Configuration adaptive adjustment method for wireless routing device management

Abstract

The invention discloses a configuration adaptive adjustment method for wireless routing device management, belongs to the field of wireless communication technology, and is used to solve the problems that existing wireless routers cannot meet dynamic network requirements, channel allocation is unreasonable, and home network management lacks flexibility; the method comprises a home authorization module, a database, a network speed regulation module, and a channel detection module; the home authorization module performs personnel and device registration and authority classification, ensures the authority level through fingerprint verification, and generates network speed regulation instructions; the network speed regulation module performs network speed priority sorting on devices according to comprehensive priority evaluation values, generates detection instructions after personnel select and regulate devices; the channel detection module scans the wireless channel environment, calculates the communication quality evaluation value, and allocates channel resources according to priority, thereby improving the performance and stability of the home network; at the same time, the authority classification enables different family members to regulate the network speed of the device to adapt to different needs, making the home network management more orderly and efficient.

Description

Technical Field

[0001] The present invention belongs to the technical field of wireless communications, and in particular relates to a configuration adaptive adjustment method applied to wireless routing equipment management. Background Art

[0002] In modern home environments, wireless networks have become an indispensable part of life. With the rapid popularization of smart home devices, families' performance requirements for wireless routing devices are constantly increasing. However, different usage environments and personnel needs have different configuration requirements for wireless routing devices.

[0003] Most existing wireless routers cannot meet dynamic network needs, that is, most of them cannot make reasonable configuration adjustments and channel allocations based on the priority requirements of family members for network speed, which leads to insufficient network speed and signal stability. For this reason, we propose a configuration adaptive adjustment method for wireless routing device management. Summary of the invention

[0004] The purpose of the present invention is to provide a configuration adaptive adjustment method applied to wireless routing device management to solve the problems raised in the above background technology.

[0005] To achieve the above object, the present invention provides the following technical solution: a configuration adaptive adjustment method applied to wireless routing device management, comprising:

[0006] Step 1: Register family members and family connection devices through the authority management unit, and classify the authority of registered family members. Parents classify the authority of family members during the registration process, and number and mark the family connection devices when they are registered;

[0007] Step 2: The security verification unit enters the fingerprint when the family members register and stores it in the database in association with the permission level. When the family members use the permission authorization to control the network speed, fingerprint verification is required before the device sends a command. The corresponding permission network speed control command is generated based on the fingerprint verification and sent to the network speed control module;

[0008] Step 3: After receiving the network speed control instruction, the network speed control module sends the device number that can perform network speed control to the connection device that generates the permission corresponding to the network speed control instruction according to the permission level, so that personnel can select the device that needs to be controlled. The network speed control weight value of the network demand level, the device bandwidth ratio and the usage frequency are comprehensively considered to obtain the device comprehensive priority evaluation value, and the network speed is sorted in turn according to the device comprehensive priority evaluation value. The higher the priority ranking, the higher the network broadband supply priority. After the sorting is completed, the signal channel detection instruction is sent to the channel detection module;

[0009] Step 4: After receiving the instruction, the channel detection module scans the wireless channel environment, determines the list of available channels and the communication quality evaluation value, and allocates channels according to the communication quality and device priority. The channel with the highest communication quality evaluation value is first allocated to the high-priority device until the channel capacity corresponding to the high communication quality evaluation value is greater than or equal to the preset channel capacity threshold corresponding to the channel. Then, the device allocation to the channel is stopped. For the devices that have not been allocated channels, the priority is used again, and the channel with the highest communication quality evaluation value is selected from the channels that can be allocated for device allocation.

[0010] Preferably, the rights management unit works as follows:

[0011] In a home network environment, each family member is assigned a connection device for permission authorization when registering. Three permission levels are set, namely high permission, medium permission, and low permission. Parents can classify the permissions of family members during the registration process. When registering a family connection device, the family connection device will be numbered, that is, the family connection device is marked as i, i=1, 2, ..., n; n represents the total number of family connection devices;

[0012] Advanced permissions: Have the ability to fully manage and control wireless routing devices, including adjusting the network speed distribution and channel selection of all connected devices.

