CN103731887A - Network bandwidth adjusting method, mobile terminal and server - Google Patents
Network bandwidth adjusting method, mobile terminal and server Download PDFInfo
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- CN103731887A CN103731887A CN201410014555.1A CN201410014555A CN103731887A CN 103731887 A CN103731887 A CN 103731887A CN 201410014555 A CN201410014555 A CN 201410014555A CN 103731887 A CN103731887 A CN 103731887A
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Abstract
The invention provides a network bandwidth adjusting method, a mobile terminal and a server. The mobile terminal acquires the current network bandwidth of the mobile terminal and a first network bandwidth required by an application program to which users currently access; the current network bandwidth is compared with the first network bandwidth; when the current network bandwidth is smaller than the first network bandwidth, a first request for adjusting the network bandwidth is sent to the server; the server generates quality of service (QoS) parameters according to the first request and sends the QoS parameters to a core network device; therefore, the core network device adjusts the network bandwidth between the mobile terminal and the application server where the application program is positioned into the target network bandwidth. By means of the network bandwidth adjusting method, actual network requirements of users are known in real time, the network bandwidth is adjusted based on the actual network requirements, therefore, normal call of the application program to which users currently access can be ensured, and efficiency on accessing to the application program of users is increased.
Description
Technical field
The present invention relates to the communication technology, relate in particular to a kind of network bandwidth method of adjustment, mobile terminal and server.
Background technology
Along with the develop rapidly of mobile communication technology, increasing third party's application system has been opened a large amount of application programs for mobile terminal, so that user is directly by mobile terminal, accesses the application program self providing.
User, by mobile terminal accessing third party application system, provide application program time; when if user's current network bandwidth cannot meet the required network bandwidth requirements of application program; user just can not be normally or is accessed swimmingly or use application program; so not only caused user when access application, to occur longer situation consuming time, and it is lower to have reduced the service efficiency of application program.
Summary of the invention
The invention provides a kind of network bandwidth method of adjustment, mobile terminal and server, in the time of cannot meeting the required network bandwidth requirements of application program to solve user's current network bandwidth, user is occurred when access application consuming time longer, and the lower problem of the service efficiency of application program.
To achieve these goals, the invention provides a kind of network bandwidth method of adjustment, comprising:
The current network bandwidth of acquisition for mobile terminal self and the required first network bandwidth of the application program of current accessed;
Described mobile terminal compares described current network bandwidth and described first network bandwidth;
If described current network bandwidth is less than described first network bandwidth, described mobile terminal sends for adjusting the first request of the network bandwidth to server, it is described so that described server sends to equipment of the core network according to described the first request generation service quality QoS parameter, and make described equipment of the core network, according to described qos parameter, the network bandwidth between described mobile terminal and the application server at described application program place is adjusted into objective network bandwidth, wherein said the first request comprises the identification information of described mobile terminal, described current network bandwidth, the identification information of described first network bandwidth and described application program.
To achieve these goals, the invention provides a kind of network bandwidth method of adjustment, comprising:
What server mobile terminal receive sent asks for adjusting first of the network bandwidth, and wherein said the first whole request comprises the current network bandwidth of the identification information of described mobile terminal, described mobile terminal, the first network bandwidth of the application program of described mobile terminal current accessed and the identification information of described application program; Described the first request is sent during lower than described first network bandwidth in described current network bandwidth by described mobile terminal;
Described server generates qos parameter and sends to equipment of the core network according to described the first request, so that described equipment of the core network is adjusted into objective network bandwidth according to described qos parameter by the network bandwidth between described mobile terminal and the application server at described application program place.
To achieve these goals, the invention provides a kind of mobile terminal, comprising:
Acquisition module, for obtaining the current network bandwidth of self and the required first network bandwidth of application program of current accessed;
Comparison module, for comparing described current network bandwidth and described first network bandwidth;
Sending module, for comparing at described comparison module after described current network bandwidth is less than described first network bandwidth, to server, send for adjusting the first request of the network bandwidth, described so that described server sends to equipment of the core network according to described the first request generation service quality QoS parameter, and make described equipment of the core network, according to described qos parameter, the network bandwidth between described mobile terminal and the application server at described application program place is adjusted into objective network bandwidth;
Wherein said the first request comprises the identification information of the identification information of described mobile terminal, described current network bandwidth, described first network bandwidth and described application program.
