CN104717632A

CN104717632A - Support ability information processing method, support ability information processing device, base station, and terminal

Info

Publication number: CN104717632A
Application number: CN201310676514.4A
Authority: CN
Inventors: 谢峰
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2013-12-11
Filing date: 2013-12-11
Publication date: 2015-06-17
Also published as: WO2015085731A1

Abstract

The invention provides a support ability information processing method, a support ability information processing device, a base station, an access network discovery and selection function ANDSF unit, and a terminal. The method comprises the following steps: generating support ability information; and sending the generated support ability information to a terminal (user equipment UE), wherein the support ability information is used for the UE to determine the bandwidth which can be supported by a network side and/or the service which can be supported by the network side. In related technologies, as a user does not know whether the network side supports a service or not before conducting the service, the problem that the service cannot be used normally and the user experience is low is caused. By adopting the method of the invention, the problem is solved. Before actually using a service, a user can know whether a current access network can support the service or know the bandwidth that the access network can provide for the user. The user experience is improved greatly.

Description

Tenability information processing method, device, base station and terminal

Technical field

The present invention relates to the communications field, specifically, relate to a kind of tenability information processing method, device, base station, access network discovery and selection function unit (Access Network Discovery and Selection Function referred to as, ANDSF) and terminal.

Background technology

In radio honeycomb communication system, base station (eNB, or Base Station) is that (User Equipment, is abbreviated as UE for subscriber equipment, also can be described as terminal terminal) equipment of wireless access is provided, carry out radio communication by electromagnetic wave between base station and subscriber equipment.A base station may provide one or more Serving cell, and wireless communication system can provide wireless coverage for the terminal within the scope of reason definitely by Serving cell.

Wireless communication system is in order to can on a large scale for user provides radio communication, need to dispose the large base station of coverage, this base station is commonly referred to macro base station (Macro eNB or Macro BS, Macro Base Station), and its Serving cell is commonly referred to macrocell (Macro Cell).In addition, consider the different demand of user and different environment for use, wireless communication system needs cover cavity for user provides to make up or provide higher-quality radio communication service under some environment or scene, therefore some coverages are little, small base station that transmitting power is lower (or transmission node transmission point, be abbreviated as TP) is used.These small base stations comprise micro-base station (Pico eNB or Pico BS) and sub-base stations (Femto eNB or Femto BS), wherein sub-base stations also can be called Home eNodeB (HNB or HeNB), femto base station or fly base station, and the community that micro-base station and Home eNodeB provide is called Microcell (pico cell) and Femto cell (femtocell).The node corresponding with small base station is also called low power nodes (Low Power Node, is abbreviated as LPN), and the community that these nodes are corresponding is also called small-cell (small cell).

Radio honeycomb communication system has developed multiple types gradually in evolution process, such as, Generation Mobile Telecommunication System technology (global system for mobile communications (Global System for Mobile Communications, referred to as GSM), code division multiple access (CodeDivision Multiple Access, referred to as CDMA)), G mobile communication (Wideband Code Division Multiple Access (WCDMA) (WidebandCode Division Multiple Access, referred to as WCDMA), TD SDMA (TimeDivision-Synchronous Code Division Multiple Access, referred to as TD-SCDMA), CDMA-2000, global intercommunication microwave access (Worldwide Interoperability for Microwave Access, referred to as Wimax)), the third generation of evolution or forth generation mobile communication technology (Long Term Evolution (Long Term Evolution, referred to as LTE), senior Long Term Evolution (LTE-Advanced, referred to as LTE-A), Wimax2.0).Wherein, some technology has again corresponding Access Network title, such as, corresponding GSM EDGE Radio Access Network (the GSM EDGE Radio Access Network of GSM, referred to as GERAN), corresponding universal mobile telecommunications system land radio access web (UMTS Terrestrial RadioAccess Network, referred to as UTRAN) of WCDMA and TD-SCDMA, the UTRAN of the corresponding E-UTRAN(evolution of LTE/LTE-A).Except radio honeycomb communication system, wireless communication system also comprises WLAN (wireless local area network) (Wireless Local Access Network, referred to as WLAN or be called Wireless Fidelity WIFI), its air interface standard is IEEE802.11 series standard, comprise 802.11a, 802.11n, 802.11ac etc., the maximum transmission rate that they are supported is different.Because WIFI frequency spectrum is free and WIFI chip with low cost, wireless local network connecting point (Access Point, referred to as AP, also can be called access node) deployment and application can provide the approach of a kind of wireless access of cheapness and load shunting for operator and user, WIFI AP also can regard as a kind of low power nodes.At present, wireless communication technology is to the development of the 5th generation (5G).Various wireless communication technology (comprising 5G wireless communication technology and existing wireless communication technology) may by long-term co-existence.