[0013] Intermediate level permissions: can adjust the Internet speed of one-third of the devices in the home;

[0014] Low-level permissions: You can only make limited adjustments to the network speed of your own connected devices, and cannot make changes to other devices or overall network settings.

[0015] Preferably, the working mode of the security verification unit is:

[0016] When a family member adjusts the network speed, the family member uses the connection device assigned to them for authorization to send a network speed adjustment command; before sending the command, fingerprint verification will be performed, and the security verification unit will quickly read the submitted fingerprint information and compare it with the fingerprint stored in the database to identify the authority level of the person issuing the command, and based on the identified authority level, generate a network speed adjustment command of the corresponding level and send it to the network speed adjustment module;

[0017] The process of the security verification unit generating the corresponding level of permission network speed control instructions according to the identification permission level is as follows:

[0018] If it is identified as a high-level permission level, the security verification unit will send a high-level permission network speed control instruction to the network speed control module;

[0019] If it is identified as an intermediate authority level, the security verification unit will send an intermediate authority network speed control instruction to the network speed control module;

[0020] If it is identified as a low-level authority level, the security verification unit will send a low-level authority network speed control instruction to the network speed control module.

[0021] Preferably, the process of the network speed control module obtaining the comprehensive priority evaluation value of the device is:

[0022] Obtain devices that need to adjust the network speed, set all network connection devices in the home to have a network demand, and divide them into three network demand levels: high, medium, and low according to the level of network demand. Each network demand level corresponds to a network demand interval, and each network demand level corresponds to a preset network speed control weight value. The devices that need to adjust the network speed are divided into corresponding network demand levels according to their corresponding network demands, and then the network speed control weight value QZi corresponding to each device that needs to adjust the network speed is obtained;

[0023] Get the total bandwidth value Hz of the wireless routing device. At the same time, for each device that needs network speed adjustment, monitor its current average network traffic value LZi. Use the formula: KDi=LZi / Hz to get the current bandwidth share value KDi of each device.

[0024] The preset broadband share threshold KT, if the current bandwidth share value KDi of a device is greater than the preset broadband share threshold, the network speed control weight value corresponding to the device will be updated, and the updated network speed control weight value GZi=QZi-a(KDi-KT), where a is the preset weight adjustment coefficient;

[0025] For each device that needs network speed adjustment, count the duration STi of each device connected to the Internet within a week, preset the duration adjustment coefficient b, and use the formula PLi=STi×b to obtain the usage frequency value PLi of each device;

[0026] If the current bandwidth share value KDi of the device is greater than the preset bandwidth share threshold, the comprehensive priority evaluation value Pi of the device is obtained using the formula: Pi=α×GZi+β×KDi+γ×PLi;

[0027] If the current bandwidth share value KDi of the device is less than the preset bandwidth share threshold, the comprehensive priority evaluation value Pi of the device is obtained using the formula: Pi=α×QZi+β×KDi+γ×PLi, where α, β, and γ are preset weight coefficients;

[0028] The devices are ranked by network speed priority according to the comprehensive priority evaluation value of each device. The higher the comprehensive priority evaluation value, the higher the priority ranking.

[0029] Preferably, different permission levels can select different sorting positions, and the specific process is as follows:

[0030] The priority ranking of lower authority levels is after that of higher authority levels;

[0031] For senior personnel, comprehensive network priority adjustment can be made for all devices, and important devices can be placed at the front.

