A network access system based on wireless communication network

Abstract

The present invention discloses a network access system and method based on a wireless communication network. The system comprises a mobile terminal user identity authentication module, a user authority level setting module, a wireless communication connection maintenance management module, a mobile terminal device data transmission threshold monitoring module, and a wireless communication network centralized service platform. The mobile terminal user identity authentication module is used to authenticate the identity of the mobile terminal when the mobile terminal attempts to access the communication network. The user authority level setting module divides the authority level of the mobile terminal device according to the user identity authentication information and the performance parameters of the mobile terminal device. The wireless communication connection maintenance management module manages the connection response of the mobile terminal device. The mobile terminal device data transmission threshold monitoring module monitors the transmission data transmission rate of the mobile terminal device. The wireless communication network centralized service platform is used to manage the data monitored by all modules, aiming to automatically perform real-time response feedback and authority setting for the mobile terminal device.

Description

Technical Field

[0001] The present invention relates to the field of wireless networks, and in particular to a network access system based on a wireless communication network. Background Art

[0002] A wireless network is a network that can interconnect various communication devices without wiring. Wireless network technology covers a wide range, including global voice and data networks that allow users to establish long-distance wireless connections, as well as infrared and radio frequency technologies that are optimized for short-distance wireless connections. According to the different network coverage, wireless networks can be divided into wireless wide area networks, wireless local area networks, wireless metropolitan area networks, and wireless personal area networks. Wireless network is a general term for a type of network that uses radio technology to transmit data. Wireless networks can be divided into different categories according to different network coverage, different network application scenarios, and different network architectures. The following will specifically explain the classification of wireless networks from the above three perspectives.

[0003] In recent years, the emergence of various new wireless technologies, including UWB, Bluetooth, WLAN, WiMAX, Mobile-Fi, ZigBee, etc., has made it possible to connect to the Internet anytime, anywhere, and at will, making the dream of ubiquitous networks almost within reach. In enterprises and homes, wireless applications will completely change the way people work and live in their daily lives. With the development of the 802.11 standard, wireless LAN technology has become more mature, and its transmission rate and communication distance are also increasing, which can meet the application needs of many occasions. In addition to networking, wireless networks can also combine themselves in the next step of development.

[0004] At present, when an external device accesses a wireless network, the wireless network does not set permissions for the external device, or manually determines the current access device to set permissions, and when the external device accesses and disconnects, most current wireless communication networks are free and unrestricted, which will lead to too many devices accessing the wireless communication network, or the network disconnection is not detected, resulting in a slow network speed. The present application aims to automatically provide real-time response feedback and permission settings for mobile devices after accessing the communication network, and to monitor mobile devices accessing the wireless communication network in real time. Summary of the invention

[0005] The object of the present invention is to provide a network access system and method based on a wireless communication network to solve the problems in the prior art.

[0006] To achieve the above object, the present invention provides the following technical solutions:

[0007] A network access system based on a wireless communication network, the system comprising a mobile terminal user identity authentication module, a user authority level setting module, a wireless communication connection maintenance management module, a mobile terminal device data transmission threshold monitoring module, and a wireless communication network centralized service platform, wherein the mobile terminal user identity authentication module and the user authority level setting module are connected via an intranet, the wireless communication connection maintenance management module and the mobile terminal device data transmission threshold monitoring module are respectively connected to the user authority level setting module via an intranet, and the mobile terminal user identity authentication module, the user authority level setting module, the wireless communication connection maintenance management module, and the mobile terminal device data transmission threshold monitoring module are respectively connected to the wireless communication network centralized service platform via an intranet;

[0008] The mobile terminal user identity authentication module is used to authenticate the mobile terminal when it attempts to access the communication network. The user authority level setting module is used to classify the authority level of the mobile terminal device according to the user identity authentication information and the performance parameters of the mobile terminal device. The wireless communication connection maintenance management module is used to manage the connection response of the mobile terminal device and confirm whether the connection is normal. The mobile terminal device data transmission threshold monitoring module is used to monitor the transmission data transmission rate of the mobile terminal device. The wireless communication network centralized service platform is used to manage the data monitored by all modules.

[0009] By adopting the above technical solution: the mobile terminal user identity authentication module includes a user identity information uploading submodule and a mobile terminal user identity information integrity verification submodule, the user identity information uploading submodule is used to perform identity authentication when the mobile terminal user accesses the wireless communication network, and the user's login name, password and network key are input. After logging into the wireless communication network, the mobile terminal user identity information integrity verification submodule is used to verify the identity information of the mobile terminal user when registering, determine the integrity of the identity information based on the registered identity information, count the integrity of the mobile terminal user identity information, and send the statistical data to the user authority level setting module.