To achieve these goals, the invention provides a kind of server, comprising:
Receiver module, what for mobile terminal receive, send asks for adjusting first of the network bandwidth, and wherein said the first whole request comprises the current network bandwidth of the identification information of described mobile terminal, described mobile terminal, the first network bandwidth of the application program of described mobile terminal current accessed and the identification information of described application program; Described the first request is sent during lower than described first network bandwidth in described current network bandwidth by described mobile terminal;
Generation module, for generating qos parameter and send to equipment of the core network according to described the first request, so that described equipment of the core network is adjusted into objective network bandwidth according to described qos parameter by the network bandwidth between described mobile terminal and the application server at described application program place.
A kind of network bandwidth method of adjustment provided by the invention, mobile terminal and server, the current network bandwidth of acquisition for mobile terminal self and the required first network bandwidth of the application program of current accessed, current network bandwidth and first network bandwidth are compared, when current network bandwidth is less than first network bandwidth, to server, send for adjusting the first request of the network bandwidth, so that generating service quality QoS parameter according to the first request, this server sends to equipment of the core network, so that equipment of the core network is adjusted into objective network bandwidth according to this qos parameter to the network bandwidth between mobile terminal and the application server at application program place.In the present invention, mobile terminal can monitor user's current network bandwidth, when current network bandwidth is not met consumers' demand, request is adjusted the network bandwidth, to guarantee that the application program of accessing can be by normal call, in the present invention, not only can understand in real time user's real network demand, and based on this real network demand, network is adjusted, improved the efficiency of user's access application.
Accompanying drawing explanation
The schematic flow sheet of a kind of network bandwidth method of adjustment that Fig. 1 provides for the embodiment of the present invention;
The schematic flow sheet of the another kind of network bandwidth method of adjustment that Fig. 2 provides for the embodiment of the present invention;
The schematic flow sheet of the another kind of network bandwidth method of adjustment that Fig. 3 provides for the embodiment of the present invention;
The structural representation of a kind of mobile terminal that Fig. 4 provides for the embodiment of the present invention;
The structural representation of a kind of sending module that Fig. 5 provides for the embodiment of the present invention;
The structural representation of a kind of server that Fig. 6 provides for the embodiment of the present invention;
The structural representation of a kind of generation module that Fig. 7 provides for the embodiment of the present invention;
The structural representation of a kind of network bandwidth adjustment System that Fig. 8 provides for the embodiment of the present invention.
Embodiment
Below by drawings and Examples, technical scheme of the present invention is described in further detail.
The schematic flow sheet of a kind of network bandwidth method of adjustment that Fig. 1 provides for the embodiment of the present invention.In the present embodiment, the executive agent of this network bandwidth method of adjustment can be mobile terminal.As shown in Figure 1, this network bandwidth method of adjustment comprises the following steps:
101, the current network bandwidth of acquisition for mobile terminal self and the required first network bandwidth of the application program of current accessed.
Particularly, the monitoring modular for monitoring network bandwidth is installed on mobile terminal, this monitoring modular can be a monitoring facilities or software.By monitoring modular, not only can monitor the current network bandwidth of mobile terminal, and can monitor operating in each application program of mobile terminal, obtain the required first network bandwidth of application program of current accessed.Particularly, this monitoring modular can be estimated by test constantly the current network bandwidth of mobile terminal from the actual data flow value receiving of application server at application program place in a period of time; By measuring the compactedness of mobile terminal local buffer and the application data bag content receiving being carried out to depth analysis and estimate the required first network bandwidth of application program of accessing.
For example, when the application program of mobile terminal current accessed is a certain video website, if being arranged on monitoring module monitors on mobile terminal is less than video decode to the data volume cushioning in local buffer and plays required minimum threshold, the current network bandwidth that shows mobile terminal is less than the required first network bandwidth of application program, now monitoring modular will further be analyzed the packet having received in buffering area, therefrom take out video frequency coding rate entrained in video requency frame data head, the parameter informations such as frame per second, and then according to this parameter information, calculate the required first network bandwidth of video application of accessing.
102, mobile terminal compares current network bandwidth and first network bandwidth.
After getting current network bandwidth and first network bandwidth, mobile terminal compares current network bandwidth and first network bandwidth, to judge whether the current network bandwidth of mobile terminal meets the demand of application program.
If 103 current network bandwidth are less than first network bandwidth, mobile terminal sends for adjusting the first request of the network bandwidth to server, so that server generates service quality QoS parameter according to the first request, send to equipment of the core network, and make equipment of the core network, according to qos parameter, the network bandwidth between mobile terminal and the application server at application program place is adjusted into objective network bandwidth.