[0032] Intermediate-level personnel can adjust the priority of some devices, but the adjustment range is limited by senior-level personnel;

[0033] Low-level personnel can only make limited adjustments to the priority of the devices they are connected to, and the priority of the devices that need to be regulated is placed after the devices adjusted by high-level and medium-level personnel;

[0034] After the high-authority personnel completes the network speed regulation, if the low-authority personnel subsequently regulate the network speed of the connected device, they will first check whether the device to be regulated has been adjusted by the high-authority personnel; if the device has been regulated by the high-authority personnel, the regulation time point of the high-authority personnel will be recorded, and the effective regulation period will be preset. When the low-authority personnel attempts to regulate the network speed of the device, the difference between the recorded regulation time point of the high-authority personnel and the current time is obtained. If the difference is less than the preset effective regulation period, if the low-authority personnel wants to regulate the device again, they need to send a request regulation instruction corresponding to the device number to be regulated to the authorized connection device of the high-authority personnel. If the high-authority personnel do not obtain the instruction to allow regulation, the low-authority personnel cannot regulate it again;

[0035] For low-level and medium-level personnel, if they need better network speed, they can send instructions to the authorized connection device of the highest-level person indicating the desired adjustment order; if the person with high-level permission approves, the network speed supply priority of the connection device can be adjusted to the corresponding ranking position;

[0036] After the network speed control device completes the network speed priority sorting, it will generate a signal channel detection instruction and send it to the channel detection module.

[0037] Preferably, the process of the channel detection module receiving the signal channel detection instruction and determining the communication quality evaluation value of the available channel is:

[0038] Perform a comprehensive scan of the surrounding wireless channel environment and mark the available channels as m, where m=1, 2, ..., g, and g represents the total number of available channels; obtain the signal strength Rm, signal-to-noise ratio Sm, and bit error rate Wm of each channel, and use the formula: Cm=Rm×w1+Sm×w2+(1-Wm)×w3 to obtain the preliminary signal quality value Cm of each channel, where w1, w2, and w3 are preset weight coefficients;

[0039] By Shannon's formula: , get the channel capacity Lm, where Bm is the channel bandwidth, which can be obtained from the setting interface of the wireless router or through professional network analysis tools. Each channel is preset to correspond to a capacity threshold;

[0040] The communication quality evaluation value Fm of the channel is obtained using the formula: Fm=Cm×w4+Lm×w5, where w4 and w5 are preset weight coefficients.

[0041] Preferably, the process of allocating channels by the channel detection module according to communication quality and device priority is as follows:

[0042] According to the communication quality evaluation value Fm of the channel, the channels are sorted by communication quality, and the channels are allocated according to the priority sorting of the devices, specifically:

[0043] According to the priority ranking of the devices, the devices are allocated to the channels with the highest communication quality evaluation values ​​in turn. During the allocation process, once the channel capacity corresponding to the highest communication quality evaluation value is greater than or equal to the preset channel capacity threshold corresponding to its channel, the allocation of devices to the channel will be stopped. For the remaining high-priority devices that have not yet been allocated channels and the subsequent medium and low-priority devices, continue to select the channel with the highest communication quality evaluation value from the channels where devices can be allocated in order of priority from high to low for allocation.

[0044] Compared with the prior art, the present invention has the following beneficial effects:

[0045] (1) The configuration adaptive adjustment method applied to wireless routing device management first screens out the network connection devices that need to adjust the network speed, and performs a total score analysis based on the device's demand for the network, bandwidth share, and usage frequency to obtain a comprehensive priority evaluation value for the device. According to the comprehensive priority evaluation value, the network priority of the screened network connection devices is re-ordered. While ensuring that the network speed of each device is improved, it also ensures that each network device can reasonably allocate network resources, thereby improving the overall performance and stability of the home network and bringing a better network usage experience to family members.

[0046] (2) The configuration adaptive adjustment method applied to wireless routing device management generates a channel detection instruction and sends it to the channel detection module after sorting the network priority of the device. The channel detection module performs a comprehensive scan of the surrounding wireless channel environment and calculates the communication quality evaluation value of each channel. Channel allocation is performed based on the comprehensive priority evaluation value of the device, so that high-priority devices can preferentially obtain channel resources with the best communication quality. In this way, the network stability and transmission speed of high-priority devices can be improved. At the same time, as the allocation of high-priority devices is completed, medium and low-priority devices can also obtain channels matching their priorities in sequence, ensuring that each device in the entire home network can operate stably under reasonable channel resources. The channel allocation method not only avoids channel interference, but also gives full play to the performance of wireless routing devices, providing family members with more reliable and efficient wireless network services.