[0010] By adopting the above technical solution: the user authority level setting module includes a mobile terminal device comprehensive performance parameter analysis submodule and a user authority level classification marking submodule, the mobile terminal device comprehensive performance parameter analysis submodule is used to detect the function and quantity transmission volume of the mobile terminal device, confirm the function of different mobile terminal devices, open the corresponding initial authority of the wireless communication network according to the function of the mobile terminal device, count the data transmission volume of different mobile terminal devices, set the data transmission volume of the current mobile terminal device A in different time periods as K1, K2, K3, ..., K n-1 , K n , extract the maximum data transmission volume K in different time periods nmax, set the wireless communication network to virtually increase the data transmission volume of different mobile devices by V%, set the ideal data transmission volume of the mobile device to C, according to the formula:

[0011] C = K n max*(1+V%)

[0012] The ideal data transmission volume of the current mobile terminal device is calculated, and the ideal data transmission volume of different mobile terminal devices is sent to the user authority level classification marking submodule.

[0013] By adopting the above technical solution: the user authority level classification marking submodule obtains the ideal data transmission volume of different mobile terminal devices, and compares the ideal data transmission volume of the mobile terminal device with the set data transmission volume threshold value one; when the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold value one, the current mobile terminal device is marked as the first-level user authority, and the first-level user authority includes reviewing the sent data; when the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold value two and greater than the set data transmission volume threshold value one, the current mobile terminal device is marked as the second-level user authority, and the second-level user authority includes reviewing the sent data and modifying the sent data; when the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold value three and greater than the set data transmission volume threshold value two, the current mobile terminal device is marked as the third-level user authority, and the third-level user authority includes reviewing the sent data, deleting and modifying the sent data.

[0014] By adopting the above technical solution: the wireless communication connection maintenance management module includes a mobile terminal timing response submodule and a response information return management statistics submodule. The mobile terminal timing response submodule is used for the wireless communication network to periodically send confirmation information to the mobile terminal device connected to the wireless communication network to confirm that the mobile terminal device is continuously connected to the wireless communication network. The mobile terminal device responds after receiving the confirmation information. The response information return management statistics submodule is used to count the response information sent by the mobile terminal, count the access and disconnection of different mobile terminal devices in real time, and send the statistical data to the wireless communication network centralized service platform.

[0015] By adopting the above-mentioned technical solution: the mobile terminal device data transmission threshold monitoring module includes a directional monitoring sub-module for data transmission rates of different mobile terminal devices and an average data transmission rate threshold comparison and analysis sub-module. The directional monitoring sub-module for data transmission rates of different mobile terminal devices is used to monitor the data transmission rate of the mobile terminal device, and count the maximum data transmission rate accepted and forwarded by different mobile terminal devices. The average data transmission rate threshold comparison and analysis sub-module is used to monitor the maximum threshold of the wireless transmission rate of the current wireless communication network, and compare it with the data transmission rate of the monitored mobile terminal device and the maximum data transmission rate accepted and forwarded by different mobile terminal devices.

[0016] By adopting the above technical solution: the wireless communication network centralized service platform includes a temporary access permission authorization submodule and a connected mobile terminal device data management submodule. The temporary access permission authorization submodule is used to set the temporary access permission time for the current mobile terminal device when the user permission level classification marking submodule monitors that the current mobile terminal device is marked as a first-level user permission. When the access time of the current mobile terminal device exceeds the set time, the wireless communication network will automatically disconnect the connection with the current mobile terminal device, and the mobile terminal device needs to reconnect and then authorize. The connected mobile terminal device data management submodule is used to obtain the data monitored by all modules on the mobile terminal devices connected to the wireless communication network, and store and back up them.

[0017] A network access method based on a wireless communication network:

[0018] S1: Use the mobile terminal user identity authentication module to authenticate the mobile terminal when it attempts to access the communication network. The user identity information upload submodule authenticates the mobile terminal user when accessing the wireless communication network, inputs the user's login name, password and network key, and after logging into the wireless communication network, the mobile terminal user identity information integrity verification submodule verifies the identity information of the mobile terminal user when registering, determines the integrity of the identity information based on the registered identity information, collects statistics on the integrity of the mobile terminal user identity information, and sends the statistical data to the user authority level setting module;

[0019] S2: using the user authority level setting module to classify the authority level of the mobile terminal device according to the user identity authentication information and the performance parameters of the mobile terminal device, the mobile terminal device comprehensive performance parameter analysis submodule detects the function and quantity transmission volume of the mobile terminal device, confirms the functions of different mobile terminal devices, opens the corresponding initial authority of the wireless communication network according to the functions of the mobile terminal device, counts the data transmission volume of different mobile terminal devices, and the user authority level classification marking submodule obtains the ideal data transmission volume of different mobile terminal devices, and compares the ideal data transmission volume of the mobile terminal device with the set data transmission volume threshold;

[0020] S3: Use the wireless communication connection maintenance management module to manage the connection response of the mobile terminal device to confirm whether the connection is normal. The mobile terminal timing response submodule enables the wireless communication network to send confirmation information to the mobile terminal device connected to the wireless communication network at a regular interval to confirm that the mobile terminal device is continuously connected to the wireless communication network. The mobile terminal device responds after receiving the confirmation information. The response information return management statistics submodule counts the response information sent by the mobile terminal, counts the access and disconnection of different mobile terminal devices in real time, and sends the statistical data to the wireless communication network centralized service platform;

