CN109842572A - A kind of WIFI intelligent speed-limiting system based on traffic monitoring - Google Patents
A kind of WIFI intelligent speed-limiting system based on traffic monitoring Download PDFInfo
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- CN109842572A CN109842572A CN201910214337.5A CN201910214337A CN109842572A CN 109842572 A CN109842572 A CN 109842572A CN 201910214337 A CN201910214337 A CN 201910214337A CN 109842572 A CN109842572 A CN 109842572A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
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Abstract
The present invention discloses a kind of WIFI intelligent speed-limiting system based on traffic monitoring, for solve how reasonably to user terminal be allocated bandwidth to carry out speed limit, how the period that counting user is not surfed the Internet, the problem of to rationally close the period that do not surf the Internet, including IP address monitoring module, duration module, processor, memory module, smart allocation module, adjustment module, traffic monitoring module, automatically disconnection module, crypto module, user log-in block, modified module, certainly opening and closing module and standby control module；The WIFI intelligent speed-limiting system based on traffic monitoring, utilizes formulaThe network speed Q that each user terminal is distributed is acquired, self-starting module is used to count the period of no user terminal connection and opens and closes to the period；It to realize the period in no user connection WiFi, closes WiFi and emits equipment, convenient for saving resource.
Description
Technical field
The present invention relates to WiFi intelligent speed-limiting technical field more particularly to a kind of WIFI intelligent speed-limitings based on traffic monitoring
System.
Background technique
WiFi online can simply be interpreted as wireless networking, nearly all smart phone, tablet computer and notebook electricity
Brain all supports Wi-Fi to surf the Internet, and is to use a kind of most wide wireless network transmission technology now.Actually cable network is believed
Number it is converted into wireless signal, as starting and introducing for everybody, using wireless router for supporting the correlation of its technology
Computer, mobile phone, plate etc. receive.Mobile phone, can not when having Wi-Fi wireless signal if there is Wi-Fi function
It is surfed the Internet by the network of mobile UNICOM, eliminates traffic fee.Wireless network wireless networking is more commonly used in big city, although by
The radio communication quality of Wi-Fi technology transmission is not very well that data safety performance BELAND tooth is weaker, and transmission quality also needs to be changed
Into, but transmission speed is very fast, can achieve 54Mbps, meets personal and social informatization demand.Wi-Fi is most important excellent
Gesture is not needing to be routed, and can not be limited by wiring condition.But Wi-Fi signal be also provided by wired network, such as
The ADSL of family, partial wideband etc., as long as connecing a wireless router, so that it may which wire signal is converted into Wi-Fi signal；
But existing WiFi transmitting equipment cannot carry out speed limit and bandwidth allocation to the user terminal of connection, be automatically closed not
Use the period of WiFi transmitting equipment.
Summary of the invention
The WIFI intelligent speed-limiting system based on traffic monitoring that the purpose of the present invention is to provide a kind of.
The technical problems to be solved by the invention are as follows:
(1) how bandwidth reasonably to be allocated to carry out speed limit to user terminal；
(2) how the network speed of user is monitored, to disconnect the lower user terminal of long-time network speed；
(3) how the period that counting user is not surfed the Internet, to rationally close the period that do not surf the Internet.