Wherein said the first request comprises the identification information of the identification information of described mobile terminal, described current network bandwidth, described first network bandwidth and described application program.In the present embodiment, the identification information of mobile terminal comprises Internet protocol (Internet Protocol the is called for short IP) address of mobile terminal and the port numbers of mobile terminal.By the identification information of mobile terminal, server can identify the mobile terminal that the network bandwidth is adjusted in request.And the service that application program provides for third party's application system, this application program operates on application server, and the identification information of application program comprises the IP address of application server and the port numbers of this application server.By the identification information of application program, server can identify the application program that mobile terminal is being accessed.
When if current network bandwidth is less than first network bandwidth; illustrate that the current network bandwidth of mobile terminal can not meet the demand of application program; now, user's access application under the condition of current network bandwidth, will exist can not be normal or the phenomenon of smooth and easy use.For example, application program is a video website, if the network bandwidth that video website requires is that first network bandwidth is 2Mb/s, and the current network bandwidth of mobile terminal is 500Kb/s, now, just constantly appearance cannot normal play calling this application program for user, need to constantly to video to be played, cushion, make user in the process of access application, the time of expending is longer.
In order to guarantee that application program can normally be called, in the present embodiment, be less than after first network bandwidth comparing current network bandwidth, mobile terminal can send for adjusting the first request of the network bandwidth to server, and wherein this first request comprises the identification information of identification information, current network bandwidth, first network bandwidth and the application program of mobile terminal.
After receiving the first request, server can generate service quality (Quality of Service is called for short QoS) parameter according to the first request, then the qos parameter of mobile terminal request is sent to equipment of the core network.Equipment of the core network is after receiving the qos parameter of server transmission; can adjust the mobile terminal of the network bandwidth, the application program that this mobile terminal is being accessed according to the request of identifying in qos parameter; and the mobile terminal of request and the network bandwidth between the application server at application program place; then equipment of the core network is adjusted into the network bandwidth between mobile terminal and the application server at application program place the objective network bandwidth of request, so just can guarantee that mobile terminal can be normally or invokes application swimmingly.
The network bandwidth method of adjustment that the present embodiment provides, by the current network bandwidth of acquisition for mobile terminal self and the required first network bandwidth of the application program of current accessed, in current network bandwidth during lower than first network bandwidth, to server, send for adjusting the first request of the network bandwidth, so that generating service quality QoS parameter according to the first request, this server sends to equipment of the core network, so that equipment of the core network is adjusted into objective network bandwidth according to this qos parameter by the network bandwidth between mobile terminal and the application server at application program place.In the present embodiment when current network bandwidth is not met consumers' demand, mobile terminal can ask the network bandwidth to be adjusted, to guarantee that the application program of accessing can be by normal call, the present embodiment not only can be understood user's real network demand in real time, and based on this real network demand, network is adjusted, improved the efficiency of user's access application.
The schematic flow sheet of the another kind of network bandwidth method of adjustment that Fig. 2 provides for the embodiment of the present invention.In the present embodiment, the executive agent of this network bandwidth method of adjustment can be server.As shown in Figure 2, this network bandwidth method of adjustment comprises the following steps:
What 201, server mobile terminal receive sent asks for adjusting first of the network bandwidth.
Wherein said the first request comprises the current network bandwidth of the identification information of described mobile terminal, described mobile terminal, the first network bandwidth that the application program of described mobile terminal current accessed is required and the identification information of described application program.In the present embodiment, the identification information of mobile terminal comprises the IP address of mobile terminal and the port numbers of mobile terminal.By the identification information of mobile terminal, server can identify the mobile terminal that the network bandwidth is adjusted in request.And the service that application program provides for third party's application system, this application program operates on the application server of third party's application system, and the identification information of application program comprises the IP address of application server and the port numbers of this application server.By the identification information of application program, server can identify the application program that mobile terminal is being accessed.
In the present embodiment, mobile terminal can get the current network bandwidth of self and the required first network bandwidth of application program of current accessed.In current network bandwidth, during lower than first network bandwidth, illustrate that the current network bandwidth of mobile terminal can not meet the demand of application program.Under the condition of current network bandwidth, user is by mobile terminal accessing application program, and will exist can not be normal or the phenomenon of smooth and easy use.In order to guarantee that application program can be by normal call, mobile terminal can send the first request to server, to ask to adjust the network bandwidth.The process of acquisition for mobile terminal current network bandwidth and first network bandwidth can, referring to the record of related content in above-described embodiment, repeat no more herein.