[0021] S4: using the mobile device data transmission threshold monitoring module to monitor the data transmission rate of the mobile device, using the different mobile device data transmission rate directional monitoring submodule to monitor the data transmission rate of the mobile device, and counting the maximum data transmission rate of different mobile devices receiving and forwarding, and the average data transmission rate threshold comparison and analysis submodule to monitor the maximum threshold of the wireless transmission rate of the current wireless communication network, and compare it with the data transmission rate of the monitored mobile device and the maximum data transmission rate of different mobile devices receiving and forwarding;

[0022] S5: Use the wireless communication network centralized service platform to manage the data monitored by all modules. When the user authority level classification marking submodule monitors that the current mobile device is marked as a first-level user authority, the temporary access permission authorization submodule sets the temporary access permission time for the current mobile device. When the access time of the current mobile device exceeds the set time, the wireless communication network will automatically disconnect the current mobile device, and the mobile device needs to reconnect and authorize. The connected mobile device data management submodule obtains the data monitored by all modules on the mobile devices connected to the wireless communication network, and stores and backs up them.

[0023] By adopting the above technical solution: in step S2, the user authority level classification marking submodule obtains the ideal data transmission volume of different mobile terminal devices, and compares the ideal data transmission volume of the mobile terminal device with the set data transmission volume threshold, and also includes the following steps:

[0024] A1: using the user authority level classification marking submodule to obtain the ideal data transmission volume of different mobile devices, and comparing the ideal data transmission volume of the mobile device with the set data transmission volume threshold value 1. When the ideal data transmission volume of the mobile device is less than or equal to the set data transmission volume threshold value 1, the current mobile device is marked as a first-level user authority, and the first-level user authority includes viewing the sent data;

[0025] A2: When the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold 2 and greater than the set data transmission volume threshold 1, the current mobile terminal device is marked as a second-level user authority, and the second-level user authority includes viewing and modifying sent data;

[0026] A3: When the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold 3 and greater than the set data transmission volume threshold 2, the current mobile terminal device is marked as the third-level user authority, and the third-level user authority includes viewing the sent data, deleting and modifying the sent data.

[0027] By adopting the above technical solution: the step S4 uses the mobile terminal device data transmission threshold monitoring module to monitor the data transmission rate of the mobile terminal device, the different mobile terminal device data transmission rate directional monitoring submodule monitors the data transmission rate of the mobile terminal device, and the maximum data transmission rate accepted and forwarded by different mobile terminal devices is counted, and the average data transmission rate threshold comparison and analysis submodule monitors the maximum threshold of the wireless transmission rate of the current wireless communication network, and compares it with the data transmission rate of the monitored mobile terminal device and the maximum data transmission rate accepted and forwarded by different mobile terminal devices, and also includes the following steps:

[0028] The real-time data transmission rates of different mobile devices are set to Q1, Q2, Q3, ..., Q n-1 , Q n , the current maximum data transmission rates of different mobile devices are R(Q1), R(Q2), R(Q3), …, R(Q n-1 )、R(Q n ), set the maximum threshold of the current wireless communication network data transmission rate to R0, set the sum of the actual maximum data transmission rates of different mobile devices to Z, according to the formula:

[0029] Z=[R(Q1)+R(Q2)+R(Q3)+…+R(Q n-1 )+R(Q n )]*70%

[0030] When Z<R0, the sum of the actual maximum data transmission rates of different mobile devices is sent to the wireless communication network centralized service platform for storage and backup;

[0031] When Z ≥ R0, set the ratio of the current real-time data transmission rate of different mobile devices to the maximum threshold of the wireless communication network data transmission rate to N, according to the formula:

[0032]

[0033] When N≤60%, the sum of the actual maximum data transmission rates of different mobile devices, the real-time data transmission rate of the mobile devices and the ratio of the maximum threshold of the data transmission rate of the wireless communication network are sent to the wireless communication network centralized service platform, and the wireless communication network centralized service platform stores the monitoring data and sends the stored data to the operator for reminder;

[0034] When N>60%, the sum of the actual maximum data transmission rates of different mobile devices, the real-time data transmission rate of mobile devices and the ratio of the maximum threshold of the data transmission rate of the wireless communication network are sent to the wireless communication network centralized service platform. The wireless communication network centralized service platform directly sends the monitoring data to the operator in real time for emergency wireless communication network broadband speed-up to prevent the real-time data transmission rate of the mobile device from exceeding the maximum threshold of the data transmission rate of the wireless communication network.