The purpose of the present invention can be achieved through the following technical solutions: a kind of WIFI intelligent speed-limiting system based on traffic monitoring
System, including IP address monitoring module, duration module, processor, memory module, smart allocation module, adjustment module, traffic monitoring
Module disconnects module, crypto module, user log-in block, modified module, certainly opening and closing module and standby control module automatically；
The IP address monitoring module is used to acquire the model and IP address of user terminal connection WiFi；The IP address prison
The model of the user terminal connection WiFi of acquisition and IP address are sent to processor by control module, and the processor receives IP address
The model and IP address of the user terminal connection WiFi that monitoring module is sent simultaneously are sent to memory module storage；The duration module
For monitor user terminal connection WiFi model and IP address connection network duration and be sent to processor；The processor
It receives the model of user terminal connection WiFi and the connection network duration of IP address that duration module is sent and is sent to storage mould
Block storage；The traffic monitoring module is used to monitor in real time the network speed of the user terminal of connection WiFi；The traffic monitoring module
The network speed of the user terminal of the connection WiFi of monitoring is sent to automatic disconnection module；The automatic disconnection module connects for judging
It connects the network speed of the user terminal of WiFi and turns off, specific judgment step is as follows:
Step 1: the network speed of the user terminal of setting connection WiFi is denoted as SPi, i=1 ... n；Set network speed minimum
A1；
Step 2: as SPi < A1, then start statistical time, statistical time is denoted as Ti, i=1 ... n；
Step 3: setting statistical time boundary value is denoted as A2；As Ti > A2 and SPi is consistently less than Ai, then automatic to disconnect
The user terminal that module controls connection WiFi disconnects WiFi connection, as Ti<A2, and SPi>A1；Then start under statistical time is
Beginning statistical time when SPi < A1；
The smart allocation module is used to calculate and distribute the user terminal of connection WiFi；Specifically calculate each allocation step such as
Under:
S1: setting the duration of the user terminal of on-line joining process and is Mi, i ... n；Setting total bandwidth is denoted as P；
S2: user carries out priority ordering to the user terminal of on-line joining process, and priority ordering is denoted as Ci, i=1 ... n；
CiFor peak and corresponding priority ordering value is denoted as Di, i=1 ... n；Then Ci-1Numerical value is the second high ranking value and is denoted as Di-1；
When big not online of user terminal priority ordering value, then sort top than user terminal priority ordering value close to small user terminal
It replaces and value is the big priority ordering value of user terminal priority ordering；
S3: formula is utilizedIt acquires every
The network speed Q that a user terminal is distributed, wherein P indicates bandwidth, including upstream bandwidth and downlink bandwidth；J1 and j2 is default ratio
Example coefficient and j1+j2=1；
The network speed Q that each user terminal of calculating is distributed is sent to adjustment module by the smart allocation module；It is described
The network speed Q that each user terminal that adjustment module receives the transmission of smart allocation module is distributed is according to corresponding network speed Q setting pair
The bandwidth answered；
Preferably, the user logs in processor and accesses the duration at the user terminal connection network stored in memory module
And the model and IP address of user terminal；The modified module inputs and modifies WiFi password and user terminal for user
Priority and priority ordering value；
Preferably, the crypto module is for updating and sending name of code and password to user terminal, it is specific update and
Transmission process is as follows:
A: new Modify password title and password are set and is denoted as W；Name of code and password send boundary value and are denoted as V；
B: as Mi+Di > V of user terminal；Then crypto module modifies the user terminal of Mi+Di > V automatically and sends new password
To the user terminal；
Preferably, the self-starting module is used to count the period of no user terminal connection and opens the period
It opens and closes；Specific statistic procedure is as follows:
Step 1: start timing when no user terminal connection WiFi, initial time is denoted as t1i；When there is user terminal to start
Stop timing when connecting WiFi；Dwell time is denoted as t2i；
Step 2: setting time segment standard duration is denoted as ta；Work as t2i-t1i > ta；It is then marked as to the preferred time
Section；It is denoted as Ji；Wherein, Ji is [t1i, t2i]；
Step 3: the number of the appearance to time preference period Ji is counted, the number of appearance is denoted as Ei, i=1 ... n；
Step 4: it sets continuous number and is denoted as Bi；I=1 ... 30；Wherein, B1 indicates to go out occurrence to time preference period