202, server generates qos parameter and sends to equipment of the core network according to the first request, so that described equipment of the core network is adjusted into objective network bandwidth according to qos parameter by the network bandwidth between mobile terminal and the application server at application program place.
After receiving the first request, server can generate qos parameter according to the first request, then the qos parameter of mobile terminal request is sent to equipment of the core network.Equipment of the core network is after receiving the qos parameter of server transmission; can adjust the mobile terminal of the network bandwidth, the application program that this mobile terminal is being accessed according to the request of identifying in qos parameter; and the mobile terminal of request and the network bandwidth between the application server at application program place; then equipment of the core network is adjusted into the network bandwidth between mobile terminal and the application server at application program place the objective network bandwidth of request, so just can guarantee that mobile terminal can be normally or invokes application swimmingly.
The network bandwidth method of adjustment that the present embodiment provides, in the current network bandwidth of mobile terminal during lower than the required first network bandwidth of the application program of current accessed, server sends mobile terminal receive for adjusting the first request of the network bandwidth, and send to equipment of the core network according to the first request generation qos parameter, so that equipment of the core network is adjusted into objective network bandwidth according to this qos parameter by the network bandwidth between mobile terminal and the application server at application program place.In the present embodiment when current network bandwidth is not met consumers' demand, mobile terminal can be adjusted the network bandwidth to server request, thereby guarantee that the application program of accessing can be by normal call, the present embodiment not only can be understood user's real network demand in real time, and based on this real network demand, network is adjusted, improved the efficiency of user's access application.
The schematic flow sheet of the another kind of network bandwidth method of adjustment that Fig. 3 provides for the embodiment of the present invention.As shown in Figure 3, this network method of adjustment comprises the following steps:
301, the first network bandwidth of the current network bandwidth of mobile terminal monitoring self and the application program of accessing.
Monitoring modular for monitoring network bandwidth is installed on mobile terminal, and this monitoring modular can be a monitoring facilities or software.By monitoring modular, not only can monitor the current network bandwidth of mobile terminal, and can monitor operating in each application program of mobile terminal, obtain the required first network bandwidth of application program of current accessed.Monitoring modular obtains the process of current network bandwidth and first network bandwidth, can, referring to the record of related content in above-described embodiment, repeat no more herein.
302, mobile terminal compares current network bandwidth and first network bandwidth.
After getting current network bandwidth and first network bandwidth, mobile terminal compares current network bandwidth and first network bandwidth, to judge whether the current network bandwidth of mobile terminal meets the demand of application program.
If 303 current network bandwidth are during lower than first network bandwidth, mobile terminal sends the first request to server.
When if current network bandwidth is less than first network bandwidth; illustrate that the current network bandwidth of mobile terminal can not meet the demand of application program; now, user's access application under the condition of current network bandwidth, will exist can not be normal or the phenomenon of smooth and easy use.In order to guarantee that application program can normally be called, be less than after first network bandwidth comparing current network bandwidth, mobile terminal can send for adjusting the first request of the network bandwidth to server, and wherein this first request comprises the identification information of identification information, current network bandwidth, first network bandwidth and the application program of mobile terminal.
Wherein, about the identification information of mobile terminal and the identification information of application program, can, referring to the record of related content in above-described embodiment, repeat no more herein.
304, server generates bandwidth selection information according to the first request.
305, server is issued mobile terminal by bandwidth selection information.
Particularly, mobile terminal sends after the first request to server, and server can generate bandwidth selection information according to the first request, and wherein bandwidth selection information comprises at least one second network bandwidth and the charge information corresponding with each second network bandwidth.For example, current network bandwidth is 500Kb/s, and the required first network bandwidth of the application program of accessing is 2Mb/s, now, server can be according to the first request sending, for mobile terminal generates bandwidth selection information, this broadband network information comprises: second network bandwidth is as 1Mb/s, 2Mb/s, 3Mb/s etc., and the corresponding charge information of each second network bandwidth.
306, mobile terminal is chosen a second network bandwidth as objective network bandwidth from bandwidth selection information.
Mobile terminal receives after bandwidth selection information, can from bandwidth selection information, choose a second network bandwidth as objective network bandwidth.For example, mobile terminal can show second network bandwidth that bandwidth selection information comprises and the charge information corresponding with each second network bandwidth to user by pop-up window, thereby be convenient to user according to the actual demand of oneself and ability to pay, reasonably a second network bandwidth from bandwidth selection information.