[0035] Compared with the prior art, the beneficial effects of the present invention are as follows: the present invention aims to automatically perform real-time response feedback and authority setting for a mobile terminal device after accessing a communication network, and to monitor the mobile terminal device accessing a wireless communication network in real time;

[0036] The mobile terminal user identity authentication module is used to authenticate the mobile terminal when it attempts to access the communication network. The user authority level setting module is used to divide the authority level of the mobile terminal device according to the user identity authentication information and the performance parameters of the mobile terminal device. The wireless communication connection maintenance management module is used to manage the connection response of the mobile terminal device and confirm whether the connection is normal. The mobile terminal device data transmission threshold monitoring module is used to monitor the transmission data transmission rate of the mobile terminal device. The wireless communication network centralized service platform is used to manage the data monitored by all modules. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] In order to make the contents of the present invention more clearly understood, the present invention is further described in detail below based on specific embodiments in conjunction with the accompanying drawings.

[0038] Figure 1 A schematic diagram of the module structure of a network access system based on a wireless communication network according to the present invention;

[0039] Figure 2 A schematic diagram of the steps of a network access method based on a wireless communication network according to the present invention;

[0040] Figure 3 A schematic diagram of specific steps of step S2 of a network access method based on a wireless communication network according to the present invention;

[0041] Figure 4 The present invention is a schematic diagram of an implementation method of a network access method based on a wireless communication network. DETAILED DESCRIPTION

[0042] 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.

[0043] See also Figures 1 to 4 In an embodiment of the present invention, a network access system and method based on a wireless communication network is provided, the system comprising a mobile terminal user identity authentication module, a user authority level setting module, a wireless communication connection maintenance management module, a mobile terminal device data transmission threshold monitoring module, and a wireless communication network centralized service platform, wherein the mobile terminal user identity authentication module and the user authority level setting module are connected via an intranet, the wireless communication connection maintenance management module and the mobile terminal device data transmission threshold monitoring module are respectively connected to the user authority level setting module via an intranet, and the mobile terminal user identity authentication module, the user authority level setting module, the wireless communication connection maintenance management module, and the mobile terminal device data transmission threshold monitoring module are respectively connected to the wireless communication network centralized service platform via an intranet.

[0044] The mobile terminal user identity authentication module is used to authenticate the mobile terminal when it attempts to access the communication network. The user authority level setting module is used to classify the authority level of the mobile terminal device according to the user identity authentication information and the performance parameters of the mobile terminal device. The wireless communication connection maintenance management module is used to manage the connection response of the mobile terminal device and confirm whether the connection is normal. The mobile terminal device data transmission threshold monitoring module is used to monitor the transmission data transmission rate of the mobile terminal device. The wireless communication network centralized service platform is used to manage the data monitored by all modules.

[0045] By adopting the above technical solution: the mobile terminal user identity authentication module includes a user identity information uploading submodule and a mobile terminal user identity information integrity verification submodule, the user identity information uploading submodule is used to perform identity authentication when the mobile terminal user accesses the wireless communication network, and the user's login name, password and network key are input. After logging into the wireless communication network, the mobile terminal user identity information integrity verification submodule is used to verify the identity information of the mobile terminal user when registering, determine the integrity of the identity information based on the registered identity information, count the integrity of the mobile terminal user identity information, and send the statistical data to the user authority level setting module.

[0046] By adopting the above technical solution: the user authority level setting module includes a mobile terminal device comprehensive performance parameter analysis submodule and a user authority level classification marking submodule, the mobile terminal device comprehensive performance parameter analysis submodule is used to detect the function and quantity transmission volume of the mobile terminal device, confirm the function of different mobile terminal devices, open the corresponding initial authority of the wireless communication network according to the function of the mobile terminal device, count the data transmission volume of different mobile terminal devices, set the data transmission volume of the current mobile terminal device A in different time periods as K1, K2, K3, ..., K n-1 , K n , extract the maximum data transmission volume K in different time periods n max, set the wireless communication network to virtually increase the data transmission volume of different mobile devices by V%, set the ideal data transmission volume of the mobile device to C, according to the formula:

[0047] C=K n max*(1+V%)

[0048] The ideal data transmission volume of the current mobile terminal device is calculated, and the ideal data transmission volume of different mobile terminal devices is sent to the user authority level classification marking submodule.

[0049] By adopting the above technical solution: the user authority level classification marking submodule obtains the ideal data transmission volume of different mobile terminal devices, and compares the ideal data transmission volume of the mobile terminal device with the set data transmission volume threshold value one; when the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold value one, the current mobile terminal device is marked as the first-level user authority, and the first-level user authority includes reviewing the sent data; when the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold value two and greater than the set data transmission volume threshold value one, the current mobile terminal device is marked as the second-level user authority, and the second-level user authority includes reviewing the sent data and modifying the sent data; when the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold value three and greater than the set data transmission volume threshold value two, the current mobile terminal device is marked as the third-level user authority, and the third-level user authority includes reviewing the sent data, deleting and modifying the sent data.