[0047] (3) The configuration adaptive adjustment method applied to the management of wireless routing devices performs permission classification through the family authorization module. Family members with different permission levels can adjust the network speed of network connection devices to different degrees. Parents with high-level permissions can comprehensively manage and regulate wireless routing devices to ensure the overall stability of the family network and the reasonable allocation of resources. Intermediate-level permission personnel can adjust the network speed of some devices within a certain range to meet the needs of specific scenarios. Although low-level permission personnel can only make limited adjustments to their own connection devices, they can also meet personal network usage needs to a certain extent. This permission management method adapts to the usage habits and needs of different family members and avoids conflicts that may be caused by a single management mode. At the same time, the combination of permission classification with network speed regulation and channel allocation makes the management of the family network more orderly and efficient. BRIEF DESCRIPTION OF THE DRAWINGS

[0048] Figure 1 It is a structural schematic diagram of the present invention; DETAILED DESCRIPTION

[0049] 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.

[0050] Embodiment 1

[0051] See also Figure 1 , the present invention provides a configuration adaptive adjustment method applied to wireless routing equipment management, including a family authorization module, a database, a network speed control module, and a channel detection module;

[0052] The family authorization module includes a rights management unit and a security verification unit, and the family authorization module is in communication connection with the storage repository;

[0053] Permission management unit: used to register family members and family connection devices, and to classify the permissions of registered family members. In the home network environment, each family member is assigned a connection device for permission authorization when registering, and three permission levels are set, namely high permission, intermediate permission, and low permission. Parents, as managers of the home network, can classify the permissions of family members during the registration process; when registering family connection devices, the family connection devices will be numbered, that is, the family connection devices will be marked as i, i=1, 2, ..., n; n represents the total number of family connection devices;

[0054] Advanced permissions: Have the ability to fully manage and control wireless routing devices, including adjusting the network speed distribution and channel selection of all connected devices.

[0055] Intermediate level permissions: can adjust the Internet speed of one-third of the devices in the home;

[0056] Low-level permissions: can only make limited adjustments to the network speed of the device connected to itself, and cannot change other devices or overall network settings;

[0057] Security verification unit: When family members register, fingerprint entry is performed, and the unique fingerprint information of each family member is associated with their permission level and stored in the database;

[0058] When a family member adjusts the network speed, the family member uses the connection device assigned to them for authorization to send the network speed adjustment command; before sending the command, fingerprint verification will be performed, that is, the connection device with the authorization will start the fingerprint verification program, and the connection device will prompt the person to place the finger at the specified position to collect the fingerprint image through the built-in fingerprint sensor; the security verification unit will quickly read the submitted fingerprint information and compare it with the fingerprint stored in the database to identify the authority level of the person issuing the command, and according to the identified authority level, generate the corresponding level of authority network speed adjustment command and send it to the network speed adjustment module;

[0059] The process of the security verification unit generating the corresponding level of permission network speed control instructions according to the identification permission level is as follows:

[0060] If it is identified as a high-level permission level, the security verification unit will send a high-level permission network speed control instruction to the network speed control module, which allows the person to operate completely within the functional scope of the high-level permission;

[0061] If it is identified as an intermediate authority level, the security verification unit will send an intermediate authority speed control instruction to the speed control module, allowing it to adjust the speed of one-third of the devices in the home;

[0062] If it is identified as a low-level permission level, the security verification unit will send a low-level permission network speed control instruction to the network speed control module, that is, it will only allow it to make limited network speed adjustments to the devices connected to it.

[0063] The network speed control module works as follows:

[0064] When the network speed control module receives the authorized network speed control instruction, it will send the device number that can perform network speed control to the authorized connection device that generates the authorized network speed control instruction according to the permission level, so that the personnel can select the device that needs to be controlled. The network speed of the device that needs to be controlled is prioritized by the network speed of the device selected by the personnel, so as to adjust the network speed of the device that needs to be controlled.