307, mobile terminal sends to server by the second network bandwidth of choosing.
308, server generates the qos parameter corresponding with the second network bandwidth of choosing and sends to equipment of the core network.
309, equipment of the core network is adjusted into objective network bandwidth according to qos parameter by the network bandwidth between mobile terminal and the application server at application program place.
After receiving the second network bandwidth of choosing of mobile terminal transmission, server generates the generation qos parameter corresponding with the second network bandwidth of choosing, and then sends to equipment of the core network.Equipment of the core network is adjusted into by the network bandwidth between mobile terminal and the application server at application program place the second network bandwidth of choosing according to this qos parameter, that is to say that second network bandwidth that equipment of the core network chooses this is as objective network bandwidth.In core net, be deployed with (Policy and Charging Control at present, be called for short PCC) functional entity, in the present embodiment, by this PCC functional entity, according to qos parameter, the network bandwidth between mobile terminal and the application server at application program place is adjusted into objective network bandwidth.
Particularly, PCC functional entity generally comprises: strategy and charging rule functions (Policy and Charging Rules Function, be called for short PCRF) and strategy and charge execution function (Policy and Charging Enforcement Function is called for short PCEF).
Server can with PCRF in PCC between by Rx interface, be connected, by this Rx interface, qos parameter is sent to PCRF, this PCRF can identify this qos parameter and generate corresponding control strategy according to this qos parameter.Between PCRF and PCEF, by Gx interface, be connected, PCRF is by the control strategy generating, by this Gx interface, send to the PCEF in PCC functional entity, so that this PCEF is adjusted into objective network bandwidth based on control strategy by the bandwidth between mobile terminal and the application server at application program place.Then mobile terminal and application program service data transmission under objective network bandwidth condition.
The network bandwidth method of adjustment that the present embodiment provides, in the current network bandwidth of mobile terminal during lower than the required first network bandwidth of the application program of current accessed, server sends mobile terminal receive for adjusting the first request of the network bandwidth, and send to equipment of the core network according to the first request generation qos parameter, so that equipment of the core network is adjusted into objective network bandwidth according to this qos parameter by the network bandwidth between mobile terminal and the application server at application program place.In the present embodiment when current network bandwidth is not met consumers' demand, mobile terminal can be adjusted the network bandwidth to server request, thereby guarantee that the application program of accessing can be by normal call, the present embodiment not only can be understood user's real network demand in real time, and based on this real network demand, network is adjusted, improved the efficiency of user's access application.
The structural representation of a kind of mobile terminal that Fig. 4 provides for the embodiment of the present invention.As shown in Figure 4, this mobile terminal comprises: acquisition module 41, comparison module 42 and sending module 43.
Particularly, acquisition module 41 is installed on mobile terminal, this acquisition module 41 is for monitoring network bandwidth.This acquisition module 41 can be a monitoring facilities or software.By acquisition module 41, not only can monitor the current network bandwidth of mobile terminal, and can monitor operating in each application program of mobile terminal, obtain the required first network bandwidth of application program of current accessed.For example, when the application program of mobile terminal current accessed is a certain video website, the acquisition module 41 being arranged on mobile terminal can monitor the required network bandwidth of this application program.For example, acquisition module 41 can be connected the behavior of mobile terminal is monitored with network by the startup of each process in constantly scan operation system, to get the current network bandwidth of mobile terminal, and the required first network bandwidth of the application program of accessing.Acquisition module 41 obtains the process of first network bandwidth, can, referring to the record of related content in above-described embodiment, repeat no more herein.
If current network bandwidth is less than first network bandwidth; illustrate that the current network bandwidth of mobile terminal can not meet the demand of application program; now, user's access application under the condition of current network bandwidth, will exist can not be normal or the phenomenon of smooth and easy use.For example, application program is a video website, if the network bandwidth that video website requires is that first network bandwidth is 2Mb/s, and the current network bandwidth of mobile terminal is 500Kb/s, now, just constantly appearance cannot normal play calling this application program for user, need to constantly to video to be played, cushion, make user in the process of access application, the time of expending is longer.
