CN111629377B - Network access system and method based on wireless communication network - Google Patents
Network access system and method based on wireless communication network Download PDFInfo
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- CN111629377B CN111629377B CN202010484249.XA CN202010484249A CN111629377B CN 111629377 B CN111629377 B CN 111629377B CN 202010484249 A CN202010484249 A CN 202010484249A CN 111629377 B CN111629377 B CN 111629377B
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- H04—ELECTRIC COMMUNICATION TECHNIQUE
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Abstract
The invention discloses a network access system and method based on wireless communication network, the system includes mobile terminal user identity authentication module, user authority grade setting module, wireless communication connection maintenance management module, mobile terminal device data transmission threshold monitoring module, wireless communication network centralized service platform, the mobile terminal user identity authentication module is used to authenticate the identity of the mobile terminal when trying to access the communication network, the user authority grade setting module divides the authority grade of the mobile terminal device according to the user identity authentication information and the performance parameter 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 rate of the transmission data of the mobile terminal device, the wireless communication network centralized service platform is used to manage the data monitored by all modules, the method aims to automatically perform real-time response feedback and authority setting on the mobile terminal equipment.
Description
Technical Field
The invention relates to the field of wireless networks, in particular to a network access system and a network access method based on a wireless communication network.
Background
The wireless network refers to a network that can interconnect various communication devices without wiring. Wireless networking technologies cover a wide range of technologies, including both global voice and data networks that allow users to establish long-range wireless connections, and infrared and radio frequency technologies optimized for short-range wireless connections. Wireless networks, which are a generic term for a class of data networks using radio technology, can be divided into wireless wide area networks, wireless local area networks, wireless metropolitan area networks, and wireless personal area networks, depending on the coverage of the network. Wireless networks can be classified into different categories according to different network coverage, different network application occasions, different network architectures, and the like. The classification of the wireless network will be specifically described from the above three points.
In recent years, various new wireless technologies including UWB, bluetooth, WLAN, WiMAX, Mobile-Fi, ZigBee and the like have appeared, and the network can be connected to the Internet at any time, at any place, and at any time, so that the network is nearly reachable. In enterprises and families, wireless application can thoroughly change the daily work and life modes of people. With the development of the 802.11 standard, the wlan technology has become mature, and the transmission rate and communication distance thereof have been increased continuously, so as to meet the application requirements of many occasions. In addition to networking, wireless networks may also incorporate themselves in further developments.
At present, when external equipment accesses the wireless network, the wireless network does not set the authority to the external equipment, or the current access equipment is judged manually, thereby the authority equipment is carried out, and access and disconnection are carried out at the external equipment, the current wireless communication network is mostly free and not limited, can lead to the wireless communication network to access too much equipment, or not detect the network disconnection, lead to the speed of a network to slow down, this application aims at carrying out real-time response feedback and authority setting automatically after accessing the communication network to the mobile terminal equipment, the mobile terminal equipment of real-time monitoring access wireless communication network.
Disclosure of Invention
The present invention is directed to a network access system and method based on a wireless communication network, so as to solve the problems in the prior art.
In order to achieve the purpose, the invention provides the following technical scheme:
a network access system based on a wireless communication network comprises a mobile terminal user identity authentication module, a user authority level setting module, a wireless communication connection maintenance management module, a mobile terminal equipment data transmission threshold value 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 through an intranet;
the mobile terminal user authentication module is used for authenticating the mobile terminal when trying to access a communication network, the user permission level setting module is used for carrying out permission level division on mobile terminal equipment according to user authentication information and mobile terminal equipment performance parameters, the wireless communication connection maintenance management module is used for managing the connection response of the mobile terminal equipment and determining whether the connection is normal or not, the mobile terminal equipment data transmission threshold monitoring module is used for monitoring the transmission data transmission rate of the mobile terminal equipment, and the wireless communication network centralized service platform is used for managing the data monitored by all the modules.
By adopting the technical scheme: the mobile terminal user identity authentication module comprises a user identity information uploading sub-module and a mobile terminal user identity information integrity authentication sub-module, wherein the user identity information uploading sub-module is used for authenticating the identity of a mobile terminal user when the mobile terminal user accesses a wireless communication network, the login name, the password and the network key of the user are input, after the mobile terminal user logs in the wireless communication network, the mobile terminal user identity information integrity authentication sub-module is used for authenticating the identity information of the mobile terminal user during registration, the integrity of the identity information is determined according to the registered identity information, the integrity of the mobile terminal user identity information is counted, and the counted data is sent to the user authority level setting module.
By adopting the technical scheme: the user authority level setting module comprises a mobile terminal device comprehensive performance parameter analysis submodule and a user authority level classification marking submodule, wherein the mobile terminal device comprehensive performance parameter analysis submodule is used for detecting the functions and quantity transmission quantity of the mobile terminal device, confirming the functions of different mobile terminal devices, starting the corresponding initial authority of the wireless communication network according to the functions of the mobile terminal device, counting the data transmission quantity of different mobile terminal devices, and setting the data transmission quantity for detecting the current mobile terminal device A in different time periods as K1、K2、K3、…、Kn-1、KnExtracting the maximum data transmission quantity K in different current time periodsnmax, setting up the wireless communication networkThe data transmission quantity of different mobile terminal devices is increased by V% virtually, the ideal data transmission quantity of the mobile terminal devices is set to be C, and according to a formula:
C＝Knmax*(1+V％)
and calculating to obtain the ideal data transmission quantity of the current mobile terminal equipment, and sending the ideal data transmission quantity of different mobile terminal equipment to the user authority level classification marking submodule.