Different business or the bandwidth required for application are different, such as, voice or text chat only need the bandwidth of 10 ~ 20kbps, and the peak bandwidth of web page browsing, microblogging needs is generally tens kbps, but not peak bandwidth may be tens kbps, Video chat then may need the speed close to 100kbps.From the angle of user, bandwidth can obtain speed in other words and will determine that user can use the business of what type.At present, user can only know the speed of the current business used, and cannot know that system can provide great bandwidth for user in advance, also cannot know that wireless network can support the business of what type in advance.This seriously constrains the communication requirement of user and have impact on Consumer's Experience.

Therefore, in the related, because user is before carrying out business, and do not know whether network side supports this business, therefore, cause business normally to use, the problem that Consumer's Experience is low.

Summary of the invention

The invention provides a kind of tenability information processing method, device, base station, access network discovery and selection function unit ANDSF and terminal, at least to solve in correlation technique, because user is before carrying out business, and do not know whether network side supports this business, therefore, business is caused normally to use, the problem that Consumer's Experience is low.

According to an aspect of the present invention, provide a kind of tenability information processing method, comprising: generate tenability information; The described tenability information generated is sent to terminal UE, and wherein, described tenability information is used for described UE and determines the bandwidth that network side can be supported and/or the business that network side can be supported.

Preferably, described tenability information comprise following one of at least: business support ability information, bandwidth tenability information.

Preferably, described business support ability information comprise following one of at least: the signal measurements threshold information that traffic type information, business are corresponding.

Preferably, described bandwidth tenability information comprise following one of at least: the signal measurements threshold information that bandwidth-level information, bandwidth-level are corresponding, reference bandwith and signal measurement reference value information.

Preferably, described bandwidth tenability information comprises the network side information for obtaining bandwidth, wherein, described network side information comprise following one of at least: cell load, available carrier wave bandwidth, TDD uplink-downlink configuration, be almost the corresponding relation of sky ABS sub-frame configuration, available sub-frame ratio, the configuration of multicast and broadcast single carrier frequency network MBSFN sub-frame, spectrum efficiency, Modulation and Coding Scheme MCS and signal measurements.

According to a further aspect in the invention, provide a kind of tenability information processing method, comprising: receive the tenability information that network side sends; The business that the bandwidth can supported according to the described tenability information determination network side received and/or network side can be supported.

Preferably, when described tenability information is described business support ability information, according to the described business support ability information received determine business that described network side can be supported comprise following one of at least: when described business support ability information is traffic type information, the described traffic type information of foundation reception determines the type of service that described network side can be supported; When described business support ability information is signal measurements threshold information corresponding to business, measures by basis for estimation the mode whether signal measurements obtained reach described signal measurements thresholding and determine whether described network side supports described business.

Preferably, when described tenability information is described bandwidth tenability information, according to the described bandwidth tenability information received determine business that described network side can be supported comprise following one of at least: when described bandwidth tenability information is bandwidth-level, the business that the described bandwidth-level that can support of the described bandwidth-level determination network side of foundation reception is corresponding; When described bandwidth tenability information is signal measurements threshold information corresponding to bandwidth-level, measures by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to described bandwidth-level and determine the business that described network side can be supported; When described bandwidth tenability information be reference bandwith and signal measurement reference value information, the signal measurements, reference bandwith and the signal measurement reference value information that are obtained by basis for estimation measurement determine the bandwidth that can obtain, and determine according to the bandwidth that can obtain the business that described network side can be supported; When described bandwidth tenability information is the network side information for obtaining bandwidth, the available bandwidth that can adopt according to described network side acquisition of information, determines according to described available bandwidth the business that described network side can be supported.