For application program can normally be called, comparison module 42 is connected with sending module 43, be less than after first network bandwidth comparing current network bandwidth, sending module 43 can send for adjusting the first request of the network bandwidth to server, and wherein this first request comprises the identification information of identification information, current network bandwidth, first network bandwidth and the application program of mobile terminal.In the present embodiment, the identification information of mobile terminal comprises the IP address of mobile terminal and the port numbers of mobile terminal.By the identification information of mobile terminal, server can identify the mobile terminal that the network bandwidth is adjusted in request.And the service that application program provides for third party's application system, this application program operates on application server, and the identification information of application program comprises the IP address of application server and the port numbers of this application server.By the identification information of application program, server can identify the application program that mobile terminal is being accessed.
After receiving the first request, server can generate qos parameter according to the first request, then the qos parameter of mobile terminal request is sent to equipment of the core network.Equipment of the core network is after receiving the qos parameter of server transmission; can adjust the mobile terminal of the network bandwidth, the application program that this mobile terminal is being accessed according to the request of identifying in qos parameter; and the mobile terminal of request and the network bandwidth between the application server at application program place; then equipment of the core network is adjusted into the network bandwidth between mobile terminal and the application server at application program place the objective network bandwidth of request, so just can guarantee that mobile terminal can be normally or invokes application swimmingly.
In the present embodiment, by the current network bandwidth of acquisition for mobile terminal self and the required first network bandwidth of the application program of current accessed, in current network bandwidth during lower than first network bandwidth, to server, send for adjusting the first request of the network bandwidth, so that generating service quality QoS parameter according to the first request, this server sends to equipment of the core network, so that equipment of the core network is adjusted into objective network bandwidth according to this qos parameter by the network bandwidth between mobile terminal and the application server at application program place.In the present embodiment when current network bandwidth is not met consumers' demand, mobile terminal can ask the network bandwidth to be adjusted, to guarantee that the application program of accessing can be by normal call, the present embodiment not only can be understood user's real network demand in real time, and based on this real network demand, network is adjusted, improved the efficiency of user's access application.
The structural representation that Fig. 5 is a kind of sending module of providing in the embodiment of the present invention.As shown in Figure 5, the sending module in above-described embodiment 43 comprises: transmitting element 431, receiving element 432 and choose unit 433.
Wherein, transmitting element 431 sends the first request to server, so that server generates bandwidth selection information according to the first request.Wherein, bandwidth selection information comprises at least one second network bandwidth and the charge information corresponding with each second network bandwidth.
For example, current network bandwidth is 500Kb/s, and the required first network bandwidth of the application program of accessing is 2Mb/s, now, server can be according to the first request sending, for mobile terminal generates bandwidth selection information, this broadband network information comprises: second network bandwidth is as 1Mb/s, 2Mb/s, 3Mb/s etc., and the corresponding charge information of each second network bandwidth.
The bandwidth selection information that receiving element 432 reception servers send, chooses unit 433 and from receive bandwidth selection information, chooses a second network bandwidth as objective network bandwidth.For example, mobile terminal can show second network bandwidth that bandwidth selection information comprises and the charge information corresponding with each second network bandwidth to user by pop-up window, thereby be convenient to user according to the actual demand of oneself and ability to pay, reasonably a second network bandwidth from bandwidth selection information.
After selecting second network bandwidth, by transmitting element 431, the second network bandwidth of choosing is sent to server, so that server generates the qos parameter corresponding with the second network bandwidth of choosing and sends to equipment of the core network.
The structural representation of a kind of server that Fig. 6 provides for the embodiment of the present invention.As shown in Figure 6, this server comprises: receiver module 61 and generation module 62.
In the present embodiment, mobile terminal can get the current network bandwidth of self and the required first network bandwidth of application program of current accessed.In current network bandwidth, during lower than first network bandwidth, illustrate that the current network bandwidth of mobile terminal can not meet the demand of application program.Under the condition of current network bandwidth, user is by mobile terminal accessing application program, and will exist can not be normal or the phenomenon of smooth and easy use.In order to guarantee that application program can be by normal call, mobile terminal can send the first request to the receiver module 61 in server, to ask to adjust the network bandwidth.The process of acquisition for mobile terminal current network bandwidth and first network bandwidth can, referring to the record of related content in above-described embodiment, repeat no more herein.
Wherein the first request comprises the identification information of mobile terminal, the first network bandwidth that the application program of the current network bandwidth of mobile terminal, mobile terminal current accessed is required and the identification information of application program.In the present embodiment, the identification information of mobile terminal comprises the IP address of mobile terminal and the port numbers of mobile terminal.By the identification information of mobile terminal, server can identify the mobile terminal that the network bandwidth is adjusted in request.And the service that application program provides for third party's application system, this application program operates on application server, and the identification information of application program comprises the IP address of application server and the port numbers of this application server.By the identification information of application program, server can identify the application program that mobile terminal is being accessed.