By adopting the technical scheme: the user authority level classification marking sub-module obtains ideal data transmission quantity of different mobile terminal devices, compares the ideal data transmission quantity of the mobile terminal devices with a set data transmission quantity threshold value I, when the ideal data transmission quantity of the mobile terminal devices is less than or equal to the set data transmission quantity threshold value I, the current mobile terminal devices are marked as first-level user authority, the first-level user authority comprises the transmitted data, when the ideal data transmission quantity of the mobile terminal devices is less than or equal to a set data transmission quantity threshold value II and is greater than the set data transmission quantity threshold value I, the current mobile terminal devices are marked as second-level user authority, the second-level user authority comprises the transmitted data and the transmitted data, when the ideal data transmission quantity of the mobile terminal devices is less than or equal to a set data transmission quantity threshold value III and is greater than a set data transmission quantity threshold value II, the current mobile terminal devices are marked as third-level user authority, the tertiary user authority includes referring to the transmitted data, deleting and modifying the transmitted data.
By adopting the technical scheme: the wireless communication connection maintenance management module comprises a mobile terminal timing response submodule and a response information return management statistics submodule, wherein the mobile terminal timing response submodule is used for the wireless communication network to regularly send confirmation information to mobile terminal equipment accessing the wireless communication network, the mobile terminal equipment is confirmed to be continuously connected with the wireless communication network, the mobile terminal equipment responds after receiving the confirmation information, the response information return management statistics submodule is used for counting the response information sent by the mobile terminal, counting the access and disconnection of different mobile terminal equipment in real time, and sending statistical data to the wireless communication network centralized service platform.
By adopting the technical scheme: the mobile terminal equipment data transmission threshold monitoring module comprises different mobile terminal equipment data transmission rate directional monitoring submodules and an average data transmission rate threshold comparison analysis submodule, wherein the different mobile terminal equipment data transmission rate directional monitoring submodules are used for monitoring the data transmission rate of the mobile terminal equipment and counting the maximum data transmission rate of the different mobile terminal equipment for receiving and forwarding, and the average data transmission rate threshold comparison analysis submodule is used for monitoring the maximum wireless transmission rate threshold of the current wireless communication network and comparing the maximum wireless transmission rate with the data transmission rate of the monitored mobile terminal equipment and the maximum data transmission rate of the different mobile terminal equipment for receiving and forwarding.
By adopting the technical scheme: the centralized service platform of the wireless communication network comprises a temporary access authority authorization submodule and an accessed mobile terminal device data management submodule, wherein the temporary access authority authorization submodule is used for setting temporary access authority time for the current mobile terminal device when the user authority level classification marking submodule monitors that the current mobile terminal device is marked as a primary user authority, when the access time of the current mobile terminal device exceeds the set time, the wireless communication network can be automatically disconnected with the current mobile terminal device, the mobile terminal device is authorized after being reconnected, and the accessed mobile terminal device data management submodule is used for acquiring data monitored by all modules for the mobile terminal device accessed to the wireless communication network, and storing and backing up the data.
A network access method based on a wireless communication network comprises the following steps:
s1: the identity authentication is carried out when a mobile terminal tries to access a communication network by utilizing a mobile terminal user identity authentication module, a user identity information uploading sub-module carries out identity authentication when a mobile terminal user accesses a wireless communication network, a login name, a password and a network key of the user are input, after the mobile terminal user identity information uploading sub-module logs in the wireless communication network, the mobile terminal user identity information integrity authentication sub-module authenticates identity information when the mobile terminal user registers, the integrity of the identity information is determined according to the registered identity information, the integrity of the mobile terminal user identity information is counted, and statistical data are sent to a user authority level setting module;
s2: the method comprises the steps that a user authority level setting module is utilized to carry out authority level division on mobile terminal equipment according to user identity authentication information and mobile terminal equipment performance parameters, a mobile terminal equipment comprehensive performance parameter analysis submodule detects functions and quantity transmission quantity of the mobile terminal equipment, confirms functions of different mobile terminal equipment, starts corresponding initial authorities of a wireless communication network according to the functions of the mobile terminal equipment, counts data transmission quantity of the different mobile terminal equipment, a user authority level classification marking submodule obtains ideal data transmission quantity of the different mobile terminal equipment, and the ideal data transmission quantity of the mobile terminal equipment is compared with a set data transmission quantity threshold;
s3: the wireless communication connection maintenance management module is used for managing connection response of the mobile terminal equipment to confirm whether the connection is normal or not, the mobile terminal timing response submodule enables the wireless communication network to regularly send confirmation information to the mobile terminal equipment accessing the wireless communication network to confirm that the mobile terminal equipment is continuously connected with the wireless communication network, the mobile terminal equipment receives the confirmation information and then responds, the response information returns to the management statistics submodule to perform statistics on response information sent by the mobile terminal, access and disconnection of different mobile terminal equipment are counted in real time, and statistical data are sent to the wireless communication network centralized service platform;
s4: monitoring the transmission data transmission rate of the mobile terminal equipment by using a mobile terminal equipment data transmission threshold monitoring module, monitoring the data transmission rate of the mobile terminal equipment by using different mobile terminal equipment data transmission rate directional monitoring submodules, counting the maximum data transmission rates of different mobile terminal equipment which receive and forward, monitoring the maximum threshold of the wireless transmission rate of the current wireless communication network by using an average data transmission rate threshold comparison analysis submodule, and comparing the maximum threshold with the data transmission rate of the monitored mobile terminal equipment and the maximum data transmission rate of different mobile terminal equipment which receive and forward;
s5: the method comprises the steps that data monitored by all modules are managed by utilizing a centralized service platform of the wireless communication network, a temporary access authority authorization submodule sets temporary access authority time for current mobile terminal equipment when the user authority class classification marking submodule monitors that the current mobile terminal equipment is marked as a primary user authority, when the access time of the current mobile terminal equipment exceeds the set time, the wireless communication network can be automatically disconnected from the current mobile terminal equipment, the mobile terminal equipment is authorized after being reconnected, and the accessed mobile terminal equipment data management submodule acquires data monitored by all the modules for the mobile terminal equipment accessing the wireless communication network and stores and backups the data.