Preferably, after determining the business that described network side can be supported, also comprise: the business that described network side can be supported is shown.

Preferably, when described tenability information is described bandwidth tenability information, according to the bandwidth that can support of described bandwidth tenability information determination network side received comprise following one of at least: when described bandwidth tenability information is bandwidth-level, the bandwidth that the described bandwidth-level determination network side of foundation reception can be supported; When described bandwidth tenability information is signal measurements threshold information corresponding to bandwidth-level, measures by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to described bandwidth-level and determine the bandwidth that network side can be supported; When described bandwidth tenability information be reference bandwith and signal measurement reference value information, measure by basis for estimation the bandwidth that the signal measurements, reference bandwith and the signal measurement reference value information determination network side that obtain can support; When described bandwidth tenability information is the network side information for obtaining bandwidth, the bandwidth can supported according to described network side information determination network side.

Preferably, after determining the bandwidth that network side can be supported, also comprise: the bandwidth that described network side can be supported is shown.

Preferably, determine that the bandwidth that described network side can be supported and/or the business that described network side can be supported comprise according to the described tenability information received: when supporting joint transmission, according to the described tenability information corresponding with each several part of composition joint transmission received, and/or the described tenability information corresponding to the combining with joint transmission of reception determines the bandwidth that described network side can be supported and/or the business that described network side can be supported.

According to also one side of the present invention, provide a kind of tenability information processor, comprising: generation module, for generating tenability information; Sending module, for the described tenability information generated is sent to terminal UE, wherein, described tenability information is used for described UE and determines the bandwidth that network side can be supported and/or the business that network side can be supported.

In accordance with a further aspect of the present invention, provide a kind of base station, comprise device described above.

According to another aspect of the invention, provide a kind of access network discovery and selection function unit ANDSF, comprise device described above.

According to another aspect more of the present invention, provide a kind of tenability information processor, comprising: receiver module, for receiving the tenability information that network side sends; Determination module, the bandwidth that the described tenability information determination network side for foundation reception can be supported and/or the business that network side can be supported.

Preferably, described determination module comprise following one of at least: the first determining unit, for being described business support ability information in described tenability information, and when described business support ability information is traffic type information, determine according to the described traffic type information received the type of service that described network side can be supported; Second determining unit, for being described business support ability information in described tenability information, and when the described business support ability information signal measurements threshold information that to be business corresponding, measure by basis for estimation the mode whether signal measurements obtained reach described signal measurements thresholding and determine whether described network side supports described business.

Preferably, described determination module comprise following one of at least: the 3rd determining unit, for being described bandwidth tenability information in described tenability information, and when described bandwidth tenability information is bandwidth-level, the business that the described bandwidth-level can supported according to the described bandwidth-level determination network side received is corresponding; 4th determining unit, for being described bandwidth tenability information in described tenability information, and when the described bandwidth tenability information signal measurements threshold information that to be bandwidth-level corresponding, measure by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to described bandwidth-level and determine the business that described network side can be supported; 5th determining unit, for being described bandwidth tenability information in described tenability information, and described bandwidth tenability information be reference bandwith and signal measurement reference value information when, the signal measurements, reference bandwith and the signal measurement reference value information that are obtained by basis for estimation measurement determine the bandwidth that can obtain, and determine according to the bandwidth that can obtain the business that described network side can be supported; 6th determining unit, for being described bandwidth tenability information in described tenability information, and when described bandwidth tenability information is the network side information for obtaining bandwidth, according to the available bandwidth that described network side acquisition of information can adopt, determine according to described available bandwidth the business that described network side can be supported.

Preferably, this device also comprises: the first display unit, shows for the business can supported described network side.