In the present embodiment, in the current network bandwidth of mobile terminal during lower than the required first network bandwidth of the application program of current accessed, server sends mobile terminal receive for adjusting the first request of the network bandwidth, and send to equipment of the core network according to the first request generation qos parameter, so that equipment of the core network is adjusted into objective network bandwidth according to this qos parameter by the network bandwidth between mobile terminal and the application server at application program place.In the present embodiment when current network bandwidth is not met consumers' demand, mobile terminal can be adjusted the network bandwidth to server request, thereby guarantee that the application program of accessing can be by normal call, the present embodiment not only can be understood user's real network demand in real time, and based on this real network demand, network is adjusted, improved the efficiency of user's access application.
The structural representation of a kind of generation module that Fig. 7 provides for the embodiment of the present invention.As shown in Figure 7, the generation module in above-described embodiment 62 comprises: generation unit 621, transmitting element 622 and receiving element 623.
Generation unit 621 generates bandwidth selection information according to the first request, and bandwidth selection information comprises at least one second network bandwidth and the charge information corresponding with each second network bandwidth.Generation unit 621 is connected with transmitting element 622, at generation unit 621, generate after bandwidth selection information, by transmitting element 622, bandwidth selection information is sent to mobile terminal, so that mobile terminal is chosen a second network bandwidth from described network bandwidth selection information, using the second network bandwidth of choosing as objective network bandwidth.Further, the second network bandwidth of choosing that receiving element 623 mobile terminal receives send, then the generation unit 621 regenerations qos parameter corresponding with the second network bandwidth of choosing, then sends to equipment of the core network.
The structural representation of a kind of network bandwidth adjustment System that Fig. 8 provides for the embodiment of the present invention.As shown in Figure 8, this system comprises: mobile terminal 1, server 2 and equipment of the core network 3.
Wherein, the function that mobile terminal 1, server 2 and equipment of the core network 3 are carried out can, referring to the record of related content in above-described embodiment, repeat no more herein.
Finally it should be noted that: each embodiment, only in order to technical scheme of the present invention to be described, is not intended to limit above; Although the present invention is had been described in detail with reference to aforementioned each embodiment, those of ordinary skill in the art is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified, or some or all of technical characterictic is wherein equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (12)
1. a network bandwidth method of adjustment, is characterized in that, comprising:
The current network bandwidth of acquisition for mobile terminal self and the required first network bandwidth of the application program of current accessed;
Described mobile terminal compares described current network bandwidth and described first network bandwidth;
If described current network bandwidth is less than described first network bandwidth, described mobile terminal sends for adjusting the first request of the network bandwidth to server, so that generating service quality QoS parameter according to described the first request, described server sends to equipment of the core network, and make described equipment of the core network, according to described qos parameter, the network bandwidth between described mobile terminal and the application server at described application program place is adjusted into objective network bandwidth, wherein said the first request comprises the identification information of described mobile terminal, described current network bandwidth, the identification information of described first network bandwidth and described application program.
2. network bandwidth method of adjustment according to claim 1, it is characterized in that, described mobile terminal sends for adjusting the first request of the network bandwidth to server, so that described server generates service quality QoS parameter according to described the first request, sends to equipment of the core network, comprising:
Described mobile terminal sends described the first request to server, so that server generates bandwidth selection information according to described the first request; Described bandwidth selection information comprises at least one second network bandwidth and the charge information corresponding with each second network bandwidth;
Described mobile terminal receives the described bandwidth selection information that described server sends, and chooses a described second network bandwidth as described objective network bandwidth from described bandwidth selection information;
Described mobile terminal sends to described server by the described second network bandwidth of choosing, so that described server generates the described qos parameter corresponding with the described second network bandwidth of choosing and sends to described equipment of the core network.
3. network bandwidth method of adjustment according to claim 2, it is characterized in that, the identification information of described mobile terminal comprises the IP address of described mobile terminal and the port numbers of described mobile terminal, and the identification information of described application program comprises the IP address of described application server and the port numbers of described application server.