[0065] Device priority sorting method:

[0066] Obtain devices that need to adjust the network speed, set all network connection devices in the home to have a network demand, and divide them into three network demand levels: high, medium, and low according to the level of network demand. Each network demand level corresponds to a network demand interval, and each network demand level corresponds to a preset network speed control weight value; the higher the network demand level, the greater the network speed control weight value, and the devices that need to adjust the network speed are divided into corresponding network demand levels according to their corresponding network demands, so as to obtain the network speed control weight value QZi corresponding to each device that needs to adjust the network speed;

[0067] Among them, all network connection devices in the home are divided into three device speed demand levels of high, medium and low according to network requirements. The specific division process can be as follows:

[0068] High network demand level: Network speed requirements: Download speed not less than 50Mbps, upload speed not less than 10Mbps, network delay less than 50 milliseconds. Such network speed can meet the requirements of smooth playback of high-definition videos, real-time interaction of large-scale games, and clear picture quality and low latency of professional video conferences;

[0069] Medium network requirement level: Network speed requirements: Download speed is between 20-50Mbps, upload speed is between 5-10Mbps, and network latency is less than 100 milliseconds. The network speed within this range can ensure the smooth use of daily office software, smooth video playback for online learning, and a good experience for ordinary entertainment activities;

[0070] Low network demand level: Network speed requirements: Download speed is between 1 - 10Mbps, upload speed is below 1Mbps, and network latency is relatively unimportant. For these low-demand devices, such network speed is sufficient to meet their occasional data transmission needs.

[0071] Get the total bandwidth value Hz of the wireless routing device. At the same time, for each device that needs network speed adjustment, monitor its current average network traffic value LZi. Use the formula: KDi=LZi / Hz to get the current bandwidth share value KDi of each device.

[0072] The preset broadband share threshold KT, if the current bandwidth share value KDi of a device is greater than the preset broadband share threshold, the network speed control weight value corresponding to the device will be updated, and the updated network speed control weight value GZi=QZi-a(KDi-KT), where a is the preset weight adjustment coefficient; in this way, on the one hand, it can encourage devices that occupy excessive bandwidth to reduce their occupation of network resources and avoid network congestion; on the other hand, it can also dynamically adjust its network speed control weight value according to the actual usage of the device, making the allocation of network resources more fair and reasonable;

[0073] For each device that needs network speed adjustment, count the duration STi of each device connected to the Internet within a week, preset the duration adjustment coefficient b, and use the formula PLi=STi×b to obtain the usage frequency value PLi of each device;

[0074] By substituting the network speed control weight value QZi or the updated network speed control weight value GZi, the bandwidth proportion value KDi, and the device usage frequency value PLi of the device into the preset formula model: Pi=α×(QZi or GZi)+β×KDi+γ×PLi, the comprehensive priority evaluation value Pi of the device is obtained, where α, β, and γ are preset weight coefficients;

[0075] According to the comprehensive priority evaluation value of each device, the devices are prioritized for network speed. The higher the comprehensive priority evaluation value, the higher the priority ranking, and the higher the priority of network broadband supply. After the network speed control device completes the network speed priority ranking, it will generate a signal channel detection instruction and send it to the channel detection module.

[0076] Different permission levels can select different sorting positions. The priority sorting position of low permission levels is after that of high permission levels.