By adopting the technical scheme: in step S2, the user permission level classification marking sub-module obtains ideal data transmission amounts of different mobile end devices, and compares the ideal data transmission amounts of the mobile end devices with a set data transmission amount threshold, and the method further includes the following steps:
a1: acquiring ideal data transmission quantity of different mobile terminal devices by utilizing a user authority grade classification marking submodule, comparing the ideal data transmission quantity of the mobile terminal devices with a set data transmission quantity threshold value I, marking the current mobile terminal device as a first-level user authority when the ideal data transmission quantity of the mobile terminal devices is less than or equal to the set data transmission quantity threshold value I, wherein the first-level user authority comprises the transmitted data;
a2: when the ideal data transmission quantity of the mobile terminal equipment is less than or equal to a set data transmission quantity threshold value two and greater than a set data transmission quantity threshold value one, the current mobile terminal equipment is marked as a secondary user authority, and the secondary user authority comprises the steps of looking up sent data and modifying the sent data;
a3: when the ideal data transmission quantity of the mobile terminal equipment is less than or equal to the set data transmission quantity threshold value three and greater than the set data transmission quantity threshold value two, the current mobile terminal equipment is marked as a three-level user authority, and the three-level user authority comprises the steps of looking up sent data, deleting and modifying the sent data.
By adopting the technical scheme: in step S4, the data transmission rate of the mobile end device is monitored by using the mobile end device data transmission threshold monitoring module, the data transmission rate of the mobile end device is monitored by using the different mobile end device data transmission rate directional monitoring submodule, the maximum data transmission rates forwarded by different mobile end devices are counted, the average data transmission rate threshold comparison analysis submodule monitors the maximum threshold of the wireless transmission rate of the current wireless communication network, and compares the maximum threshold with the data transmission rate of the monitored mobile end device and the maximum data transmission rate forwarded by different mobile end devices, and the method further includes the following steps:
setting the real-time data transmission rate of different current mobile terminal devices to be Q1、Q2、Q3、…、Qn-1、QnThe maximum data transmission rate of different current mobile terminal devices is R (Q)1)、R(Q2)、R(Q3)、…、R(Qn-1)、R(Qn) Setting the maximum threshold of the data transmission rate of the current wireless communication network as R0, setting the sum of the actual maximum data transmission rates of different mobile terminal devices as Z, according to the formula:
Z＝[R(Q1)+R(Q2)+R(Q3)+…+R(Qn-1)+R(Qn)]*70％
when Z is less than R0, the sum of the actual maximum data transmission rates of different mobile terminal devices is sent to the wireless communication network centralized service platform for type-entering storage and backup;
when Z is larger than or equal to R0, setting the ratio of the real-time data transmission rate of different current mobile terminal devices to the maximum threshold value of the data transmission rate of the wireless communication network as N, according to the formula:
when N is less than or equal to 60%, the actual maximum data transmission rate sum of different mobile terminal devices, the ratio of the real-time data transmission rate of the mobile terminal device to the maximum threshold value of the data transmission rate of the wireless communication network are sent to a centralized service platform of the wireless communication network, the centralized service platform of the wireless communication network stores the monitoring data, and the stored data are sent to an operator for reminding;
when N is more than 60%, the actual maximum data transmission rate sum of different mobile terminal devices, the ratio of the real-time data transmission rate of the mobile terminal device to the maximum threshold value 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 an operator in real time to carry out emergency wireless communication network broadband speed increasing, and the situation that the real-time data transmission rate of the mobile terminal device exceeds the maximum threshold value of the data transmission rate of the wireless communication network is avoided.
Compared with the prior art, the invention has the beneficial effects that: the invention aims to automatically perform real-time response feedback and authority setting after the mobile terminal equipment is accessed to a communication network, and monitor the mobile terminal equipment accessed to a wireless communication network in real time;
the system comprises a mobile terminal user authentication module, a user permission 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 authentication module is used for authenticating the mobile terminal when trying to access a communication network, the user permission level setting module is used for carrying out permission level division on mobile terminal devices according to user authentication information and mobile terminal device performance parameters, the wireless communication connection maintenance management module is used for managing connection response of the mobile terminal devices and determining whether the connection is normal or not, the mobile terminal device data transmission threshold monitoring module is used for monitoring the transmission data transmission rate of the mobile terminal devices, and the wireless communication network centralized service platform is used for managing data monitored by all modules.
Drawings
In order that the present invention may be more readily and clearly understood, a more particular description of the invention briefly described above will be rendered by reference to specific embodiments that are illustrated in the appended drawings.
Fig. 1 is a schematic block diagram of a network access system based on a wireless communication network according to the present invention;
fig. 2 is a schematic diagram illustrating steps of a network access method based on a wireless communication network according to the present invention;
fig. 3 is a schematic diagram illustrating a specific step of step S2 of a network access method based on a wireless communication network according to the present invention;
fig. 4 is a schematic diagram of an implementation method of a network access method based on a wireless communication network according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1-4, in an embodiment of the present invention, 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 equipment data transmission threshold monitoring module and a wireless communication network centralized service platform, the mobile terminal user identity authentication module, the user authority level setting module and the mobile terminal equipment data transmission threshold value monitoring module are connected with the user authority level setting module through 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 equipment data transmission threshold value monitoring module are connected with a wireless communication network centralized service platform through the intranet.