4. a network bandwidth method of adjustment, is characterized in that, comprising:
What server mobile terminal receive sent asks for adjusting first of the network bandwidth, and wherein said the first whole request comprises the current network bandwidth of the identification information of described mobile terminal, described mobile terminal, the first network bandwidth of the application program of described mobile terminal current accessed and the identification information of described application program; Described the first request is sent during lower than described first network bandwidth in described current network bandwidth by described mobile terminal;
Described server generates qos parameter and sends to equipment of the core network according to described the first request, so that described equipment of the core network is adjusted into objective network bandwidth according to described qos parameter by the network bandwidth between described mobile terminal and the application server at described application program place.
5. network bandwidth method of adjustment according to claim 4, is characterized in that, described server generates qos parameter according to described the first request and sends to equipment of the core network, comprising:
Described server generates bandwidth selection information according to described the first request, and described bandwidth selection information comprises at least one second network bandwidth and the charge information corresponding with second network bandwidth described in each;
Described server sends to described mobile terminal by described bandwidth selection information, so that described mobile terminal is chosen a described second network bandwidth as objective network bandwidth from described network bandwidth selection information;
Described server receives the described second network bandwidth that described mobile terminal is chosen and sent;
Described server generates the described qos parameter corresponding with the described second network bandwidth of choosing and sends to described equipment of the core network.
6. network bandwidth method of adjustment according to claim 5, it is characterized in that, the identification information of described mobile terminal comprises IP address and the first end slogan of described mobile terminal, and the identification information of described application program comprises IP address and second port numbers of described application server.
7. a mobile terminal, is characterized in that, comprising:
Acquisition module, for obtaining the current network bandwidth of self and the required first network bandwidth of application program of current accessed;
Comparison module, for comparing described current network bandwidth and described first network bandwidth;
Sending module, for comparing at described comparison module after described current network bandwidth is less than described first network bandwidth, to server, send for adjusting the first request of the network bandwidth, described so that described server sends to equipment of the core network according to described the first request generation service quality QoS parameter, and make described equipment of the core network, according to described qos parameter, the network bandwidth between described mobile terminal and the application server at described application program place is adjusted into objective network bandwidth;
Wherein said the first request comprises the identification information of the identification information of described mobile terminal, described current network bandwidth, described first network bandwidth and described application program.
8. mobile terminal according to claim 7, is characterized in that, described sending module comprises:
Transmitting element, for send described the first request to server, so that server generates bandwidth selection information according to described the first request; Described bandwidth selection information comprises at least one second network bandwidth and the charge information corresponding with each second network bandwidth;
Receiving element, the described bandwidth selection information sending for receiving described server;
Choose unit, for choosing a described second network bandwidth from described bandwidth selection information as described objective network bandwidth;
Described transmitting element, also for the described second network bandwidth of choosing is sent to described server, so that described server generates the described qos parameter corresponding with the described second network bandwidth of choosing and sends to described equipment of the core network.
9. mobile terminal according to claim 8, it is characterized in that, the identification information of described mobile terminal comprises the IP address of described mobile terminal and the port numbers of described mobile terminal, and the identification information of described application program comprises the IP address of described application server and the port numbers of described application server.
10. a server, is characterized in that, comprising:
Receiver module, what for mobile terminal receive, send asks for adjusting first of the network bandwidth, and wherein said the first whole request comprises the current network bandwidth of the identification information of described mobile terminal, described mobile terminal, the first network bandwidth of the application program of described mobile terminal current accessed and the identification information of described application program; Described the first request is sent during lower than described first network bandwidth in described current network bandwidth by described mobile terminal;
Generation module, for generating qos parameter and send to equipment of the core network according to described the first request, so that described equipment of the core network is adjusted into objective network bandwidth according to described qos parameter by the network bandwidth between described mobile terminal and the application server at described application program place.
11. servers according to claim 10, is characterized in that, described generation module comprises:
Generation unit, for generating bandwidth selection information according to described the first request, described bandwidth selection information comprises at least one second network bandwidth and the charge information corresponding with second network bandwidth described in each;
Transmitting element, for described bandwidth selection information is sent to described mobile terminal, so that described mobile terminal is chosen a described second network bandwidth as described objective network bandwidth from described network bandwidth selection information;
Receiving element, the described second network bandwidth of choosing and sending for receiving described mobile terminal;
Described generation unit, also for generating the described qos parameter corresponding with the described second network bandwidth of choosing and sending to described equipment of the core network.
12. servers according to claim 11, it is characterized in that, the identification information of described mobile terminal comprises IP address and the first end slogan of described mobile terminal, and the identification information of described application program comprises IP address and second port numbers of described application server.
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