[0077] For senior personnel, comprehensive network priority adjustment can be made for all devices, and important devices can be placed at the front to ensure that these devices always have the best network speed;

[0078] Intermediate-level personnel can adjust the network speed priority of one-third of the household's devices, but the adjustment range is limited by senior-level personnel; for example, intermediate-level personnel cannot adjust the priority of a device to a higher priority than that set by senior-level personnel;

[0079] Low-level personnel can only make limited adjustments to the priority of the devices they are connected to, and the priority of the devices that need to be regulated must be behind the devices adjusted by high-level and medium-level personnel;

[0080] After the high-authority personnel completes the network speed regulation, if the low-authority personnel subsequently regulate the network speed of the connected device, they will first check whether the device to be regulated has been adjusted by the high-authority personnel; if the device has been regulated by the high-authority personnel, the high-authority personnel's regulation time point is recorded, and the regulation validity period is preset. When the low-authority personnel attempts to regulate the network speed of the device, the difference between the recorded high-authority personnel's regulation time point and the current time is obtained. If this difference is less than the preset regulation validity period, if the low-authority personnel wants to regulate the device again, they need to send a request regulation instruction corresponding to the device number to be regulated to the authorized connection device of the high-authority personnel. If the high-authority personnel's permission to regulate is not obtained, the low-authority personnel cannot regulate it again;

[0081] For low-level and medium-level personnel, if they need better network speed, they can send instructions to the authorized connection device of the highest-level person indicating the desired adjustment order; if the person with high-level permission approves, the network speed supply priority of the connection device can be adjusted to the corresponding ranking position;

[0082] When the channel detection module receives the signal channel detection instruction, it starts to fully scan the surrounding wireless channel environment, determine the currently available channel list, detect the communication quality evaluation value of each channel, and allocate channels to home devices based on the communication quality. The specific process is as follows:

[0083] Mark the available channels with m, where m=1, 2, ..., g, and g represents the total number of available channels; obtain the signal strength Rm, signal-to-noise ratio Sm, and bit error rate Wm of each channel, and use the formula: Cm=Rm×w1+Sm×w2+(1-Wm)×w3 to obtain the preliminary signal quality value Cm of each channel, where w1, w2, and w3 are preset weight coefficients;

[0084] By Shannon's formula: , get the channel capacity Lm, where Bm is the channel bandwidth, which can be obtained from the setting interface of the wireless router or through professional network analysis tools. Each channel is preset to correspond to a capacity threshold;

[0085] The communication quality evaluation value Fm of the channel is obtained by using the formula: Fm=Cm×w4+Lm×w5, where w4 and w5 are preset weight coefficients;

[0086] According to the communication quality evaluation value Fm of the channel, the channels are sorted by communication quality, that is, the larger the communication quality evaluation value Fm of the channel is, the higher the channel communication quality is ranked. The channels are allocated according to the priority ranking of the devices, that is, the higher the priority ranking of the device is, the higher the communication quality evaluation value corresponding to the allocated channel is, that is: according to the priority ranking of the devices, the devices are allocated to the channels with the highest communication quality evaluation values ​​in turn. During the allocation process, once the channel capacity corresponding to the highest communication quality evaluation value is greater than or equal to the preset channel capacity threshold corresponding to its channel, the allocation of devices to the channel is stopped. For the remaining high-priority devices that have not yet been allocated channels and the subsequent medium and low-priority devices, continue to select the channel with the highest communication quality evaluation value from the channels to which the devices can be allocated in order of priority from high to low, and allocate it; to ensure that devices of different priorities can obtain channel resources that match their priorities, thereby realizing the reasonable allocation and optimal utilization of home network resources.