The mobile terminal user authentication module is used for authenticating the mobile terminal when trying to access a communication network, the user permission level setting module is used for carrying out permission level division on mobile terminal equipment according to user authentication information and mobile terminal equipment performance parameters, the wireless communication connection maintenance management module is used for managing the connection response of the mobile terminal equipment and determining whether the connection is normal or not, the mobile terminal equipment data transmission threshold monitoring module is used for monitoring the transmission data transmission rate of the mobile terminal equipment, and the wireless communication network centralized service platform is used for managing the data monitored by all the modules.
By adopting the technical scheme: the mobile terminal user identity authentication module comprises a user identity information uploading sub-module and a mobile terminal user identity information integrity authentication sub-module, wherein the user identity information uploading sub-module is used for authenticating the identity of a mobile terminal user when the mobile terminal user accesses a wireless communication network, the login name, the password and the network key of the user are input, after the mobile terminal user logs in the wireless communication network, the mobile terminal user identity information integrity authentication sub-module is used for authenticating the identity information of the mobile terminal user during registration, the integrity of the identity information is determined according to the registered identity information, the integrity of the mobile terminal user identity information is counted, and the counted data is sent to the user authority level setting module.
By adopting the technical scheme: the user authority level setting module comprises a mobile terminal device comprehensive performance parameter analysis submodule and a user authority level classification marking submodule, wherein the mobile terminal device comprehensive performance parameter analysis submodule is used for detecting the functions and quantity transmission quantity of the mobile terminal device, confirming the functions of different mobile terminal devices, starting the corresponding initial authority of the wireless communication network according to the functions of the mobile terminal device, counting the data transmission quantity of different mobile terminal devices, and setting the data transmission quantity for detecting the current mobile terminal device A in different time periods as K1、K2、K3、…、Kn-1、KnExtracting the maximum data transmission quantity K in different current time periodsnmax, set the data transmission amount of the wireless communication network to different mobile terminal devices to increase by V%, set the ideal data transmission amount of the mobile terminal device to C, according to the formula:
C＝Knmax*(1+V％)
and calculating to obtain the ideal data transmission quantity of the current mobile terminal equipment, and sending the ideal data transmission quantity of different mobile terminal equipment to the user authority level classification marking submodule.
By adopting the technical scheme: the user authority level classification marking sub-module obtains ideal data transmission quantity of different mobile terminal devices, compares the ideal data transmission quantity of the mobile terminal devices with a set data transmission quantity threshold value I, when the ideal data transmission quantity of the mobile terminal devices is less than or equal to the set data transmission quantity threshold value I, the current mobile terminal devices are marked as first-level user authority, the first-level user authority comprises the transmitted data, when the ideal data transmission quantity of the mobile terminal devices is less than or equal to a set data transmission quantity threshold value II and is greater than the set data transmission quantity threshold value I, the current mobile terminal devices are marked as second-level user authority, the second-level user authority comprises the transmitted data and the transmitted data, when the ideal data transmission quantity of the mobile terminal devices is less than or equal to a set data transmission quantity threshold value III and is greater than a set data transmission quantity threshold value II, the current mobile terminal devices are marked as third-level user authority, the tertiary user authority includes referring to the transmitted data, deleting and modifying the transmitted data.
By adopting the technical scheme: the wireless communication connection maintenance management module comprises a mobile terminal timing response submodule and a response information return management statistics submodule, wherein the mobile terminal timing response submodule is used for the wireless communication network to regularly send confirmation information to mobile terminal equipment accessing the wireless communication network, the mobile terminal equipment is confirmed to be continuously connected with the wireless communication network, the mobile terminal equipment responds after receiving the confirmation information, the response information return management statistics submodule is used for counting the response information sent by the mobile terminal, counting the access and disconnection of different mobile terminal equipment in real time, and sending statistical data to the wireless communication network centralized service platform.
By adopting the technical scheme: the mobile terminal equipment data transmission threshold monitoring module comprises different mobile terminal equipment data transmission rate directional monitoring submodules and an average data transmission rate threshold comparison analysis submodule, wherein the different mobile terminal equipment data transmission rate directional monitoring submodules are used for monitoring the data transmission rate of the mobile terminal equipment and counting the maximum data transmission rate of the different mobile terminal equipment for receiving and forwarding, and the average data transmission rate threshold comparison analysis submodule is used for monitoring the maximum wireless transmission rate threshold of the current wireless communication network and comparing the maximum wireless transmission rate with the data transmission rate of the monitored mobile terminal equipment and the maximum data transmission rate of the different mobile terminal equipment for receiving and forwarding.
By adopting the technical scheme: the centralized service platform of the wireless communication network comprises a temporary access authority authorization submodule and an accessed mobile terminal device data management submodule, wherein the temporary access authority authorization submodule is used for setting temporary access authority time for the current mobile terminal device when the user authority level classification marking submodule monitors that the current mobile terminal device is marked as a primary user authority, when the access time of the current mobile terminal device exceeds the set time, the wireless communication network can be automatically disconnected with the current mobile terminal device, the mobile terminal device is authorized after being reconnected, and the accessed mobile terminal device data management submodule is used for acquiring data monitored by all modules for the mobile terminal device accessed to the wireless communication network, and storing and backing up the data.