Preferably, described determination module comprise following one of at least: the 7th determining unit, for when described bandwidth tenability information is bandwidth-level, the bandwidth can supported according to the described bandwidth-level determination network side received; 8th determining unit, for being signal measurements threshold information corresponding to bandwidth-level in described bandwidth tenability information, measuring by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to described bandwidth-level and determining the bandwidth that network side can be supported; 9th determining unit, for in described bandwidth tenability information be reference bandwith and signal measurement reference value information, measure by basis for estimation the bandwidth that the signal measurements, reference bandwith and the signal measurement reference value information determination network side that obtain can support; Tenth determining unit, for when described bandwidth tenability information is the network side information for obtaining bandwidth, the bandwidth can supported according to described network side information determination network side.

Preferably, this device also comprises: the second display unit, shows for the bandwidth can supported described network side.

Preferably, described determination module comprises: the 11 determining unit, for when supporting joint transmission, according to the described tenability information corresponding with each several part of composition joint transmission received, and/or the described tenability information corresponding to the combining with joint transmission of reception determines the bandwidth that described network side can be supported and/or the business that described network side can be supported.

According to of the present invention also more on the one hand, provide a kind of terminal, comprise the device described in above-mentioned any one.

By the present invention, adopt and generate tenability information, the described tenability information generated is sent to terminal UE, wherein, described tenability information is used for described UE and determines the bandwidth that network side can be supported and/or the business that network side can be supported, solve in correlation technique, because user is before carrying out business, and do not know whether network side supports this business, therefore, business is caused normally to use, the problem that Consumer's Experience is low, and then reached user before reality uses a certain business, know the bandwidth whether current access network can be supported this business or access network to can be user to provide in advance, improve the effect of Consumer's Experience significantly.

Accompanying drawing explanation

Accompanying drawing described herein is used to provide a further understanding of the present invention, and form a application's part, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:

Fig. 1 is the flow chart one of the tenability information processing method according to the embodiment of the present invention;

Fig. 2 is the flowchart 2 of the tenability information processing method according to the embodiment of the present invention;

Fig. 3 is the structured flowchart of the tenability information processor one according to the embodiment of the present invention;

Fig. 4 is the structured flowchart of the base station according to the embodiment of the present invention;

Fig. 5 is the structured flowchart of access network discovery according to the embodiment of the present invention and selection function unit ANDSF50;

Fig. 6 is the structured flowchart of the tenability information processor two according to the embodiment of the present invention;

Fig. 7 is the preferred structure block diagram one of determination module 64 in the tenability information processor two according to the embodiment of the present invention;

Fig. 8 is the preferred structure block diagram two of determination module 64 in the tenability information processor two according to the embodiment of the present invention;

Fig. 9 is the preferred structure block diagram three of determination module 64 in the tenability information processor two according to the embodiment of the present invention;

Figure 10 is the preferred structure block diagram four of determination module 64 in the tenability information processor two according to the embodiment of the present invention;

Figure 11 is the preferred structure block diagram five of determination module 64 in the tenability information processor two according to the embodiment of the present invention;

Figure 12 is the preferred structure block diagram six of determination module 64 in the tenability information processor two according to the embodiment of the present invention;

Figure 13 is the structured flowchart of the terminal according to the embodiment of the present invention;

Figure 14 is the heterogeneous network schematic diagram that there is Multi-Mode Base Station according to the embodiment of the present invention;

Figure 15 is that network side provides the flow chart one of business support ability information according to the preferred embodiment of the present invention;

Figure 16 is that network side provides the flowchart 2 of business support ability information according to the preferred embodiment of the present invention;

Figure 17 is that network side provides the flow chart one of bandwidth tenability information according to the preferred embodiment of the present invention;

Figure 18 is that network side provides the flowchart 2 of bandwidth tenability information according to the preferred embodiment of the present invention;

Figure 19 is that network side provides the flow chart 3 of bandwidth tenability information according to the preferred embodiment of the present invention;

Figure 20 is that network side provides the flow chart four of bandwidth tenability information according to the preferred embodiment of the present invention;

Figure 21 is that network side provides every terms of information for the flow chart of UE computation bandwidth according to the preferred embodiment of the present invention.