[0087] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A configuration adaptive adjustment method for wireless routing device management, comprising: Step 1: Register family members and family connection devices through the authority management unit, and classify the authority of registered family members. Parents classify the authority of family members during the registration process, and number and mark the family connection devices when they are registered; Step 2: The security verification unit enters the fingerprint when the family members register and stores it in the database in association with the permission level. When the family members use the permission authorization to control the network speed, fingerprint verification is required before the device sends a command. The corresponding permission network speed control command is generated based on the fingerprint verification and sent to the network speed control module; Step 3: After receiving the network speed control instruction, the network speed control module sends the device number that can perform network speed control to the connection device that generates the permission corresponding to the permission network speed control instruction according to the permission level, so that personnel can select the device that needs to be controlled. The network speed control weight value of the network demand level, the device bandwidth ratio and the usage frequency are comprehensively considered to obtain the device comprehensive priority evaluation value, and the network speed is sorted in turn according to the device comprehensive priority evaluation value. The higher the priority ranking, the higher the network speed priority. After the sorting is completed, the signal channel detection instruction is sent to the channel detection module; Step 4: After receiving the instruction, the channel detection module scans the wireless channel environment, determines the available channel list and the communication quality evaluation value, and allocates channels according to the communication quality and device priority. The channel with the highest communication quality evaluation value is first allocated to the high-priority device until the channel capacity corresponding to the high communication quality evaluation value is greater than or equal to the preset channel capacity threshold corresponding to the channel. Then, the device allocation to the channel is stopped. For the device that has not been allocated a channel, the device is allocated again according to the priority, and the channel with the highest communication quality evaluation value is selected from the channels that can be allocated for device allocation; The process of the network speed control module obtaining the comprehensive priority evaluation value of the device is as follows: Obtain devices that need to adjust the network speed, set all network connection devices in the home to have a network demand, and divide them into three network demand levels: high, medium, and low according to the level of network demand. Each network demand level corresponds to a network demand interval, and each network demand level corresponds to a preset network speed control weight value. The devices that need to adjust the network speed are divided into corresponding network demand levels according to their corresponding network demands, and then the network speed control weight value QZi corresponding to each device that needs to adjust the network speed is obtained; Get the total bandwidth value Hz of the wireless routing device. At the same time, for each device that needs network speed adjustment, monitor its current average network traffic value LZi. Use the formula: KDi = LZi / Hz to get the current bandwidth share value KDi of each device. The preset broadband share threshold KT, if the current bandwidth share value KDi of a device is greater than the preset broadband share threshold, the network speed control weight value corresponding to the device will be updated, and the updated network speed control weight value GZi=QZi-a(KDi-KT), where a is the preset weight adjustment coefficient; For each device that needs network speed adjustment, count the duration STi of each device connected to the Internet within a week, preset the duration adjustment coefficient b, and use the formula PLi=STi×b to obtain the usage frequency value PLi of each device; If the current bandwidth share value KDi of the device is greater than the preset bandwidth share threshold, the comprehensive priority evaluation value Pi of the device is obtained using the formula: Pi = α×GZi+β×KDi+γ×PLi; If the current bandwidth share value KDi of the device is less than the preset bandwidth share threshold, the comprehensive priority evaluation value Pi of the device is obtained using the formula: Pi = α×QZi+β×KDi+γ×PLi, where α, β, and γ are preset weight coefficients; The devices are ranked by network speed priority according to the comprehensive priority evaluation value of each device. The higher the comprehensive priority evaluation value, the higher the priority ranking.

2. The configuration adaptive adjustment method for wireless router device management according to claim 1, characterized in that: The permissions management unit works as follows: In a home network environment, each family member is assigned a connection device for permission authorization when registering. Three permission levels are set, namely high permission, medium permission, and low permission. Parents can classify the permissions of family members during the registration process. When registering a family connection device, the family connection device will be numbered, that is, the family connection device is marked as i, i = 1, 2, ..., n; n represents the total number of family connection devices; Advanced permissions: Have the ability to fully manage and control wireless routing devices, including adjusting the network speed distribution and channel selection of all connected devices. Intermediate level permissions: can adjust the Internet speed of one-third of the devices in the home; Low-level permissions: You can only make limited adjustments to the network speed of your own connected devices, and cannot make changes to other devices or overall network settings.

3. The configuration adaptive adjustment method for wireless routing device management according to claim 2 is characterized in that: The safety verification unit works as follows: When a family member adjusts the network speed, the family member uses the connection device assigned to them for authorization to send a network speed adjustment command; before sending the command, fingerprint verification will be performed, and the security verification unit will quickly read the submitted fingerprint information and compare it with the fingerprint stored in the database to identify the authority level of the person issuing the command, and based on the identified authority level, generate a network speed adjustment command of the corresponding level and send it to the network speed adjustment module; The process of the security verification unit generating the corresponding level of permission network speed control instructions according to the identification permission level is as follows: If it is identified as a high-level permission level, the security verification unit will send a high-level permission network speed control instruction to the network speed control module; If it is identified as an intermediate authority level, the security verification unit will send an intermediate authority network speed control instruction to the network speed control module; If it is identified as a low-level authority level, the security verification unit will send a low-level authority network speed control instruction to the network speed control module.