A network access method based on a wireless communication network comprises the following steps:
s1: the identity authentication is carried out when a mobile terminal tries to access a communication network by utilizing a mobile terminal user identity authentication module, a user identity information uploading sub-module carries out identity authentication when a mobile terminal user accesses a wireless communication network, a login name, a password and a network key of the user are input, after the mobile terminal user identity information uploading sub-module logs in the wireless communication network, the mobile terminal user identity information integrity authentication sub-module authenticates identity information when the mobile terminal user registers, the integrity of the identity information is determined according to the registered identity information, the integrity of the mobile terminal user identity information is counted, and statistical data are sent to a user authority level setting module;
s2: the method comprises the steps that a user authority level setting module is utilized to carry out authority level division on mobile terminal equipment according to user identity authentication information and mobile terminal equipment performance parameters, a mobile terminal equipment comprehensive performance parameter analysis submodule detects functions and quantity transmission quantity of the mobile terminal equipment, confirms functions of different mobile terminal equipment, starts corresponding initial authorities of a wireless communication network according to the functions of the mobile terminal equipment, counts data transmission quantity of the different mobile terminal equipment, a user authority level classification marking submodule obtains ideal data transmission quantity of the different mobile terminal equipment, and the ideal data transmission quantity of the mobile terminal equipment is compared with a set data transmission quantity threshold;
s3: the wireless communication connection maintenance management module is used for managing connection response of the mobile terminal equipment to confirm whether the connection is normal or not, the mobile terminal timing response submodule enables the wireless communication network to regularly send confirmation information to the mobile terminal equipment accessing the wireless communication network to confirm that the mobile terminal equipment is continuously connected with the wireless communication network, the mobile terminal equipment receives the confirmation information and then responds, the response information returns to the management statistics submodule to perform statistics on response information sent by the mobile terminal, access and disconnection of different mobile terminal equipment are counted in real time, and statistical data are sent to the wireless communication network centralized service platform;
s4: monitoring the transmission data transmission rate of the mobile terminal equipment by using a mobile terminal equipment data transmission threshold monitoring module, monitoring the data transmission rate of the mobile terminal equipment by using different mobile terminal equipment data transmission rate directional monitoring submodules, counting the maximum data transmission rates of different mobile terminal equipment which receive and forward, monitoring the maximum threshold of the wireless transmission rate of the current wireless communication network by using an average data transmission rate threshold comparison analysis submodule, and comparing the maximum threshold with the data transmission rate of the monitored mobile terminal equipment and the maximum data transmission rate of different mobile terminal equipment which receive and forward;
s5: the method comprises the steps that data monitored by all modules are managed by utilizing a centralized service platform of the wireless communication network, a temporary access authority authorization submodule sets temporary access authority time for current mobile terminal equipment when the user authority class classification marking submodule monitors that the current mobile terminal equipment is marked as a primary user authority, when the access time of the current mobile terminal equipment exceeds the set time, the wireless communication network can be automatically disconnected from the current mobile terminal equipment, the mobile terminal equipment is authorized after being reconnected, and the accessed mobile terminal equipment data management submodule acquires data monitored by all the modules for the mobile terminal equipment accessing the wireless communication network and stores and backups the data.
By adopting the technical scheme: in step S2, the user permission level classification marking sub-module obtains ideal data transmission amounts of different mobile end devices, and compares the ideal data transmission amounts of the mobile end devices with a set data transmission amount threshold, and the method further includes the following steps:
a1: acquiring ideal data transmission quantity of different mobile terminal devices by utilizing a user authority grade classification marking submodule, comparing the ideal data transmission quantity of the mobile terminal devices with a set data transmission quantity threshold value I, marking the current mobile terminal device as a first-level user authority when the ideal data transmission quantity of the mobile terminal devices is less than or equal to the set data transmission quantity threshold value I, wherein the first-level user authority comprises the transmitted data;
a2: when the ideal data transmission quantity of the mobile terminal equipment is less than or equal to a set data transmission quantity threshold value two and greater than a set data transmission quantity threshold value one, the current mobile terminal equipment is marked as a secondary user authority, and the secondary user authority comprises the steps of looking up sent data and modifying the sent data;
a3: when the ideal data transmission quantity of the mobile terminal equipment is less than or equal to the set data transmission quantity threshold value three and greater than the set data transmission quantity threshold value two, the current mobile terminal equipment is marked as a three-level user authority, and the three-level user authority comprises the steps of looking up sent data, deleting and modifying the sent data.
By adopting the technical scheme: in step S4, the data transmission rate of the mobile end device is monitored by using the mobile end device data transmission threshold monitoring module, the data transmission rate of the mobile end device is monitored by using the different mobile end device data transmission rate directional monitoring submodule, the maximum data transmission rates forwarded by different mobile end devices are counted, the average data transmission rate threshold comparison analysis submodule monitors the maximum threshold of the wireless transmission rate of the current wireless communication network, and compares the maximum threshold with the data transmission rate of the monitored mobile end device and the maximum data transmission rate forwarded by different mobile end devices, and the method further includes the following steps:
setting the real-time data transmission rate of different current mobile terminal devices to be Q1、Q2、Q3、…、Qn-1、QnThe maximum data transmission rate of different current mobile terminal devices is R (Q)1)、R(Q2)、R(Q3)、…、R(Qn-1)、R(Qn) Setting the maximum threshold of the data transmission rate of the current wireless communication network as R0, setting the sum of the actual maximum data transmission rates of different mobile terminal devices as Z, according to the formula:
Z＝[R(Q1)+R(Q2)+R(Q3)+…+R(Qn-1)+R(Qn)]*70％
when Z is less than R0, the sum of the actual maximum data transmission rates of different mobile terminal devices is sent to the wireless communication network centralized service platform for type-entering storage and backup;
when Z is larger than or equal to R0, setting the ratio of the real-time data transmission rate of different current mobile terminal devices to the maximum threshold value of the data transmission rate of the wireless communication network as N, according to the formula:
when N is less than or equal to 60%, the actual maximum data transmission rate sum of different mobile terminal devices, the ratio of the real-time data transmission rate of the mobile terminal device to the maximum threshold value of the data transmission rate of the wireless communication network are sent to a centralized service platform of the wireless communication network, the centralized service platform of the wireless communication network stores the monitoring data, and the stored data are sent to an operator for reminding;
when N is more than 60%, the actual maximum data transmission rate sum of different mobile terminal devices, the ratio of the real-time data transmission rate of the mobile terminal device to the maximum threshold value 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 an operator in real time to carry out emergency wireless communication network broadband speed increasing, and the situation that the real-time data transmission rate of the mobile terminal device exceeds the maximum threshold value of the data transmission rate of the wireless communication network is avoided.