Embodiment

Hereinafter also describe the present invention in detail with reference to accompanying drawing in conjunction with the embodiments.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.

Provide a kind of tenability information processing method in the present embodiment, Fig. 1 is the flow chart one of the tenability information processing method according to the embodiment of the present invention, and as shown in Figure 1, this flow process comprises the steps:

Step S102, generates tenability information, this tenability information can comprise following one of at least: business support ability information, bandwidth tenability information;

Step S104, sends to terminal UE by the above-mentioned tenability information generated, and wherein, this tenability information is used for above-mentioned UE and determines the bandwidth that network side can be supported and/or the business that network side can be supported.

By above-mentioned steps, generate tenability information at network side, the above-mentioned tenability information generated is sent to terminal UE, wherein, above-mentioned tenability information is used for above-mentioned UE and determines the bandwidth that network side can be supported and/or the business that network side can be supported, solve in correlation technique, because user is before carrying out business, and do not know whether network side supports this business, therefore, business is caused normally to use, the problem that Consumer's Experience is low, and then reached user before reality uses a certain business, know the bandwidth whether current access network can be supported this business or access network to can be user to provide in advance, improve the effect of Consumer's Experience significantly.

Wherein, this business support ability information can comprise following one of at least: the signal measurements threshold information that traffic type information, business are corresponding.This bandwidth tenability information can comprise following one of at least: the signal measurements threshold information that bandwidth-level information, bandwidth-level are corresponding, reference bandwith and signal measurement reference value information.This bandwidth tenability information can also comprise the network side information for obtaining bandwidth, wherein, this network side information can comprise following one of at least: cell load, available carrier wave bandwidth, TDD uplink-downlink configuration, be almost the corresponding relation of sky ABS sub-frame configuration, available sub-frame ratio, the configuration of multicast and broadcast single carrier frequency network MBSFN sub-frame, spectrum efficiency, Modulation and Coding Scheme MCS and signal measurements.

In the present embodiment, additionally provide a kind of tenability information processing method, Fig. 2 is the flowchart 2 of the tenability information processing method according to the embodiment of the present invention, and as shown in Figure 2, this flow process comprises the steps:

Step S202, receives the tenability information that network side sends, wherein, this tenability information comprise following one of at least: business support ability information, bandwidth tenability information;

Step S204, the business that the bandwidth can supported according to the above-mentioned tenability information determination network side received and/or network side can be supported.

By above-mentioned steps, receive the tenability information of network side transmission in end side; The business that the bandwidth can supported according to the above-mentioned tenability information determination network side received and/or network side can be supported, solve in correlation technique, because user is before carrying out business, and do not know whether network side supports this business, therefore, business is caused normally to use, the problem that Consumer's Experience is low, and then reached user before reality uses a certain business, know in advance and the bandwidth whether current access network can be supported this business or access network to can be user to provide improve the effect of Consumer's Experience significantly.

According to the difference of tenability information, also multiple combination can be there is in the bandwidth that network side can be supported and/or the business that network side can be supported, such as, when above-mentioned tenability information is above-mentioned business support ability information, according to the above-mentioned business support ability information received determine business that above-mentioned network side can be supported can comprise following one of at least: when above-mentioned business support ability information is traffic type information, the above-mentioned traffic type information of foundation reception determines the type of service that above-mentioned network side can be supported; When above-mentioned business support ability information is signal measurements threshold information corresponding to business, measures by basis for estimation the mode whether signal measurements obtained reach above-mentioned signal measurements thresholding and determine whether above-mentioned network side supports above-mentioned business.