[0050] By adopting the above technical solution: the wireless communication connection maintenance management module includes a mobile terminal timing response submodule and a response information return management statistics submodule. The mobile terminal timing response submodule is used for the wireless communication network to periodically send confirmation information to the mobile terminal device connected to the wireless communication network to confirm that the mobile terminal device is continuously connected to the wireless communication network. The mobile terminal device responds after receiving the confirmation information. The response information return management statistics submodule is used to count the response information sent by the mobile terminal, count the access and disconnection of different mobile terminal devices in real time, and send the statistical data to the wireless communication network centralized service platform.

[0051] By adopting the above-mentioned technical solution: the mobile terminal device data transmission threshold monitoring module includes a directional monitoring sub-module for data transmission rates of different mobile terminal devices and an average data transmission rate threshold comparison and analysis sub-module. The directional monitoring sub-module for data transmission rates of different mobile terminal devices is used to monitor the data transmission rate of the mobile terminal device, and count the maximum data transmission rate accepted and forwarded by different mobile terminal devices. The average data transmission rate threshold comparison and analysis sub-module is used to monitor the maximum threshold of the wireless transmission rate of the current wireless communication network, and compare it with the data transmission rate of the monitored mobile terminal device and the maximum data transmission rate accepted and forwarded by different mobile terminal devices.

[0052] By adopting the above technical solution: the wireless communication network centralized service platform includes a temporary access permission authorization submodule and a connected mobile terminal device data management submodule. The temporary access permission authorization submodule is used to set the temporary access permission time for the current mobile terminal device when the user permission level classification marking submodule monitors that the current mobile terminal device is marked as a first-level user permission. When the access time of the current mobile terminal device exceeds the set time, the wireless communication network will automatically disconnect the connection with the current mobile terminal device, and the mobile terminal device needs to reconnect and then authorize. The connected mobile terminal device data management submodule is used to obtain the data monitored by all modules on the mobile terminal devices connected to the wireless communication network, and store and back up them.

[0053] A network access method based on a wireless communication network:

[0054] S1: Use the mobile terminal user identity authentication module to authenticate the mobile terminal when it attempts to access the communication network. The user identity information upload submodule authenticates the mobile terminal user when accessing the wireless communication network, inputs the user's login name, password and network key, and after logging into the wireless communication network, the mobile terminal user identity information integrity verification submodule verifies the identity information of the mobile terminal user when registering, determines the integrity of the identity information based on the registered identity information, collects statistics on the integrity of the mobile terminal user identity information, and sends the statistical data to the user authority level setting module;

[0055] S2: using the user authority level setting module to classify the authority level of the mobile terminal device according to the user identity authentication information and the performance parameters of the mobile terminal device, the mobile terminal device comprehensive performance parameter analysis submodule detects the function and quantity transmission volume of the mobile terminal device, confirms the functions of different mobile terminal devices, opens the corresponding initial authority of the wireless communication network according to the functions of the mobile terminal device, counts the data transmission volume of different mobile terminal devices, and the user authority level classification marking submodule obtains the ideal data transmission volume of different mobile terminal devices, and compares the ideal data transmission volume of the mobile terminal device with the set data transmission volume threshold;

[0056] S3: Use the wireless communication connection maintenance management module to manage the connection response of the mobile terminal device to confirm whether the connection is normal. The mobile terminal timing response submodule enables the wireless communication network to send confirmation information to the mobile terminal device connected to the wireless communication network at a regular interval to confirm that the mobile terminal device is continuously connected to the wireless communication network. The mobile terminal device responds after receiving the confirmation information. The response information return management statistics submodule counts the response information sent by the mobile terminal, counts the access and disconnection of different mobile terminal devices in real time, and sends the statistical data to the wireless communication network centralized service platform;

[0057] S4: using the mobile device data transmission threshold monitoring module to monitor the data transmission rate of the mobile device, using the different mobile device data transmission rate directional monitoring submodule to monitor the data transmission rate of the mobile device, and counting the maximum data transmission rate of different mobile devices receiving and forwarding, and the average data transmission rate threshold comparison and analysis submodule to monitor the maximum threshold of the wireless transmission rate of the current wireless communication network, and compare it with the data transmission rate of the monitored mobile device and the maximum data transmission rate of different mobile devices receiving and forwarding;

[0058] S5: Use the wireless communication network centralized service platform to manage the data monitored by all modules. When the user authority level classification marking submodule monitors that the current mobile device is marked as a first-level user authority, the temporary access permission authorization submodule sets the temporary access permission time for the current mobile device. When the access time of the current mobile device exceeds the set time, the wireless communication network will automatically disconnect the current mobile device, and the mobile device needs to reconnect and authorize. The connected mobile device data management submodule obtains the data monitored by all modules on the mobile devices connected to the wireless communication network, and stores and backs up them.