Example 1: the method comprises the following steps of defining conditions, setting data transmission quantity for detecting different time periods of current mobile end equipment A to be 100Mbps, 154Mbps, 72Mbps and 131Mbps, extracting the maximum data transmission quantity in different time periods to be 154Mbps, setting data transmission quantity of a wireless communication network to different mobile end equipment to be increased by 30% in a virtual mode, setting ideal data transmission quantity of the mobile end equipment to be C, and according to a formula:
C＝Knmax*(1+V％)＝154Mbps*1.3＝200.2Mbps
and calculating to obtain the ideal data transmission quantity of the current mobile terminal equipment of 200.2Mbps, and sending the ideal data transmission quantities of different mobile terminal equipment to the user authority level classification marking submodule.
Example 2: the user permission level classification marking submodule acquires the ideal data transmission quantity of the mobile terminal equipment A of 200.2Mbps, and compares the ideal data transmission quantity of the mobile terminal equipment with a set data transmission quantity threshold, wherein the set data transmission quantity threshold I is 78Mbps, the set data transmission quantity threshold II is 146Mbps, the set data transmission quantity threshold III is 230Mbps, and the current ideal data transmission quantity of the mobile terminal equipment A is 200.2 Mbps;
when the ideal data transmission amount 200.2Mbps of the mobile end equipment is less than or equal to three 230Mbps and greater than two 146Mbps, the current mobile end equipment is marked as a three-level user authority, and the three-level user authority comprises the steps of consulting sent data, deleting and modifying the sent data.
Example 3: the qualification, the real-time data transmission rate of setting for current different mobile end equipment is 3.6Mbps, 4.2Mbps, 5Mbps, 3.1Mbps, and the maximum data transmission rate of current different mobile end equipment is 10Mbps, 11Mbps, 13Mbps, 7Mbps, sets for current wireless communication network data transmission rate maximum threshold to be 250Mbps, sets for the actual maximum data transmission rate sum of different mobile end equipment to be Z, according to the formula:
Z＝[10Mbps+11Mbps+13Mbps+7Mbps]*70％＝91Mbps
calculating to obtain that 91Mbps is less than 250Mbps, and sending the sum of actual maximum data transmission rates of different mobile terminal devices to a wireless communication network centralized service platform for type-entering storage and backup;
example 4: the limiting condition sets the real-time data transmission rate of the current different mobile end equipment to be 14.5Mbps, 21Mbps, 13Mbps, 24Mbps, 32Mbps, 24Mbps, 28Mbps, the maximum data transmission rate of the current different mobile end equipment is 48Mbps, 61Mbps, 43Mbps, 59Mbps, 74Mbps, 64Mbps, 71Mbps, the maximum threshold value of the data transmission rate of the current wireless communication network is set to be 250Mbps, the actual maximum data transmission rate sum of the different mobile end equipment is set to be Z, according to the formula:
Z＝[48+61+43+59+74+64+71]*70％＝294Mbps
calculating to obtain 294Mbps which is more than or equal to 250Mbps, setting the ratio of the real-time data transmission rate of different current mobile terminal devices to the maximum threshold value of the data transmission rate of the wireless communication network as N, and according to a formula:
when N is 62.6% and more than 60%, the ratio of the actual maximum data transmission rate sum of different mobile terminal devices, the real-time data transmission rate of the mobile terminal device and the maximum threshold value of the data transmission rate of the wireless communication network is sent to the wireless communication network centralized service platform, the wireless communication network centralized service platform directly sends the monitoring data to an operator in real time to carry out emergency wireless communication network broadband speed increase, and the situation that the real-time data transmission rate of the mobile terminal device exceeds the maximum threshold value of the data transmission rate of the wireless communication network is avoided.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (7)
1. A network access system based on a wireless communication network, characterized by: 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 equipment 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 through an intranet;
the mobile terminal user authentication module is used for authenticating the mobile terminal when trying to access a communication network, the user authority level setting module is used for carrying out authority level division on mobile terminal equipment according to user authentication information and mobile terminal equipment performance parameters, the wireless communication connection maintenance management module is used for managing the connection response of the mobile terminal equipment and determining whether the connection is normal or not, the mobile terminal equipment data transmission threshold monitoring module is used for monitoring the transmission data transmission rate of the mobile terminal equipment, and the wireless communication network centralized service platform is used for managing the data monitored by all the modules;
the user authority level setting module comprises a mobile terminal device comprehensive performance parameter analysis submodule and a user authority level classification marking submodule, wherein the mobile terminal device comprehensive performance parameter analysis submodule is used for detecting the functions and quantity transmission quantity of the mobile terminal device, confirming the functions of different mobile terminal devices, starting the corresponding initial authority of the wireless communication network according to the functions of the mobile terminal device, counting the data transmission quantity of different mobile terminal devices, and setting the data transmission quantity for detecting the current mobile terminal device A in different time periods as K1、K2、K3、…、Kn-1、KnExtracting the maximum data transmission quantity K in different current time periodsnmax, set the data transmission amount of the wireless communication network to different mobile terminal devices to increase by V%, set the ideal data transmission amount of the mobile terminal device to C, according to the formula:
C＝Knmax*(1+V％)
calculating to obtain the ideal data transmission quantity of the current mobile terminal equipment, and sending the ideal data transmission quantity of different mobile terminal equipment to the user authority level classification marking submodule;
the user authority level classification marking sub-module obtains ideal data transmission quantity of different mobile terminal devices, compares the ideal data transmission quantity of the mobile terminal devices with a set data transmission quantity threshold value I, when the ideal data transmission quantity of the mobile terminal devices is less than or equal to the set data transmission quantity threshold value I, the current mobile terminal devices are marked as first-level user authority, the first-level user authority comprises the transmitted data, when the ideal data transmission quantity of the mobile terminal devices is less than or equal to a set data transmission quantity threshold value II and is greater than the set data transmission quantity threshold value I, the current mobile terminal devices are marked as second-level user authority, the second-level user authority comprises the transmitted data and the transmitted data, when the ideal data transmission quantity of the mobile terminal devices is less than or equal to a set data transmission quantity threshold value III and is greater than a set data transmission quantity threshold value II, the current mobile terminal devices are marked as third-level user authority, the tertiary user authority includes referring to the transmitted data, deleting and modifying the transmitted data.
2. The network access system of claim 1, wherein: the mobile terminal user identity authentication module comprises a user identity information uploading sub-module and a mobile terminal user identity information integrity authentication sub-module, wherein the user identity information uploading sub-module is used for authenticating the identity of a mobile terminal user when the mobile terminal user accesses a wireless communication network, the login name, the password and the network key of the user are input, after the mobile terminal user logs in the wireless communication network, the mobile terminal user identity information integrity authentication sub-module is used for authenticating the identity information of the mobile terminal user during registration, the integrity of the identity information is determined according to the registered identity information, the integrity of the mobile terminal user identity information is counted, and the counted data is sent to the user authority level setting module.
3. The network access system of claim 1, wherein: the wireless communication connection maintenance management module comprises a mobile terminal timing response submodule and a response information return management statistics submodule, wherein the mobile terminal timing response submodule is used for the wireless communication network to regularly send confirmation information to mobile terminal equipment accessing the wireless communication network, the mobile terminal equipment is confirmed to be continuously connected with the wireless communication network, the mobile terminal equipment responds after receiving the confirmation information, the response information return management statistics submodule is used for counting the response information sent by the mobile terminal, counting the access and disconnection of different mobile terminal equipment in real time, and sending statistical data to the wireless communication network centralized service platform.
4. The network access system of claim 1, wherein: the mobile terminal equipment data transmission threshold monitoring module comprises different mobile terminal equipment data transmission rate directional monitoring submodules and an average data transmission rate threshold comparison analysis submodule, wherein the different mobile terminal equipment data transmission rate directional monitoring submodules are used for monitoring the data transmission rate of the mobile terminal equipment and counting the maximum data transmission rate of the different mobile terminal equipment for receiving and forwarding, and the average data transmission rate threshold comparison analysis submodule is used for monitoring the maximum wireless transmission rate threshold of the current wireless communication network and comparing the maximum wireless transmission rate with the data transmission rate of the monitored mobile terminal equipment and the maximum data transmission rate of the different mobile terminal equipment for receiving and forwarding.
5. The network access system of claim 1, wherein: the centralized service platform of the wireless communication network comprises a temporary access authority authorization submodule and an accessed mobile terminal device data management submodule, wherein the temporary access authority authorization submodule is used for setting temporary access authority time for the current mobile terminal device when the user authority level classification marking submodule monitors that the current mobile terminal device is marked as a primary user authority, when the access time of the current mobile terminal device exceeds the set time, the wireless communication network can be automatically disconnected with the current mobile terminal device, the mobile terminal device is authorized after being reconnected, and the accessed mobile terminal device data management submodule is used for acquiring data monitored by all modules for the mobile terminal device accessed to the wireless communication network, and storing and backing up the data.