Number is 1 time, and B2 indicates to time preference period frequency of occurrence to be continuous 2 times；And so on, Bi is to time preference period frequency of occurrence
It is i times continuous；
Step 5: the corresponding integrated value of setting read-around ratio Bi；Integrated value is denoted as Ki, i=1 ... 30；B1=K1；Successively
Analogize, and K1 < K2 < ... < K30；
Step 6: classifying to the number Ei of appearance, separates and is made of how many a read-around ratio Bi；
Step 7: formula is utilizedAcquire opening and closing value Zi；Wherein ni indicates what Bi occurred
Number；Fi is the number for connection WiFi occur to time preference period；G is preset ratio factor fixed value；
Step 8: setting opening and closing boundary value Za；Work as Zi > Za；Then it should be denoted as timing opening and closing time section to time preference period Ji,
I.e. the t1i time begins to shut off WiFi；The t2i time starts to open WiFi；It is then non-timed opening and closing time section, when to this as Zi < Za
Between the WiFi of section do not do any operation；
Preferably, the standby control module includes bluetooth unit, authentication unit, command unit and opening/closing unit；It is described
Bluetooth unit is connect with user terminal by Bluetooth communication for WiFi transmitting equipment；The authentication unit is for being verified indigo plant
Tooth connects the user terminal information of WiFi transmitting equipment；Described instruction unit is used to receive the user connecting with WiFi transmitting equipment
The open command and out code that terminal is sent；Described instruction unit is sent out the user terminal connecting with WiFi transmitting equipment is received
The open command and out code sent are sent to opening/closing unit；The opening/closing unit receives emitting with WiFi for command unit transmission
The open command of the user terminal transmission of equipment connection and out code simultaneously carry out control WiFi transmitting opening of device according to instruction
And closing.
Beneficial effects of the present invention:
(1) present invention emits equipment with WiFi by user terminal and connect, and IP address monitoring module acquires user terminal and connects
The model and IP address of WiFi are connect, and it connects network duration by duration module；Then it is calculated by smart allocation module each
The network speed Q of a user terminal；Then pass through adjustment module；Adjustment module is set according to the network speed Q distributed according to corresponding network speed Q
Set corresponding bandwidth；
(2) present invention utilizes formulaIt obtains
Obtain the network speed Q that each user terminal is distributed, by formula it can be concluded that；The duration distribution of the user terminal of on-line joining process
Network speed is more；Priority ordering value is bigger；The network speed of the duration distribution of the user terminal of on-line joining process is more；
(3) inventive flow monitoring module by monitoring connection WiFi user terminal network speed；The automatic module that disconnects is used
The network speed of the user terminal of WiFi is connected in judgement and is turned off, and as Ti > A2 and SPi is consistently less than Ai, then from dynamic circuit breaker
The user terminal that die sinking block controls connection WiFi disconnects WiFi connection, and user is avoided to lead to occupied bandwidth when not in use；
(4) self-starting module of the present invention is used to count the period of no user terminal connection and opens to the period
And closing；Utilize formulaAcquire opening and closing value Zi；The consecutive days occurred with time preference period
Bigger, opening and closing value is bigger；The number for connection WiFi occur to time preference period is more, and opening and closing value is smaller；It is calculated by opening and closing value,
It may be implemented to connect the period of WiFi in no user, close WiFi and emit equipment, convenient for saving resource；
(5) command unit of the present invention will receive the open command and pass that the user terminal connecting with WiFi transmitting equipment is sent
It closes instruction and is sent to opening/closing unit；Opening/closing unit receives the user terminal connecting with WiFi transmitting equipment that command unit is sent and sends out
The open command and out code sent simultaneously carry out control WiFi transmitting opening of device and closing according to instruction, emit equipment in WiFi
In the state of standby, user terminal can control the opening and closing that WiFi emits equipment by bluetooth connection.
Detailed description of the invention
The present invention will be further described below with reference to the drawings.
Fig. 1 is a kind of functional block diagram of the WIFI intelligent speed-limiting system based on traffic monitoring of the present invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts all other
Embodiment shall fall within the protection scope of the present invention.
