CN104703163A - Real-time monitoring method for remaining Internet surfing flow of terminal and flow monitoring server - Google Patents
Real-time monitoring method for remaining Internet surfing flow of terminal and flow monitoring server Download PDFInfo
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- CN104703163A CN104703163A CN201310654933.8A CN201310654933A CN104703163A CN 104703163 A CN104703163 A CN 104703163A CN 201310654933 A CN201310654933 A CN 201310654933A CN 104703163 A CN104703163 A CN 104703163A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/24—Accounting or billing
Abstract
The disclosure relates to a real-time monitoring method for the remaining Internet surfing flow of a terminal and a flow monitoring server. The method comprises the following steps: receiving a flow monitoring request initiated by a user, wherein the request comprises a flow prompt threshold; inquiring a history Internet surfing record from a charging system, and acquiring a measured mean Internet speed value; inquiring the real-time remaining amount of current package flow from the charging system; determining a timing length according to the real-time remaining amount, the measured mean Internet speed value, a mean Internet speed value set by the system and the flow prompt threshold, and starting timing; at the arrival of the timing length, inquiring the real-time remaining amount of the current package flow once again from the charging system, and comparing the real-time remaining amount inquired for the second time with the flow prompt threshold; and if the inquired real-time remaining amount is smaller than the flow prompt threshold, resetting the timing length according to the inquired remaining amount, otherwise prompting the user of a real-time remaining amount left in the current package flow. Through adoption of the real-time monitoring method in the disclosure, the flow used by the user is accurately monitored under the situation of reducing the access times of the charging system.
Description
Technical field
The disclosure relates to mobile Internet, especially, relates to a kind of terminal online residual flow method for real-time monitoring and traffic monitoring server.
Background technology
At present, the user ordering telecom operators' flow package has the demand of real-time monitoring cell-phone surfing flow remaining sum, this is because after flow use amount exceedes set meal flow amount, charging way is by employing standard rate, campus network will increase greatly, and therefore user wishes to avoid flow to exceed the quata.
Present surfing Internet with cell phone flow has monitored following two kinds of modes in real time:
(1) by the method that cell-phone customer terminal is added up voluntarily, the data on flows that the method obtains is inaccurate, because the part that application traffic is reduced or remitted cannot eliminate by client.
(2) telecom operators are at present for user provides the service of set time (such as, the end of month, the moon medium) or customization threshold value (such as, flow 40%, 80%, 90% etc.) reminding user flow remaining sum.This service obtains traffic statistics by the mode of directly accessing charge system.For the mode of customization threshold value, realization adopts periodic polling charge system, screen the mode of eligible user and realize, for this mode, if the poll frequency is too high, larger access pressure will be produced to charge system, if the poll frequency is too low, threshold value comparative result and the inconsistent situation of current actual use traffic may be there is.
Surfing Internet with cell phone has random and sudden simultaneously, and mobile phone residual flow has the clear and definite balance left time unlike voice, when user carries out a large amount of data downloads, if monitor ineffective, easily causes customer flow to exceed the situation of flow value in set meal.
Summary of the invention
The disclosure proposes new technical scheme in view of at least one in above problem.
The disclosure provides a kind of terminal online residual flow method for real-time monitoring in one, and it is monitored the flow that user uses when charge system access times exactly when reducing as far as possible.
The disclosure provides a kind of traffic monitoring server on the other hand at it, and it is monitored the flow that user uses when charge system access times exactly in reduction of trying one's best.
According to the disclosure, a kind of terminal online residual flow method for real-time monitoring is provided, comprises:
Receive Client-initiated traffic monitoring request, comprise flow in traffic monitoring request and remind threshold value;
To charge system query history internet records, and obtain the network speed average of actual measurement;
The real-time surplus of current set meal flow is inquired about to charge system;
Threshold value determination timing length is reminded according to the real-time surplus of current set meal flow, the network speed average of actual measurement, the network speed average of Operation system setting and flow;
Start timer and carry out timing;
When timing length arrives, again inquire about the real-time surplus of current set meal flow to charge system, and remind threshold value to compare the real-time surplus again inquired and flow;
If the real-time surplus again inquired is less than flow remind threshold value, then reset timing length according to the surplus again inquired, otherwise real-time surplus remaining in user reminding current set meal flow.