4. The configuration adaptive adjustment method for wireless routing device management according to claim 3 is characterized in that: Different permission levels can select different sorting positions. The specific process is as follows: The priority ranking of lower authority levels is after that of higher authority levels; For senior personnel, comprehensive network speed priority adjustment can be made for all devices, and important devices can be prioritized first; Intermediate-level personnel can adjust the priority of some devices, but the adjustment range is limited by senior-level personnel; Low-level personnel can only make limited adjustments to the priority of the devices they are connected to, and the priority of the devices that need to be regulated is placed after the devices adjusted by high-level and medium-level personnel; After the high-authority personnel completes the network speed regulation, if the low-authority personnel subsequently regulate the network speed of the connected device, they will first check whether the device to be regulated has been adjusted by the high-authority personnel; if the device has been regulated by the high-authority personnel, the regulation time point of the high-authority personnel will be recorded, and the effective regulation period will be preset. When the low-authority personnel attempts to regulate the network speed of the device, the difference between the recorded regulation time point of the high-authority personnel and the current time is obtained. If the difference is less than the preset effective regulation period, if the low-authority personnel wants to regulate the device again, they need to send a request regulation instruction corresponding to the device number to be regulated to the authorized connection device of the high-authority personnel. If the high-authority personnel do not obtain the instruction to allow regulation, the low-authority personnel cannot regulate it again; For low-level and medium-level personnel, if they need a better network speed, they can send instructions to the authorized connection device of the highest-level person to indicate the desired adjustment order; if the person with high-level permission approves, the network speed priority of the connection device can be adjusted to the corresponding ranking position; After the network speed control device completes the network speed priority sorting, it will generate a signal channel detection instruction and send it to the channel detection module.

5. The configuration adaptive adjustment method for wireless router device management according to claim 4 is characterized in that: The channel detection module receives the signal channel detection instruction and determines the communication quality evaluation value of the available channel in the following process: Perform a comprehensive scan of the surrounding wireless channel environment and mark the available channels with m, where m = 1, 2, ..., g, and g represents the total number of available channels; obtain the signal strength Rm, signal-to-noise ratio Sm, and bit error rate Wm of each channel, and use the formula: Cm = Rm × w1 + Sm × w2 + (1-Wm) × w3 to obtain the preliminary signal quality value Cm of each channel, where w1, w2, and w3 are preset weight coefficients; The channel capacity Lm is obtained by the Shannon formula: Lm = Bm × log2 (1 + Sm), where Bm is the channel bandwidth, which can be obtained from the setting interface of the wireless router or through professional network analysis tools. Each channel is preset to correspond to a capacity threshold. The communication quality evaluation value Fm of the channel is obtained using the formula: Fm=Cm×w4+Lm×w5, where w4 and w5 are preset weight coefficients.

6. The configuration adaptive adjustment method for wireless router device management according to claim 5, characterized in that: The process of channel detection module allocating channels according to communication quality and device priority is as follows: According to the communication quality evaluation value Fm of the channel, the channels are sorted by communication quality, and the channels are allocated according to the priority sorting of the devices, specifically: According to the priority ranking of the devices, the devices are allocated to the channels with the highest communication quality evaluation values ​​in turn. During the allocation process, once the channel capacity corresponding to the highest communication quality evaluation value is greater than or equal to the preset channel capacity threshold corresponding to its channel, the allocation of devices to the channel will be stopped. For the remaining high-priority devices that have not yet been allocated channels and the subsequent medium and low-priority devices, continue to select the channel with the highest communication quality evaluation value from the channels where devices can be allocated in order of priority from high to low for allocation.

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