Refering to Figure 1, the present invention is a kind of WIFI intelligent speed-limiting system based on traffic monitoring, including IP address is supervised
Control module, processor, memory module, smart allocation module, adjustment module, traffic monitoring module, disconnects mould at duration module automatically
Block, crypto module, user log-in block, modified module, certainly opening and closing module and standby control module；
IP address monitoring module is used to acquire the model and IP address of user terminal connection WiFi；IP address monitoring module will
The model and IP address of the user terminal connection WiFi of acquisition is sent to processor, and processor receives IP address monitoring module and sends
User terminal connection WiFi model and IP address and be sent to memory module storage；Duration module is for monitoring user terminal
It connects the model of WiFi and the connection network duration of IP address and is sent to processor；Processor receives the use that duration module is sent
The model of family terminal connection WiFi and the connection network duration of IP address are simultaneously sent to memory module storage；Traffic monitoring module is used
In the network speed of the user terminal of real time monitoring connection WiFi；Traffic monitoring module by monitoring connection WiFi user terminal net
Speed is sent to automatic disconnection module；Automatic disconnection module is used to judge to connect the network speed of the user terminal of WiFi and turns off,
Specific judgment step is as follows:
Step 1: the network speed of the user terminal of setting connection WiFi is denoted as SPi, i=1 ... n；Set network speed minimum
A1；
Step 2: as SPi < A1, then start statistical time, statistical time is denoted as Ti, i=1 ... n；
Step 3: setting statistical time boundary value is denoted as A2；As Ti > A2 and SPi is consistently less than Ai, then automatic to disconnect
The user terminal that module controls connection WiFi disconnects WiFi connection, and user is avoided to lead to occupied bandwidth when not in use；Simultaneously again
The bandwidth of other connection users can be improved；As Ti<A2, and SPi>A1；Then start statistical time be next time SPi < A1 when
Start statistical time；
Smart allocation module is used to calculate and distribute the user terminal of connection WiFi；It is as follows specifically to calculate each allocation step:
S1: setting the duration of the user terminal of on-line joining process and is Mi, i ... n；Setting total bandwidth is denoted as P；
S2: user carries out priority ordering to the user terminal of on-line joining process, and priority ordering is denoted as Ci, i=1 ... n；
CiFor peak and corresponding priority ordering value is denoted as Di, i=1 ... n；Then Ci-1Numerical value is the second high ranking value and is denoted as Di-1；
When big not online of user terminal priority ordering value, then sort top than user terminal priority ordering value close to small user terminal
It replaces and value is the big priority ordering value of user terminal priority ordering；
S3: formula is utilizedIt acquires every
The network speed Q that a user terminal is distributed, wherein P indicates bandwidth, including upstream bandwidth and downlink bandwidth；J1 and j2 is default ratio
Example coefficient and j1+j2=1；By formula it can be concluded that；The network speed of the duration distribution of the user terminal of on-line joining process is more；Preferentially
Ranking value is bigger；The network speed of the duration distribution of the user terminal of on-line joining process is more；
The network speed Q that each user terminal of calculating is distributed is sent to adjustment module by smart allocation module；Adjustment module
It receives the network speed Q that each user terminal that smart allocation module is sent is distributed and corresponding bandwidth is set according to corresponding network speed Q；
User logs in processor and accesses duration and user's end at the user terminal connection network stored in memory module
The model and IP address at end；Modified module inputs and modifies the priority of WiFi password and user terminal and preferential for user
Ranking value；
Crypto module is for updating and sending name of code and password to user terminal, and specific update and transmission process are such as
Under:
A: new Modify password title and password are set and is denoted as W；Name of code and password send boundary value and are denoted as V；
B: as Mi+Di > V of user terminal；Then crypto module modifies the user terminal of Mi+Di > V automatically and sends new password
To the user terminal；Modified password is sent to qualified user terminal by crypto module；It can effectively solve to work as
When user's Modify password, other connect the problem of user WiFi can not be connected, also be re-prompted；
Self-starting module is used to count the period of no user terminal connection and opens and closes to the period；Tool
Body statistic procedure is as follows:
Step 1: start timing when no user terminal connection WiFi, initial time is denoted as t1i；When there is user terminal to start
Stop timing when connecting WiFi；Dwell time is denoted as t2i；
Step 2: setting time segment standard duration is denoted as ta；Work as t2i-t1i > ta；It is then marked as to the preferred time