[0059] By adopting the above technical solution: in step S2, the user authority level classification marking submodule obtains the ideal data transmission volume of different mobile terminal devices, and compares the ideal data transmission volume of the mobile terminal device with the set data transmission volume threshold, and also includes the following steps:

[0060] A1: using the user authority level classification marking submodule to obtain the ideal data transmission volume of different mobile devices, and comparing the ideal data transmission volume of the mobile device with the set data transmission volume threshold value 1. When the ideal data transmission volume of the mobile device is less than or equal to the set data transmission volume threshold value 1, the current mobile device is marked as a first-level user authority, and the first-level user authority includes viewing the sent data;

[0061] A2: When the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold 2 and greater than the set data transmission volume threshold 1, the current mobile terminal device is marked as a second-level user authority, and the second-level user authority includes viewing and modifying sent data;

[0062] A3: When the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold 3 and greater than the set data transmission volume threshold 2, the current mobile terminal device is marked as the third-level user authority, and the third-level user authority includes viewing the sent data, deleting and modifying the sent data.

[0063] By adopting the above technical solution: the step S4 uses the mobile terminal device data transmission threshold monitoring module to monitor the data transmission rate of the mobile terminal device, the different mobile terminal device data transmission rate directional monitoring submodule monitors the data transmission rate of the mobile terminal device, and the maximum data transmission rate accepted and forwarded by different mobile terminal devices is counted, and the average data transmission rate threshold comparison and analysis submodule monitors the maximum threshold of the wireless transmission rate of the current wireless communication network, and compares it with the data transmission rate of the monitored mobile terminal device and the maximum data transmission rate accepted and forwarded by different mobile terminal devices, and also includes the following steps:

[0064] The real-time data transmission rates of different mobile devices are set to Q1, Q2, Q3, ..., Q n-1 , Q n , the current maximum data transmission rates of different mobile devices are R(Q1), R(Q2), R(Q3), …, R(Q n-1 )、R(Q n ), set the maximum threshold of the current wireless communication network data transmission rate to R0, set the sum of the actual maximum data transmission rates of different mobile devices to Z, according to the formula:

[0065] Z=[R(Q1)+R(Q2)+R(Q3)+…+R(Q n-1 )+R(Q n )]*70%

[0066] When Z<R0, the sum of the actual maximum data transmission rates of different mobile devices is sent to the wireless communication network centralized service platform for storage and backup;

[0067] When Z ≥ R0, set the ratio of the current real-time data transmission rate of different mobile devices to the maximum threshold of the wireless communication network data transmission rate to N, according to the formula:

[0068]

[0069] When N≤60%, the sum of the actual maximum data transmission rates of different mobile devices, the real-time data transmission rate of the mobile devices and the ratio of the maximum threshold of the data transmission rate of the wireless communication network are sent to the wireless communication network centralized service platform, and the wireless communication network centralized service platform stores the monitoring data and sends the stored data to the operator for reminder;

[0070] When N>60%, the sum of the actual maximum data transmission rates of different mobile devices, the real-time data transmission rate of mobile devices and the ratio of the maximum threshold of the data transmission rate of the wireless communication network are sent to the wireless communication network centralized service platform. The wireless communication network centralized service platform directly sends the monitoring data to the operator in real time for emergency wireless communication network broadband speed-up to prevent the real-time data transmission rate of the mobile device from exceeding the maximum threshold of the data transmission rate of the wireless communication network.

[0071] Embodiment 1: Limiting conditions, setting the data transmission rate of the current mobile terminal device A in different time periods to 100Mbps, 154Mbps, 72Mbps, and 131Mbps, extracting the maximum data transmission rate of 154Mbps in the current different time periods, setting the wireless communication network to virtually increase the data transmission rate of different mobile terminal devices by 30%, setting the ideal data transmission rate of the mobile terminal device to C, according to the formula:

[0072] C=K n max*(1+V%)=154Mbps*1.3=200.2Mbps

[0073] The ideal data transmission rate of the current mobile terminal device is calculated to be 200.2 Mbps, and the ideal data transmission rates of different mobile terminal devices are sent to the user authority level classification marking submodule.

[0074] Embodiment 2: The user authority level classification marking submodule obtains the ideal data transmission rate of the mobile terminal device A as 200.2Mbps, and compares the ideal data transmission rate of the mobile terminal device with the set data transmission rate threshold, wherein the data transmission rate threshold 1 is set to 78Mbps, the data transmission rate threshold 2 is set to 146Mbps, and the data transmission rate threshold 3 is set to 230Mbps. The current ideal data transmission rate of the mobile terminal device A is 200.2Mbps;

[0075] When the ideal data transmission rate of the mobile terminal device 200.2Mbps is less than or equal to the set data transmission rate threshold three 230Mbps and greater than the set data transmission rate threshold two 146Mbps, the current mobile terminal device is marked as the third level user authority, and the third level user authority includes viewing the sent data, deleting and modifying the sent data.