Again such as, when above-mentioned tenability information is above-mentioned bandwidth tenability information, according to the above-mentioned bandwidth tenability information received determine business that above-mentioned network side can be supported comprise following one of at least: when above-mentioned bandwidth tenability information is bandwidth-level, the business that the above-mentioned bandwidth-level that can support of the above-mentioned bandwidth-level determination network side of foundation reception is corresponding; When above-mentioned bandwidth tenability information is signal measurements threshold information corresponding to bandwidth-level, measures by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to above-mentioned bandwidth-level and determine the business that above-mentioned network side can be supported; When above-mentioned bandwidth tenability information be reference bandwith and signal measurement reference value information, the signal measurements, reference bandwith and the signal measurement reference value information that are obtained by basis for estimation measurement determine the bandwidth that can obtain, and determine according to the bandwidth that can obtain the business that above-mentioned network side can be supported; When above-mentioned bandwidth tenability information is the network side information for obtaining bandwidth, the available bandwidth that can adopt according to above-mentioned network side acquisition of information, determines according to above-mentioned available bandwidth the business that above-mentioned network side can be supported.

Preferably, after determining the business that above-mentioned network side can be supported, also comprise: the business that above-mentioned network side can be supported is shown.

Again such as, when above-mentioned tenability information is above-mentioned bandwidth tenability information, according to the bandwidth that can support of above-mentioned bandwidth tenability information determination network side received comprise following one of at least: when above-mentioned bandwidth tenability information is bandwidth-level, the bandwidth that the above-mentioned bandwidth-level determination network side of foundation reception can be supported; When above-mentioned bandwidth tenability information is signal measurements threshold information corresponding to bandwidth-level, measures by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to above-mentioned bandwidth-level and determine the bandwidth that network side can be supported; When above-mentioned bandwidth tenability information be reference bandwith and signal measurement reference value information, measure by basis for estimation the bandwidth that the signal measurements, reference bandwith and the signal measurement reference value information determination network side that obtain can support; When above-mentioned bandwidth tenability information is the network side information for obtaining bandwidth, the bandwidth can supported according to above-mentioned network side information determination network side.

Preferably, after determining the bandwidth that network side can be supported, also comprise: the bandwidth that above-mentioned network side can be supported is shown.

It should be noted that, when supporting joint transmission, determine that the bandwidth that above-mentioned network side can be supported and/or the business that above-mentioned network side can be supported can adopt following process according to the above-mentioned tenability information received: according to the above-mentioned tenability information corresponding with each several part of composition joint transmission received, and/or the above-mentioned tenability information corresponding to the combining with joint transmission of reception determines the bandwidth that above-mentioned network side can be supported and/or the business that above-mentioned network side can be supported.

Additionally provide a kind of tenability information processor in the present embodiment, this device is used for realizing above-described embodiment and preferred implementation, has carried out repeating no more of explanation.As used below, term " module " can realize the software of predetermined function and/or the combination of hardware.Although the device described by following examples preferably realizes with software, hardware, or the realization of the combination of software and hardware also may and conceived.

Fig. 3 is the structured flowchart of the tenability information processor one according to the embodiment of the present invention, and as shown in Figure 3, this device comprises generation module 32 and sending module 34, is described below to this tenability information processor one.

Generation module 32, for generating tenability information; Sending module 34, is connected to above-mentioned generation module 32, and for the above-mentioned tenability information generated is sent to terminal UE, wherein, above-mentioned tenability information is used for above-mentioned UE and determines the bandwidth that network side can be supported and/or the business that network side can be supported.

Fig. 4 is the structured flowchart of the base station according to the embodiment of the present invention, and as shown in Figure 4, this base station 40 comprises above-mentioned tenability information processor 1.

Fig. 5 is the structured flowchart of access network discovery according to the embodiment of the present invention and selection function unit ANDSF50, and as shown in Figure 5, this access network discovery and selection function unit ANDSF50 comprise above-mentioned tenability information processor 1.

In the present embodiment, additionally provide a kind of tenability information processor, Fig. 6 is the structured flowchart of the tenability information processor two according to the embodiment of the present invention, as shown in Figure 6, this device comprises receiver module 62 and determination module 64, is described below to this tenability information processor two.

Receiver module 62, for receiving the tenability information that network side sends; Determination module 64, is connected to above-mentioned receiver module 62, the bandwidth that the above-mentioned tenability information determination network side for foundation reception can be supported and/or the business that network side can be supported.

Fig. 7 is the preferred structure block diagram one of determination module 64 in the tenability information processor two according to the embodiment of the present invention, as shown in Figure 7, this determination module 64 comprise following one of at least: the first determining unit 72, second determining unit 74, is described this determination module 64 below.