In embodiments more of the present disclosure, the step of threshold value determination timing length is reminded to comprise according to the real-time surplus of current set meal flow, the network speed average of actual measurement, the network speed average of Operation system setting and flow:
According to the network speed average of actual measurement and the network speed average determination average Dynamic gene of Operation system setting;
Threshold value and average Dynamic gene determination timing length is reminded according to the network speed average of real-time surplus, actual measurement, flow.
In embodiments more of the present disclosure, the step according to the network speed average of actual measurement and the network speed average determination average Dynamic gene of Operation system setting comprises:
The network speed average of actual measurement is utilized to obtain velocity factor divided by the network speed average of Operation system setting;
The greater is got as average Dynamic gene in velocity factor and 1.
In embodiments more of the present disclosure, the step of threshold value and average Dynamic gene determination timing length is reminded to comprise according to the network speed average of real-time surplus, actual measurement, flow:
Utilize the flow value that real-time surplus, average Dynamic gene and flow prompting threshold calculations need be waited for;
The network speed mean value computation of the flow value that utilization need be waited for and actual measurement goes out the time that need wait for, and the time waited for by the need calculated is as timing length.
In embodiments more of the present disclosure, the mode of real-time surplus remaining in user reminding current set meal flow comprises WAP Push mode and short message mode.
According to the disclosure, additionally provide a kind of traffic monitoring server, comprising:
Monitoring request reception unit, for receiving Client-initiated traffic monitoring request, comprising flow and reminding threshold value in traffic monitoring request;
Network speed query unit, for charge system query history internet records, and obtains the network speed average of surveying;
Flow query unit, for inquiring about the real-time surplus of current set meal flow to charge system;
Timing unit, reminds threshold value determination timing length for the network speed average of the real-time surplus according to current set meal flow, actual measurement, the network speed average of Operation system setting and flow, and starts timer and carry out timing;
Comparing unit, for when timing length arrives, the real-time surplus of current set meal flow is again inquired about to charge system, and remind threshold value to compare the real-time surplus again inquired and flow, if the real-time surplus again inquired is less than flow remind threshold value, then reset timing length according to the surplus again inquired, otherwise real-time surplus remaining in user reminding current set meal flow.
In embodiments more of the present disclosure, timing unit comprises:
Average Dynamic gene determination subelement, for the network speed average determination average Dynamic gene according to the network speed average of surveying and Operation system setting;
Timing length determination subelement, reminds threshold value and average Dynamic gene determination timing length for the network speed average according to real-time surplus, actual measurement, flow;
Timing subelement, carries out timing for starting timer.
In embodiments more of the present disclosure, average Dynamic gene determination subelement utilizes the network speed average of actual measurement to obtain velocity factor divided by the network speed average of Operation system setting, gets the greater as average Dynamic gene in velocity factor and 1.
In embodiments more of the present disclosure, the flow value that timing length determination subelement utilizes real-time surplus, average Dynamic gene and flow prompting threshold calculations to wait for, the network speed mean value computation of the flow value that utilization need be waited for and actual measurement goes out the time that need wait for, and the time waited for by the need calculated is as timing length.
In embodiments more of the present disclosure, the mode of the real-time surplus that comparing unit is remaining in user reminding current set meal flow comprises WAP Push mode and short message mode.
In technical scheme of the present disclosure, owing to being provided with personalized timing length for each user, unified time charge system is conducted interviews without the need to all users, on the one hand, the even access frequency to charge system, on the other hand, owing to reminding threshold calculations to go out personalized timing length, therefore, without the need to accessing charge system continually according to the flow of each user, reduce the access pressure to charge system, also assures that the accuracy that flow is reminded simultaneously.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide further understanding of the disclosure, forms a application's part.In the accompanying drawings:
Fig. 1 is the schematic flow sheet of the terminal online residual flow method for real-time monitoring of a disclosure embodiment.
Fig. 2 is the structural representation of the traffic monitoring server of a disclosure embodiment.