[0076] Embodiment 3: Limiting conditions, setting the current real-time data transmission rates of different mobile devices to 3.6Mbps, 4.2Mbps, 5Mbps, 3.1Mbps, the current maximum data transmission rates of different mobile devices to 10Mbps, 11Mbps, 13Mbps, 7Mbps, setting the current maximum threshold of wireless communication network data transmission rate to 250Mbps, setting the sum of the actual maximum data transmission rates of different mobile devices to Z, according to the formula:

[0077] Z=[10Mbps+11Mbps+13Mbps+7Mbps]*70%=91Mbps

[0078] It is calculated that 91Mbps<250Mbps, and the sum of the actual maximum data transmission rates of different mobile devices is sent to the wireless communication network centralized service platform for storage and backup;

[0079] Embodiment 4: limiting conditions, setting the current real-time data transmission rates of different mobile devices to 14.5Mbps, 21Mbps, 13Mbps, 24Mbps, 32Mbps, 24Mbps, 28Mbps, the current maximum data transmission rates of different mobile devices to 48Mbps, 61Mbps, 43Mbps, 59Mbps, 74Mbps, 64Mbps, 71Mbps, setting the current maximum threshold of the wireless communication network data transmission rate to 250Mbps, setting the sum of the actual maximum data transmission rates of different mobile devices to Z, according to the formula:

[0080] Z=[48+61+43+59+74+64+71]*70%=294Mbps

[0081] The calculation shows that 294Mbps≥250Mbps, and the ratio of the current real-time data transmission rate of different mobile devices to the maximum threshold of the wireless communication network data transmission rate is set to N. According to the formula:

[0082]

[0083] When N=62.6%>60%, the sum of the actual maximum data transmission rates of different mobile devices, the real-time data transmission rate of mobile devices and the ratio of the maximum threshold of the data transmission rate of the wireless communication network are sent to the wireless communication network centralized service platform. The wireless communication network centralized service platform directly sends the monitoring data to the operator in real time for emergency wireless communication network broadband speed-up to prevent the real-time data transmission rate of the mobile device from exceeding the maximum threshold of the data transmission rate of the wireless communication network.

[0084] It will be apparent to those skilled in the art that the invention is not limited to the details of the exemplary embodiments described above and that the invention can be implemented in other specific forms without departing from the spirit or essential features of the invention. Therefore, the embodiments should be considered exemplary and non-limiting in all respects, and the scope of the invention is defined by the appended claims rather than the foregoing description, and it is intended that all variations falling within the meaning and scope of the equivalent elements of the claims be included in the invention. Any reference numeral in a claim should not be considered as limiting the claim to which it relates.

Claims

1. A network access system based on a wireless communication network, characterized in that: The system includes a mobile terminal user identity authentication module, a user authority level setting module, a wireless communication connection maintenance management module, a mobile terminal device data transmission threshold monitoring module and a wireless communication network centralized service platform, wherein the mobile terminal user identity authentication module and the user authority level setting module are connected via an intranet; the wireless communication connection maintenance management module and the mobile terminal device data transmission threshold monitoring module are respectively connected to the user authority level setting module via an intranet, and the mobile terminal user identity authentication module, the user authority level setting module, the wireless communication connection maintenance management module and the mobile terminal device data transmission threshold monitoring module are respectively connected to the wireless communication network centralized service platform via an intranet; The mobile terminal user identity authentication module is used to authenticate the mobile terminal when it attempts to access the wireless communication network. The user authority level setting module is used to classify the authority level of the mobile terminal device according to the user identity information and the performance parameters of the mobile terminal device. The wireless communication connection maintenance management module is used to manage the connection response of the mobile terminal device and confirm whether the connection is normal. The mobile terminal device data transmission threshold monitoring module is used to monitor the transmission data transmission rate of the mobile terminal device. The wireless communication network centralized service platform is used to manage the data monitored by all modules; The network access method of the network access system comprises the following steps: S1: Use the mobile terminal user identity authentication module to authenticate the mobile terminal when it attempts to access the wireless communication network. The user identity information upload submodule authenticates the mobile terminal user when accessing the wireless communication network, inputs the user's login name, password and network key, and after logging into the wireless communication network, the user identity information integrity verification submodule verifies the user identity information of the mobile terminal user when registering, determines the integrity of the user identity information based on the registered user identity information, collects statistics on the integrity of the user identity information, and sends the statistical data to the user authority level setting module; S2: using the user authority level setting module to classify the authority level of the mobile terminal device according to the user identity information and the performance parameters of the mobile terminal device, the mobile terminal device comprehensive performance parameter analysis submodule detects the function and data transmission volume of the mobile terminal device, confirms the functions of different mobile terminal devices, opens the corresponding initial authority of the wireless communication network according to the functions of the mobile terminal device, counts the data transmission volume of different mobile terminal devices, and the user authority level classification marking submodule obtains the ideal data transmission volume of different mobile terminal devices, and compares the ideal data transmission volume of the mobile terminal device with the set data transmission volume threshold; S3: Use the wireless communication connection maintenance management module to manage the connection response of the mobile terminal device to confirm whether the connection is normal. The mobile terminal timing response submodule enables the wireless communication network to send confirmation information to the mobile terminal device connected to the wireless communication network at a regular interval to confirm that the mobile terminal device is continuously connected to the wireless communication network. The mobile terminal device responds after receiving the confirmation information. The response information return management statistics submodule counts the response information sent by the mobile terminal, counts the access and disconnection of different mobile terminal devices in real time, and sends the statistical data to the wireless communication network centralized service platform; S4: using a mobile device data transmission threshold monitoring module to monitor the data transmission rate of the mobile device, using different mobile device data transmission rate directional monitoring submodules to monitor the data transmission rate of the mobile device, counting the maximum data transmission rates forwarded by different mobile devices, using an average data transmission rate threshold comparison and analysis submodule to monitor the maximum threshold of the wireless transmission rate of the current wireless communication network, comparing the maximum threshold of the wireless transmission rate of the wireless communication network with the data transmission rate of the monitored mobile device, and comparing the maximum threshold of the wireless transmission rate of the wireless communication network with the maximum data transmission rates forwarded by different mobile devices; S5: Use the wireless communication network centralized service platform to manage the data monitored by all modules. When the user authority level classification marking submodule monitors that the current mobile device is marked as a first-level user authority, the temporary access permission authorization submodule sets the temporary access permission time for the current mobile device. When the access time of the current mobile device exceeds the set time, the wireless communication network will automatically disconnect the current mobile device, and the mobile device needs to reconnect and authorize. The connected mobile device data management submodule obtains the data monitored by all modules on the mobile devices connected to the wireless communication network, and stores and backs up them.

