value of the adjusted runtime difference between the data transmission scheme corresponding to the transmission data type and the data transmission enhancement scheme.

6. A data transmission method based on a portable WiFi network according to claim 5, characterized in that: If the adjustment necessary value is less than or equal to 1, a local adjustment necessary instruction is generated, and the transmission data type is subsequently adjusted to the intermittent implementation of the data transmission enhancement plan until the enhancement implementation state value is 0, then the option of whether to adjust is pushed to the user for confirmation, and the confirmation result is monitored and counted; If the adjustment necessary value is greater than 1, an overall adjustment necessary instruction is generated, and the transmission data type is controlled to be adjusted to the continuous implementation of the data transmission enhancement plan within the subsequent TC duration, until the adjustment necessary value is less than or equal to 1 and the corresponding data transmission enhancement plan is implemented intermittently.

7. A data transmission method based on a portable WiFi network according to claim 6, characterized in that: Acquire all user confirmation results corresponding to different transmission data types, and perform data analysis of the first user preference on the total number of partial data transmission duration requirements and the total number of partial data transmission quality requirements in all user confirmation results; If the total number of partial data transmission continuous requests is 0, the user preference corresponding to the corresponding transmission data type is marked as fully preferring data transmission quality, and the corresponding transmission data type is associated with the first user preference tag; If the total number of partial data transmission continuous requests is not 0, the total number of partial data transmission continuous requests and the total number of partial data transmission quality requests corresponding to the transmission data type of the user are calculated by the formula Calculate and obtain the transmission quality requirement ZY of the user corresponding to the transmission data type; where NC and NZ are the total number of partial data transmission continuous requirements and the total number of partial data transmission quality requirements confirmed by the user corresponding to the transmission data type, respectively; LB is the standard deviation value of the transmission quality requirement confirmed by the user for the corresponding transmission data type.

8. A data transmission method based on a portable WiFi network according to claim 7, characterized in that: If the transmission quality requirement is greater than 0, the user preference corresponding to the transmission data type is marked as highly preferring data transmission quality, and the transmission data type is associated with the first user preference label; Otherwise, the user preference corresponding to the corresponding transmission data type is marked as fuzzy preference data transmission quality, and the corresponding transmission data type is associated with a second user preference tag; The first user preference tag or the second user preference tag obtained through analysis and processing is associated with the corresponding transmission data type, and the first user preference tags or the second user preference tags associated with different transmission data types are sorted and combined to obtain data transmission user preference analysis data.

9. A data transmission method based on a portable WiFi network according to claim 8, characterized in that: When analyzing the data transmission user preference data to adjust the data transmission schemes corresponding to different transmission data types during the use of the portable WiFi network, the data transmission scheme corresponding to the transmission data type is automatically adjusted to an enhanced data transmission scheme according to the first user preference tag; Furthermore, based on the second user preference tag, the data transmission scheme of the transmission data type is analyzed to see whether it meets the corresponding data transmission requirements and operating power requirements, and based on the analysis results, the adjustment of the data transmission enhancement scheme corresponding to the transmission data type is evaluated and dynamically managed.

10. A data transmission system based on a portable WiFi network, using a data transmission method based on a portable WiFi network as described in any one of claims 1 to 9, characterized in that: include: The portable WiFi network single-use data transmission supervision and control module is used to identify and analyze the transmission data type when the portable WiFi network is requested to be used, determine whether the adjustment of the data transmission plan corresponding to the transmission data type meets the corresponding data transmission requirements, and perform data analysis and dynamic management on the adjustment of the data transmission reinforcement plan corresponding to the transmission data type based on the identification and analysis results combined with the real-time power corresponding to the portable WiFi network; The portable WiFi network uses a data transmission preference analysis and control module, which is used to monitor and count the results of each user confirmation of the data transmission scheme corresponding to different transmission data types when requesting the use of the portable WiFi network, and to process and analyze the results of each user confirmation according to the transmission data type, to determine the user preference for adjusting the data transmission scheme corresponding to the transmission data type, and to dynamically control the subsequent operation of the data transmission scheme corresponding to the transmission data type in different application situations based on the analysis results.

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