Section；It is denoted as Ji；Wherein, Ji is [t1i, t2i]；
Step 3: the number of the appearance to time preference period Ji is counted, the number of appearance is denoted as Ei, i=1 ... n；
Step 4: it sets continuous number and is denoted as Bi；I=1 ... 30；Wherein, B1 indicates to go out occurrence to time preference period
Number is 1 time, and B2 indicates to time preference period frequency of occurrence to be continuous 2 times；And so on, Bi is to time preference period frequency of occurrence
It is i times continuous；
Step 5: the corresponding integrated value of setting read-around ratio Bi；Integrated value is denoted as Ki, i=1 ... 30；B1=K1；Successively
Analogize, and K1 < K2 < ... < K30；
Step 6: classifying to the number Ei of appearance, separates and is made of how many a read-around ratio Bi；
Step 7: formula is utilizedAcquire opening and closing value Zi；Wherein ni indicates what Bi occurred
Number；Fi is the number for connection WiFi occur to time preference period；G is preset ratio factor fixed value；It can be obtained by formula, band
The consecutive days that time preference period occurs are bigger, and opening and closing value is bigger；The number for connection WiFi occur to time preference period is more, opens
It is smaller to close value；When opening and closing value is less than opening and closing boundary value, then the band time preference period is determined as non-timed opening and closing time section；
Step 8: setting opening and closing boundary value Za；Work as Zi > Za；Then it should be denoted as timing opening and closing time section to time preference period Ji,
I.e. the t1i time begins to shut off WiFi；The t2i time starts to open WiFi；It is then non-timed opening and closing time section, when to this as Zi < Za
Between the WiFi of section do not do any operation；
Standby control module includes bluetooth unit, authentication unit, command unit and opening/closing unit；Bluetooth unit is used for WiFi
Transmitting equipment is connect with user terminal by Bluetooth communication；Authentication unit is used to be verified bluetooth connection WiFi transmitting equipment
User terminal information；Command unit is used to receive the open command and closing that the user terminal connecting with WiFi transmitting equipment is sent
Instruction；The open command for receiving the user terminal transmission connecting with WiFi transmitting equipment and out code are sent to by command unit
Opening/closing unit；Opening/closing unit receives the open command that the user terminal connecting with WiFi transmitting equipment that command unit is sent is sent
Control WiFi transmitting opening of device and closing are carried out with out code and according to instruction, it is ensured that in the case where standby, Ke Yiyong
Family terminal can emit the opening and closing of equipment by Bluetooth control WiFi.
The working principle of the invention: emitting equipment with WiFi by user terminal and connect, and the acquisition of IP address monitoring module is used
Family terminal connects the model and IP address of WiFi, and it connects network duration by duration module；Then pass through smart allocation mould
Block calculates the network speed Q of each user terminal；Then pass through adjustment module；Adjustment module is according to the network speed Q distributed according to correspondence
Network speed Q corresponding bandwidth is set；Utilize formula
Acquire the network speed Q that each user terminal is distributed, by formula it can be concluded that；The duration of the user terminal of on-line joining process point
The network speed matched is more；Priority ordering value is bigger；The network speed of the duration distribution of the user terminal of on-line joining process is more；Traffic monitoring mould
Block by monitoring connection WiFi user terminal network speed；The automatic net for disconnecting module and being used to judge to connect the user terminal of WiFi
Speed simultaneously turns off, and as Ti > A2 and SPi is consistently less than Ai, then disconnects user's end that module controls connection WiFi automatically
End disconnects WiFi connection, and user is avoided to lead to occupied bandwidth when not in use；Self-starting module is for counting the connection of no user terminal
Period and the period is opened and closed；Utilize formulaAcquire opening and closing value
Zi；The consecutive days occurred with time preference period are bigger, and opening and closing value is bigger；The number for connection WiFi occur to time preference period is got over
More, opening and closing value is smaller；It is calculated by opening and closing value, may be implemented to connect the period of WiFi in no user, closed WiFi transmitting and set
It is standby, convenient for saving resource；Command unit will receive the open command and pass that the user terminal connecting with WiFi transmitting equipment is sent
It closes instruction and is sent to opening/closing unit；Opening/closing unit receives the user terminal connecting with WiFi transmitting equipment that command unit is sent and sends out
The open command and out code sent simultaneously carry out control WiFi transmitting opening of device and closing according to instruction, emit equipment in WiFi
In the state of standby, user terminal can control the opening and closing that WiFi emits equipment by bluetooth connection.