Embodiment
Below with reference to accompanying drawings the disclosure is described.It should be noted that following being described in is only explanatory and exemplary in essence, never as any restriction to the disclosure and application or use.Unless stated otherwise, otherwise positioned opposite and numerical expression and the numerical value of the parts of setting forth in an embodiment and step do not limit the scope of the present disclosure.In addition, technology well known by persons skilled in the art, method and apparatus may not be discussed in detail, but are intended to the part becoming specification in appropriate circumstances.
In view of the above problems, present disclosure proposes the real-time monitoring scheme of a kind of surfing Internet with cell phone flow package surplus, flow for customization threshold value reminds demand, use historical data calculate the reasonable time of access charge system and access charge system according to customer flow, reach the object as far as possible reduced while obtaining user's residual flow accurately the access pressure of charge system.
The flow that the disclosure is arranged according to user reminds threshold value, traffic monitoring server is by a kind of method supervisory user residual flow using the visitation frequency real time access telecom operators Online Charging System of historical data generation according to user's residual flow and flow, reach the access pressure of reduction to Online Charging System while obtaining accurate residual flow data, go for telecom operators' flow balance reminding operation service system.
Fig. 1 is the schematic flow sheet of the terminal online residual flow method for real-time monitoring of a disclosure embodiment.
As shown in Figure 1, this embodiment can comprise the following steps:
S102, receives Client-initiated traffic monitoring request, comprises flow and remind threshold value in traffic monitoring request;
In this embodiment, each user can arrange personalized flow and remind threshold value, need not as several monitoring threshold values that can only accept operator in prior art and provide.And in this embodiment, user can also adjust according to demand at any time, upgrade flow prompting threshold value.
Wherein, the unit of this flow prompting threshold value is the unit of flow, such as, bit, or user also directly can send the percentage of set meal flow, after receiving this percentage, then according to the set meal flow of user's application, this percentage is converted to concrete flow prompting threshold value.
S104, to charge system query history internet records, and obtains the network speed average of actual measurement;
Particularly, when calculating the network speed average of actual measurement, can according to user's request setting-up time section, such as, can be nearest 24 hours, nearest 1 week or nearest 1 month etc.
S106, inquires about the real-time surplus of current set meal flow to charge system, that is, the real-time residual flow of current set meal flow.
S108, reminds threshold value determination timing length according to the real-time surplus of current set meal flow, the network speed average of actual measurement, the network speed average of Operation system setting and flow;
Wherein, if perform the program first, there is no history internet records before, then the network speed average of actual measurement can be defined as the network speed average of Operation system setting, or do not surf the Net for a long time, also can using the network speed average of the network speed average of Operation system setting as actual measurement.
S110, starts timer and carries out timing.
S112, when timing length arrives, inquires about the real-time surplus of current set meal flow again to charge system;
S114, reminds threshold value to compare the real-time surplus again inquired and flow;
Because the timing length calculated in step S108 goes out according to the network speed Estimation of Mean of historical data or Operation system setting, therefore, deviation may be there is, so when timing arrives, again can inquire about now real residual flow in charge system, remind threshold value to compare the flow that this current real remaining flow and user set.
If the real-time surplus again inquired is less than flow remind threshold value, then turns S106 and again inquire about residual flow, and reset timing length according to the surplus again inquired, otherwise turn S116.
S116, real-time surplus remaining in user reminding current set meal flow;
Particularly, if current real remaining flow is less than flow remind threshold value, then show that remaining flow does not also reach flow and reminds threshold value, can continue to arrange new timing length, to determine the time of inquiry next time, otherwise, show that residual flow has been equal to or less than flow and has reminded threshold value, need to inform flow remaining in the current set meal of user in time.
In this embodiment, owing to being provided with personalized timing length for each user, unified time charge system is conducted interviews without the need to all users, on the one hand, the even access frequency to charge system, on the other hand, owing to reminding threshold calculations to go out personalized timing length, therefore, without the need to accessing charge system continually according to the flow of each user, reduce the access pressure to charge system, also assures that the accuracy that flow is reminded simultaneously.
Further, in step S108, the step of threshold value determination timing length is reminded to comprise according to the real-time surplus of current set meal flow, the network speed average of actual measurement, the network speed average of Operation system setting and flow:
According to the network speed average of actual measurement and the network speed average determination average Dynamic gene of Operation system setting; Wherein, average Dynamic gene is the coefficient that measurement user surfing flow changes relative to average.