First determining unit 72, for being above-mentioned business support ability information in above-mentioned tenability information, and when above-mentioned business support ability information is traffic type information, determine according to the above-mentioned traffic type information received the type of service that above-mentioned network side can be supported; Second determining unit 74, for being above-mentioned business support ability information in above-mentioned tenability information, and when the above-mentioned business support ability information signal measurements threshold information that to be business corresponding, measure by basis for estimation the mode whether signal measurements obtained reach above-mentioned signal measurements thresholding and determine whether above-mentioned network side supports above-mentioned business.

Fig. 8 is the preferred structure block diagram two of determination module 64 in the tenability information processor two according to the embodiment of the present invention, as shown in Figure 8, this determination module 64 comprise following one of at least: the 3rd determining unit 82, the 4th determining unit 84, the 5th determining unit 86, the 6th determining unit 88, be described this determination module 64 below.

3rd determining unit 82, for being above-mentioned bandwidth tenability information in above-mentioned tenability information, and when above-mentioned bandwidth tenability information is bandwidth-level, the business that the above-mentioned bandwidth-level can supported according to the above-mentioned bandwidth-level determination network side received is corresponding; 4th determining unit 84, for being above-mentioned bandwidth tenability information in above-mentioned tenability information, and when the above-mentioned bandwidth tenability information signal measurements threshold information that to be bandwidth-level corresponding, measure by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to above-mentioned bandwidth-level and determine the business that above-mentioned network side can be supported; 5th determining unit 86, for being above-mentioned bandwidth tenability information in above-mentioned tenability information, and above-mentioned bandwidth tenability information be reference bandwith and signal measurement reference value information when, the signal measurements, reference bandwith and the signal measurement reference value information that are obtained by basis for estimation measurement determine the bandwidth that can obtain, and determine according to the bandwidth that can obtain the business that above-mentioned network side can be supported; 6th determining unit 88, for being above-mentioned bandwidth tenability information in above-mentioned tenability information, and when above-mentioned bandwidth tenability information is the network side information for obtaining bandwidth, according to the available bandwidth that above-mentioned network side acquisition of information can adopt, determine according to above-mentioned available bandwidth the business that above-mentioned network side can be supported.

Fig. 9 is the preferred structure block diagram three of determination module 64 in the tenability information processor two according to the embodiment of the present invention, as shown in Figure 9, this determination module 64, except comprising the unit shown in Fig. 8, also comprises the first display unit 92, is described below to this first display unit 92.

First display unit 92, is connected to above-mentioned 3rd determining unit 82, the 4th determining unit 84, the 5th determining unit 86, the 6th determining unit 88 one of at least, shows for the business can supported above-mentioned network side.

Figure 10 is the preferred structure block diagram four of determination module 64 in the tenability information processor two according to the embodiment of the present invention, as shown in Figure 10, this determination module 64 comprise following one of at least: the 7th determining unit 102, the 8th determining unit 104, the 9th determining unit 106, the tenth determining unit 108, be described this determination module 64 below.

7th determining unit 102, for when above-mentioned bandwidth tenability information is bandwidth-level, the bandwidth can supported according to the above-mentioned bandwidth-level determination network side received; 8th determining unit 104, for being signal measurements threshold information corresponding to bandwidth-level in above-mentioned bandwidth tenability information, measuring by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to above-mentioned bandwidth-level and determining the bandwidth that network side can be supported; 9th determining unit 106, for in above-mentioned bandwidth tenability information be reference bandwith and signal measurement reference value information, measure by basis for estimation the bandwidth that the signal measurements, reference bandwith and the signal measurement reference value information determination network side that obtain can support; Tenth determining unit 108, for when above-mentioned bandwidth tenability information is the network side information for obtaining bandwidth, the bandwidth can supported according to above-mentioned network side information determination network side.

Figure 11 is the preferred structure block diagram five of determination module 64 in the tenability information processor two according to the embodiment of the present invention, as shown in figure 11, this determination module 64, except comprising the unit shown in Figure 10, also comprises the second display unit 112, is described below to this second display unit 112.