6. A network access method based on a wireless communication network, characterized in that:
s1: the identity authentication is carried out when a mobile terminal tries to access a communication network by utilizing a mobile terminal user identity authentication module, a user identity information uploading sub-module carries out identity authentication when a mobile terminal user accesses a wireless communication network, a login name, a password and a network key of the user are input, after the mobile terminal user identity information uploading sub-module logs in the wireless communication network, the mobile terminal user identity information integrity authentication sub-module authenticates identity information when the mobile terminal user registers, the integrity of the identity information is determined according to the registered identity information, the integrity of the mobile terminal user identity information is counted, and statistical data are sent to a user authority level setting module;
s2: the method comprises the steps that a user authority level setting module is utilized to carry out authority level division on mobile terminal equipment according to user identity authentication information and mobile terminal equipment performance parameters, a mobile terminal equipment comprehensive performance parameter analysis submodule detects functions and quantity transmission quantity of the mobile terminal equipment, confirms functions of different mobile terminal equipment, starts corresponding initial authorities of a wireless communication network according to the functions of the mobile terminal equipment, counts data transmission quantity of the different mobile terminal equipment, a user authority level classification marking submodule obtains ideal data transmission quantity of the different mobile terminal equipment, and the ideal data transmission quantity of the mobile terminal equipment is compared with a set data transmission quantity threshold;
s3: the wireless communication connection maintenance management module is used for managing connection response of the mobile terminal equipment to confirm whether the connection is normal or not, the mobile terminal timing response submodule enables the wireless communication network to regularly send confirmation information to the mobile terminal equipment accessing the wireless communication network to confirm that the mobile terminal equipment is continuously connected with the wireless communication network, the mobile terminal equipment receives the confirmation information and then responds, the response information returns to the management statistics submodule to perform statistics on response information sent by the mobile terminal, access and disconnection of different mobile terminal equipment are counted in real time, and statistical data are sent to the wireless communication network centralized service platform;
s4: monitoring the transmission data transmission rate of the mobile terminal equipment by using a mobile terminal equipment data transmission threshold monitoring module, monitoring the data transmission rate of the mobile terminal equipment by using different mobile terminal equipment data transmission rate directional monitoring submodules, counting the maximum data transmission rates of different mobile terminal equipment which receive and forward, monitoring the maximum threshold of the wireless transmission rate of the current wireless communication network by using an average data transmission rate threshold comparison analysis submodule, and comparing the maximum threshold with the data transmission rate of the monitored mobile terminal equipment and the maximum data transmission rate of different mobile terminal equipment which receive and forward;
s5: managing data monitored by all modules by using a centralized service platform of a wireless communication network, setting temporary access authority time for current mobile terminal equipment by a temporary access authority authorization submodule when the current mobile terminal equipment is marked as a primary user authority by a user authority level classification marking submodule and monitoring, when the access time of the current mobile terminal equipment exceeds the set time, automatically disconnecting the wireless communication network from the current mobile terminal equipment, authorizing the mobile terminal equipment after the mobile terminal equipment needs to be reconnected, and acquiring data monitored by all modules for the mobile terminal equipment accessed to the wireless communication network by the accessed mobile terminal equipment data management submodule, and storing and backing up the data;
in step S2, the user authority level classification labeling sub-module obtains the ideal data transmission amount of different mobile end devices, and compares the ideal data transmission amount of the mobile end device with the set data transmission amount threshold, further comprising the following steps:
a1: acquiring ideal data transmission quantity of different mobile terminal devices by utilizing a user authority grade classification marking submodule, comparing the ideal data transmission quantity of the mobile terminal devices with a set data transmission quantity threshold value I, marking the current mobile terminal device as a first-level user authority when the ideal data transmission quantity of the mobile terminal devices is less than or equal to the set data transmission quantity threshold value I, wherein the first-level user authority comprises the transmitted data;
a2: when the ideal data transmission quantity of the mobile terminal equipment is less than or equal to a set data transmission quantity threshold value two and greater than a set data transmission quantity threshold value one, the current mobile terminal equipment is marked as a secondary user authority, and the secondary user authority comprises the steps of looking up sent data and modifying the sent data;
a3: when the ideal data transmission quantity of the mobile terminal equipment is less than or equal to the set data transmission quantity threshold value three and greater than the set data transmission quantity threshold value two, the current mobile terminal equipment is marked as a three-level user authority, and the three-level user authority comprises the steps of looking up sent data, deleting and modifying the sent data.
7. The network access method based on the wireless communication network according to claim 6, wherein: in step S4, the data transmission rate of the mobile end device is monitored by using the mobile end device data transmission threshold monitoring module, the data transmission rate of the mobile end device is monitored by using the different mobile end device data transmission rate directional monitoring submodule, the maximum data transmission rate of the different mobile end devices that are forwarded is counted, the average data transmission rate threshold comparison analysis submodule monitors the maximum threshold of the wireless transmission rate of the current wireless communication network, and compares the maximum threshold with the data transmission rate of the monitored mobile end device and the maximum data transmission rate of the different mobile end devices that are forwarded, and the method further includes the following steps:
setting the real-time data transmission rate of different current mobile terminal devices to be Q1、Q2、Q3、…、Qn-1、QnThe maximum data transmission rate of different current mobile terminal devices is R (Q)1)、R(Q2)、R(Q3)、…、R(Qn-1)、R(Qn) Setting the maximum threshold of the data transmission rate of the current wireless communication network as R0, setting the sum of the actual maximum data transmission rates of different mobile terminal devices as Z, according to the formula:
Z＝[R(Q1)+R(Q2)+R(Q3)+…+R(Qn-1)+R(Qn)]*70％
when Z is less than R0, the sum of the actual maximum data transmission rates of different mobile terminal devices is sent to the wireless communication network centralized service platform for type-entering storage and backup;
when Z is larger than or equal to R0, setting the ratio of the real-time data transmission rate of different current mobile terminal devices to the maximum threshold value of the data transmission rate of the wireless communication network as N, according to the formula:
when N is less than or equal to 60%, the actual maximum data transmission rate sum of different mobile terminal devices, the ratio of the real-time data transmission rate of the mobile terminal device to the maximum threshold value of the data transmission rate of the wireless communication network are sent to a centralized service platform of the wireless communication network, the centralized service platform of the wireless communication network stores the monitoring data, and the stored data are sent to an operator for reminding;
when N is more than 60%, the actual maximum data transmission rate sum of different mobile terminal devices, the ratio of the real-time data transmission rate of the mobile terminal device to the maximum threshold value 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 an operator in real time to carry out emergency wireless communication network broadband speed increasing, and the situation that the real-time data transmission rate of the mobile terminal device exceeds the maximum threshold value of the data transmission rate of the wireless communication network is avoided.
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