Threshold value and average Dynamic gene determination timing length is reminded according to the network speed average of real-time surplus, actual measurement, flow.
Further, can comprise according to the step of the network speed average of actual measurement and the network speed average determination average Dynamic gene of Operation system setting:
The network speed average of actual measurement is utilized to obtain velocity factor divided by the network speed average of Operation system setting;
The greater is got again as average Dynamic gene in velocity factor and 1.
Further, the step of threshold value and average Dynamic gene determination timing length is reminded to comprise according to the network speed average of real-time surplus, actual measurement, flow:
Utilize the flow value that real-time surplus, average Dynamic gene and flow prompting threshold calculations need be waited for;
The network speed mean value computation of the flow value that utilization need be waited for and actual measurement goes out the time that need wait for, and the time waited for by the need calculated is as timing length.
That is, if the network speed average of actual measurement is greater than the network speed average of Operation system setting, then compared with the network speed average of Operation system setting, the network speed average of actual measurement is utilized to obtain shorter timing length; If the network speed average of actual measurement is less than the network speed average of Operation system setting, then compared with the network speed average of Operation system setting, the network speed average of actual measurement is utilized to obtain longer timing length.
In addition, in step S116, the mode of real-time surplus remaining in user reminding current set meal flow comprises WAP(Wireless Application Protocol, WAP (wireless application protocol)) push mode and short message mode.
In another example of the present disclosure, the residual flow of the traffic monitoring server monitoring user mobile phone of network side can be utilized.Traffic monitoring server uses the method for the visitation frequency real time access telecom operators Online Charging System of historical record generation to carry out the monitoring of residual flow by a kind of according to user's current residual flow and flow, and the flow that arranges that the method can realize user individual is reminded threshold value, obtained accurate, real-time residual flow information.
Wherein, the flow that traffic monitoring server provides parameter interface to arrange set meal for mobile phone reminds threshold value.When flow reminds threshold value to arrive, traffic monitoring server will be reminded to mobile phone by the such as alarm set such as note, WAP Push.Traffic monitoring server accesses the Online Charging System of telecom operators, with Real-time Obtaining user mobile phone residual flow information accurately according to the disclosure.
In this example, following flow process can be comprised:
(1) the traffic monitoring request of traffic monitoring server receives user transmission, carries flow and reminds threshold value L0 in traffic monitoring request;
(2) after receiving traffic monitoring request, traffic monitoring server, to the online historical record of telecommunications Online Charging System inquiring user, calculates the network speed average M in setting-up time section;
(3) simultaneously, traffic monitoring server is also as the flow L of Online Charging System inquiring user current residual;
(4) judge whether the flow L of current residual is less than flow and reminds threshold value L0;
(5) if the flow L of current residual is not less than L0, then illustrate that the flow L of current residual does not also reach the flow prompting threshold value L0 of user's setting, inquiry waiting timer value T can be set according to the flow L of current residual;
(6) if the flow L of current residual is less than or equal to L0, then illustrate that the flow L of current residual arrives the flow that user arranges and reminds threshold value L0, can by WAP Push or short message mode to user reminding residual flow;
(7) inquiring about waiting timer T to constantly, traffic monitoring server obtains new current residual flow L from Online Charging System, then turns (4).
Wherein, the generation method of inquiring about timing length in waiting timer is as follows:
Inquiry waiting timer is a kind of timer, historical record generated query waiting time by the following method can be used according to the flow of user's current residual and flow, after inquiry waiting time arrives, traffic monitoring server by access telecom operators Online Charging System, to obtain the flow information of user's current residual.
Wherein, it is L0 that user is provided with flow prompting threshold value in traffic monitoring request, and traffic monitoring server obtains the residual flow L in the current set meal of user from Online Charging System.
M is the network speed average of user within for the previous period of actual measurement, and can value be one week or one month etc. during this period of time, M0 be the network speed average of system default.
If the M=0 surveyed out, then can define: M=M0;
K is average Dynamic gene, the implication of K is the coefficient that measurement user surfing flow changes relative to average, K value is reflected in the adjustment to traffic monitoring threshold value as average Dynamic gene, to ensure that the quantity consumed of customer flow within the waiting time of the inquiry waiting timer generated according to historical data is no more than customer flow monitoring threshold value L0 as far as possible;
The computational methods of K: K=Max{M/M0,1}.