2. A network access system based on a wireless communication network according to claim 1, characterized in that: In step S2, the user authority level classification marking submodule obtains the ideal data transmission volume of different mobile terminal devices, and compares the ideal data transmission volume of the mobile terminal device with the set data transmission volume threshold, and also includes the following steps: A1: using the user authority level classification marking submodule to obtain the ideal data transmission volume of different mobile devices, and comparing the ideal data transmission volume of the mobile device with the set data transmission volume threshold value 1. When the ideal data transmission volume of the mobile device is less than or equal to the set data transmission volume threshold value 1, the current mobile device is marked as a first-level user authority, and the first-level user authority includes viewing the sent data; A2: When the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold 2 and greater than the set data transmission volume threshold 1, the current mobile terminal device is marked as a second-level user authority, and the second-level user authority includes viewing and modifying the sent data; A3: When the ideal data transmission volume of the mobile terminal device is less than or equal to the set data transmission volume threshold 3 and greater than the set data transmission volume threshold 2, the current mobile terminal device is marked as the third-level user authority, and the third-level user authority includes viewing the sent data, deleting and modifying the sent data.

3. A network access system based on a wireless communication network according to claim 1, characterized in that: In step S4, the data transmission rate of the mobile terminal device is monitored by using the data transmission rate directional monitoring submodule of different mobile terminal devices, and the maximum data transmission rate forwarded by different mobile terminal devices is counted, and the maximum threshold value of the wireless transmission rate of the current wireless communication network is monitored by using the average data transmission rate threshold comparison and analysis submodule, and the maximum threshold value of the wireless transmission rate of the wireless communication network is compared with the data transmission rate of the monitored mobile terminal device, and the maximum threshold value of the wireless transmission rate of the wireless communication network is compared with the maximum data transmission rate forwarded by different mobile terminal devices, and the following steps are also included: Set the real-time data transmission rate of different mobile devices to Q1, Q2, Q3, ..., Q n-1 , Q n , the current maximum data transmission rates of different mobile devices are R(Q1), R(Q2), R(Q3), …, R(Q n-1 )、R(Q n ), set the maximum threshold of the wireless transmission rate of the current wireless communication network to R0, set the sum of the actual maximum data transmission rates of different mobile devices to Z, according to the formula: When Z<R0, the sum of the actual maximum data transmission rates of different mobile devices is sent to the wireless communication network centralized service platform for storage and backup; When Z ≥ R0, the ratio of the current real-time data transmission rate of different mobile devices to the maximum threshold of the wireless transmission rate of the current wireless communication network is set to N, according to the formula: ; When N≤60%, the sum of the actual maximum data transmission rates of different mobile devices, the real-time data transmission rate of the mobile devices and the ratio of the maximum threshold of the wireless transmission rate of the current wireless communication network are sent to the wireless communication network centralized service platform, which stores the monitoring data and sends the stored data to the operator for reminder; When N>60%, the sum of the actual maximum data transmission rates of different mobile devices, the real-time data transmission rate of the mobile devices and the ratio of the maximum wireless transmission rate threshold of the current wireless communication network are sent to the wireless communication network centralized service platform. The wireless communication network centralized service platform directly sends the monitoring data to the operator in real time for emergency wireless communication network broadband speed-up to avoid the real-time data transmission rate of the mobile devices exceeding the maximum wireless transmission rate threshold of the current wireless communication network.

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