Above content is only to structure of the invention example and explanation, affiliated those skilled in the art couple
Described specific embodiment does various modifications or additions or is substituted in a similar manner, without departing from invention
Structure or beyond the scope defined by this claim, is within the scope of protection of the invention.
Claims (5)
1. a kind of WIFI intelligent speed-limiting system based on traffic monitoring, which is characterized in that including IP address monitoring module, duration mould
Block, processor, memory module, smart allocation module, adjustment module, traffic monitoring module, automatically disconnect module, crypto module,
User log-in block, modified module, certainly opening and closing module and standby control module；
The IP address monitoring module is used to acquire the model and IP address of user terminal connection WiFi；The IP address monitors mould
The model of the user terminal connection WiFi of acquisition and IP address are sent to processor by block, and the processor receives IP address monitoring
The model and IP address of the user terminal connection WiFi that module is sent simultaneously are sent to memory module storage；The duration module is used for
The model of monitoring user terminal connection WiFi and the connection network duration of IP address are simultaneously sent to processor；The processor receives
The user terminal that duration module is sent connects the model of WiFi and the connection network duration of IP address and is sent to memory module and deposits
Storage；The traffic monitoring module is used to monitor in real time the network speed of the user terminal of connection WiFi；The traffic monitoring module will supervise
The network speed of the user terminal of the connection WiFi of control is sent to automatic disconnection module；The automatic disconnection module is for judging connection
The network speed of the user terminal of WiFi simultaneously turns off, and specific judgment step is as follows:
Step 1: the network speed of the user terminal of setting connection WiFi is denoted as SPi, i=1 ... n；Set network speed minimum A1；
Step 2: as SPi < A1, then start statistical time, statistical time is denoted as Ti, i=1 ... n；
Step 3: setting statistical time boundary value is denoted as A2；As Ti > A2 and SPi is consistently less than Ai, then disconnects module automatically
The user terminal for controlling connection WiFi disconnects WiFi connection, as Ti<A2, and SPi>A1；Then starting statistical time is next time
Beginning statistical time when SPi < A1；
The smart allocation module is used to calculate and distribute the user terminal of connection WiFi；It is as follows specifically to calculate each allocation step:
S1: setting the duration of the user terminal of on-line joining process and is Mi, i ... n；Setting total bandwidth is denoted as P；
S2: user carries out priority ordering to the user terminal of on-line joining process, and priority ordering is denoted as Ci, i=1 ... n；CiFor
Peak and corresponding priority ordering value is denoted as Di, i=1 ... n；Then Ci-1Numerical value is the second high ranking value and is denoted as Di-1；When
When big not online of user terminal priority ordering value, then sort and replace close to small user terminal than user terminal priority ordering value
And value is the big priority ordering value of user terminal priority ordering；
S3: formula is utilizedAcquire each user
The network speed Q that terminal is distributed, wherein P indicates bandwidth, including upstream bandwidth and downlink bandwidth；J1 and j2 is preset ratio coefficient
And j1+j2=1；By formula it can be concluded that；The network speed of the duration distribution of the user terminal of on-line joining process is more；Priority ordering value
It is bigger；The network speed of the duration distribution of the user terminal of on-line joining process is more；
The network speed Q that each user terminal of calculating is distributed is sent to adjustment module by the smart allocation module；The adjusting
It is corresponding according to corresponding network speed Q setting that module receives the network speed Q that each user terminal that smart allocation module is sent is distributed
Bandwidth.