Inquiry waits for that the timing length T of locator is:
Traffic monitoring server is after the timing length T calculating inquiry waiting timer, opening timing device, after timing length arrives, visit again Online Charging System and obtain new user's residual flow L, the flow arranged with user again reminds threshold value to compare, and determines whether the flow that reminding user is remaining.
One of ordinary skill in the art will appreciate that, realize the whole of said method embodiment to have been come by the hardware that program command is relevant with part steps, aforesaid program can be stored in a computing equipment read/write memory medium, this program is when performing, perform and comprise the step of said method embodiment, and aforesaid storage medium can comprise ROM, RAM, magnetic disc and CD etc. various can be program code stored medium.
Fig. 2 is the structural representation of the traffic monitoring server of a disclosure embodiment.
As shown in Figure 2, the traffic monitoring server 20 in this embodiment can comprise monitoring request reception unit 202, network speed query unit 204, flow query unit 206, timing unit 208 and comparing unit 210.Wherein,
Monitoring request reception unit 202, for receiving Client-initiated traffic monitoring request, comprising flow and reminding threshold value in traffic monitoring request;
Network speed query unit 204, for charge system query history internet records, and obtains the network speed average of surveying;
Flow query unit 206, for inquiring about the real-time surplus of current set meal flow to charge system;
Timing unit 208, reminds threshold value determination timing length for the network speed average of the real-time surplus according to current set meal flow, actual measurement, the network speed average of Operation system setting and flow, and starts timer and carry out timing;
Comparing unit 210, for when timing length arrives, the real-time surplus of current set meal flow is again inquired about to charge system, and remind threshold value to compare the real-time surplus again inquired and flow, if the real-time surplus again inquired is less than flow remind threshold value, then reset timing length according to the surplus again inquired, otherwise real-time surplus remaining in user reminding current set meal flow.
In this embodiment, owing to being provided with personalized timing length for each user, unified time charge system is conducted interviews without the need to all users, on the one hand, the even access frequency to charge system, on the other hand, owing to reminding threshold calculations to go out personalized timing length, therefore, without the need to accessing charge system continually according to the flow of each user, reduce the access pressure to charge system, also assures that the accuracy that flow is reminded simultaneously.
Further, timing unit can comprise average Dynamic gene determination subelement, timing length determination subelement and timing subelement.Wherein,
Average Dynamic gene determination subelement, for the network speed average determination average Dynamic gene according to the network speed average of surveying and Operation system setting;
Timing length determination subelement, reminds threshold value and average Dynamic gene determination timing length for the network speed average according to real-time surplus, actual measurement, flow;
Timing subelement, carries out timing for starting timer.
Further, average Dynamic gene determination subelement utilizes the network speed average of actual measurement to obtain velocity factor divided by the network speed average of Operation system setting, gets the greater as average Dynamic gene in velocity factor and 1.
Further, the flow value that timing length determination subelement utilizes real-time surplus, average Dynamic gene and flow prompting threshold calculations to wait for, the network speed mean value computation of the flow value that utilization need be waited for and actual measurement goes out the time that need wait for, and the time waited for by the need calculated is as timing length.
In addition, the mode of the real-time surplus that comparing unit is remaining in user reminding current set meal flow comprises WAP Push mode and short message mode.
In this specification, each embodiment all adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, and part identical with similar between each embodiment can cross-reference.For device embodiment, due to itself and embodiment of the method basic simlarity, so description is fairly simple, relevant part can see the explanation of embodiment of the method part.
Although describe the disclosure with reference to exemplary embodiment, should be understood that the disclosure is not limited to above-mentioned exemplary embodiment.It will be obvious to those skilled in the art that and can revise above-mentioned exemplary embodiment under the condition not deviating from the scope of the present disclosure and spirit.The scope of appended claim should be endowed the widest explanation, to comprise all such amendments and equivalent 26S Proteasome Structure and Function.