2. a kind of WIFI intelligent speed-limiting system based on traffic monitoring according to claim 1, which is characterized in that the use
Family log in processor and access the duration at user terminal connection network stored in memory module and the model of user terminal and
IP address；The modified module inputs and modifies the priority and priority ordering of WiFi password and user terminal for user
Value.
3. a kind of WIFI intelligent speed-limiting system based on traffic monitoring according to claim 1, which is characterized in that described close
For code module for updating and sending name of code and password to user terminal, specific update and transmission process are as follows:
A: new Modify password title and password are set and is denoted as W；Name of code and password send boundary value and are denoted as V；
B: as Mi+Di > V of user terminal；Then crypto module modifies the user terminal of Mi+Di > V automatically and sends new password and extremely should
User terminal.
4. a kind of WIFI intelligent speed-limiting system based on traffic monitoring according to claim 1, which is characterized in that it is described from
Starting module is used to count the period of no user terminal connection and opens and closes to the period；Specific statistic procedure
It is as follows:
Step 1: start timing when no user terminal connection WiFi, initial time is denoted as t1i；When there is user terminal to start to connect
Stop timing when WiFi；Dwell time is denoted as t2i；
Step 2: setting time segment standard duration is denoted as ta；Work as t2i-t1i > ta；It is then marked as to time preference period；Note
For Ji；Wherein, Ji is [t1i, t2i]；
Step 3: the number of the appearance to time preference period Ji is counted, the number of appearance is denoted as Ei, i=1 ... n；
Step 4: it sets continuous number and is denoted as Bi；I=1 ... 30；Wherein, B1 indicates to time preference period frequency of occurrence to be 1
Secondary, B2 indicates to time preference period frequency of occurrence to be continuous 2 times；And so on, it is company that Bi, which is to time preference period frequency of occurrence,
It is i times continuous；
Step 5: the corresponding integrated value of setting read-around ratio Bi；Integrated value is denoted as Ki, i=1 ... 30；B1=K1；Successively class
It pushes away, and K1 < K2 < ... < K30；
Step 6: classifying to the number Ei of appearance, separates and is made of how many a read-around ratio Bi；
Step 7: formula is utilizedAcquire opening and closing value Zi；Wherein ni indicates the number that Bi occurs；
Fi is the number for connection WiFi occur to time preference period；G is preset ratio factor fixed value；It can be obtained by formula, band is preferably
The consecutive days that period occurs are bigger, and opening and closing value is bigger；The number for connection WiFi occur to time preference period is more, opening and closing value
It is smaller；When opening and closing value is less than opening and closing boundary value, then the band time preference period is determined as non-timed opening and closing time section；
Step 8: setting opening and closing boundary value Za；Work as Zi > Za；Then it should be denoted as timing opening and closing time section to time preference period Ji, i.e.,
The t1i time begins to shut off WiFi；The t2i time starts to open WiFi；It is then non-timed opening and closing time section, to the time as Zi < Za
The WiFi of section does not do any operation.
5. a kind of WIFI intelligent speed-limiting system based on traffic monitoring according to claim 1, which is characterized in that it is described to
Machine control module includes bluetooth unit, authentication unit, command unit and opening/closing unit；The bluetooth unit is set for WiFi transmitting
It is standby to be connect with user terminal by Bluetooth communication；The authentication unit is used to be verified the use of bluetooth connection WiFi transmitting equipment
Family end message；Described instruction unit is used to receive the open command and pass that the user terminal connecting with WiFi transmitting equipment is sent
Close instruction；Described instruction unit will receive the open command and out code for the user terminal transmission connecting with WiFi transmitting equipment
It is sent to opening/closing unit；The opening/closing unit receives the user terminal connecting with WiFi transmitting equipment that command unit is sent and sends
Open command and out code and control WiFi transmitting opening of device and closing is carried out according to instruction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910214337.5A CN109842572A (en) | 2019-03-20 | 2019-03-20 | A kind of WIFI intelligent speed-limiting system based on traffic monitoring |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910214337.5A CN109842572A (en) | 2019-03-20 | 2019-03-20 | A kind of WIFI intelligent speed-limiting system based on traffic monitoring |
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