Claims (10)
1. a terminal online residual flow method for real-time monitoring, is characterized in that, comprising:
Receive Client-initiated traffic monitoring request, comprise flow in described traffic monitoring request and remind threshold value;
To charge system query history internet records, and obtain the network speed average of actual measurement;
The real-time surplus of current set meal flow is inquired about to charge system;
Threshold value determination timing length is reminded according to the real-time surplus of current set meal flow, the network speed average of actual measurement, the network speed average of Operation system setting and flow;
Start timer and carry out timing;
When timing length arrives, again inquire about the real-time surplus of current set meal flow to charge system, and remind threshold value to compare the real-time surplus again inquired and flow;
If the real-time surplus again inquired is less than flow remind threshold value, then reset timing length according to the surplus again inquired, otherwise real-time surplus remaining in user reminding current set meal flow.
2. terminal online residual flow method for real-time monitoring according to claim 1, it is characterized in that, the described real-time surplus according to current set meal flow, the network speed average of actual measurement, the network speed average of Operation system setting and flow remind the step of threshold value determination timing length to comprise:
According to the network speed average of actual measurement and the network speed average determination average Dynamic gene of Operation system setting;
Threshold value and average Dynamic gene determination timing length is reminded according to the network speed average of real-time surplus, actual measurement, flow.
3. terminal online residual flow method for real-time monitoring according to claim 2, it is characterized in that, the described step according to the network speed average of actual measurement and the network speed average determination average Dynamic gene of Operation system setting comprises:
The network speed average of actual measurement is utilized to obtain velocity factor divided by the network speed average of Operation system setting;
The greater is got as average Dynamic gene in velocity factor and 1.
4. terminal online residual flow method for real-time monitoring according to claim 2, it is characterized in that, the network speed average of the real-time surplus of described basis, actual measurement, flow remind the step of threshold value and average Dynamic gene determination timing length to comprise:
Utilize the flow value that real-time surplus, average Dynamic gene and flow prompting threshold calculations need be waited for;
The network speed mean value computation of the flow value that utilization need be waited for and actual measurement goes out the time that need wait for, and the time waited for by the need calculated is as timing length.
5. terminal online residual flow method for real-time monitoring according to claim 1, it is characterized in that, the mode of described real-time surplus remaining in user reminding current set meal flow comprises WAP Push mode and short message mode.
6. a traffic monitoring server, is characterized in that, comprising:
Monitoring request reception unit, for receiving Client-initiated traffic monitoring request, comprising flow and reminding threshold value in described traffic monitoring request;
Network speed query unit, for charge system query history internet records, and obtains the network speed average of surveying;
Flow query unit, for inquiring about the real-time surplus of current set meal flow to charge system;
Timing unit, reminds threshold value determination timing length for the network speed average of the real-time surplus according to current set meal flow, actual measurement, the network speed average of Operation system setting and flow, and starts timer and carry out timing;
Comparing unit, for when timing length arrives, the real-time surplus of current set meal flow is again inquired about to charge system, and remind threshold value to compare the real-time surplus again inquired and flow, if the real-time surplus again inquired is less than flow remind threshold value, then reset timing length according to the surplus again inquired, otherwise real-time surplus remaining in user reminding current set meal flow.
7. traffic monitoring server according to claim 6, is characterized in that, described timing unit comprises:
Average Dynamic gene determination subelement, for the network speed average determination average Dynamic gene according to the network speed average of surveying and Operation system setting;
Timing length determination subelement, reminds threshold value and average Dynamic gene determination timing length for the network speed average according to real-time surplus, actual measurement, flow;
Timing subelement, carries out timing for starting timer.
8. traffic monitoring server according to claim 7, it is characterized in that, described average Dynamic gene determination subelement utilizes the network speed average of actual measurement to obtain velocity factor divided by the network speed average of Operation system setting, gets the greater as average Dynamic gene in velocity factor and 1.
9. traffic monitoring server according to claim 7, it is characterized in that, the flow value that described timing length determination subelement utilizes real-time surplus, average Dynamic gene and flow prompting threshold calculations to wait for, the network speed mean value computation of the flow value that utilization need be waited for and actual measurement goes out the time that need wait for, and the time waited for by the need calculated is as timing length.
10. traffic monitoring server according to claim 6, is characterized in that, the mode of the real-time surplus that described comparing unit is remaining in user reminding current set meal flow comprises WAP Push mode and short message mode.
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