Second display unit 112, is connected to above-mentioned 7th determining unit 102, the 8th determining unit 104, the 9th determining unit 106, the tenth determining unit 108 one of at least, shows for the bandwidth can supported above-mentioned network side.

Figure 12 is the preferred structure block diagram six of determination module 64 in the tenability information processor two according to the embodiment of the present invention, and as shown in figure 12, this determination module 64 comprises the 11 determining unit 122, is described below to the 11 determining unit 122.

11 determining unit 122, for when supporting joint transmission, according to the above-mentioned tenability information corresponding with each several part of composition joint transmission received, and/or the above-mentioned tenability information corresponding to the combining with joint transmission of reception determines the bandwidth that above-mentioned network side can be supported and/or the business that above-mentioned network side can be supported.

Figure 13 is the structured flowchart of the terminal according to the embodiment of the present invention, and as shown in figure 13, this terminal 132 comprises the tenability information processor 2 134 of above-mentioned any one.

Based in correlation technique, Radio Access Network can support the problem of the business of what type how to allow terminal use know in advance.The tenability information processing method provided by above-described embodiment and preferred implementation, terminal use can be known in advance before reality uses a certain business, and whether current access network can support this business, in other words by knowing that access network maximum possible knows the current type of service that may be able to use for the bandwidth that user provides in advance.Thus improve Consumer's Experience and maximize the use chance of miscellaneous service particularly large rate business.The method carries out brief description below.

From network side: provide business support ability information.

Make terminal use can know the method for the business support ability of network in advance, comprising: network side sends business support ability information, and business support ability information comprises type of service; UE receives this information, and is determined the type of service that can support by business support ability information.

Wherein, network side transmission business support ability information can comprise signal measurements threshold information corresponding to transmission A business; UE receives this information, and whether reaches signal measurements thresholding corresponding to A business by signal measurements and judge whether network supports A business; It should be noted that, the mobility of UE (comprise switching, gravity treatment, to be redirected) is based on the business support ability of different systems, different carrier, different districts.

For network side, also provide bandwidth tenability information.

Make terminal use can know the method for the bandwidth tenability of network in advance, comprising: network side sends bandwidth tenability information, and this bandwidth tenability information comprises bandwidth-level; UE receives this information, and is determined the bandwidth-level that can support by bandwidth tenability information.

Wherein, network side sends bandwidth tenability packets of information includes network side and sends signal measurements threshold information corresponding to bandwidth-level; UE receives this information, and whether reaches signal measurements thresholding corresponding to bandwidth-level by signal measurements and judge whether network supports this bandwidth-level,

Network side sends bandwidth tenability information can also comprise network side transmission reference bandwith and signal measurement reference value; UE receives above-mentioned information, and draws self obtainable bandwidth according to its own signal measured value, signal measurement reference value and reference bandwith; Equally, the mobility (comprise switching, gravity treatment, be redirected) of UE is based on the bandwidth tenability of different systems, different carrier, different districts.

Network side is all right, provides every terms of information for UE computation bandwidth.

This tenability information processing, also can be referred to as bandwidth aware method, comprise, and network side is provided for the network side information that UE calculates Available bandwidth, and UE calculates Available bandwidth according to this network side information; Wherein, network side information can comprise following one of at least: cell load; Down load, ascending load; Carrier bandwidths, residue available downstream bandwidth, residue available upstream bandwidth, TDD uplink-downlink configuration, is almost empty frame ABS sub-frame configuration, descending available sub-frame ratio, up available sub-frame ratio, and multicast and broadcast single carrier frequency network MBSFN sub-frame configures; In addition, network side information can also comprise: the corresponding relation of spectrum efficiency or Modulation and Coding Scheme MCS and signal measurements.

It should be noted that, for supporting the situation of joint transmission, such as, comprise following one of at least: support multi-plot joint transmission, carrier aggregation, multi-modulation scheme joint transmission, now, UE can draw UE Available bandwidth according to the network side information of each member carrier or member community.

In addition, the bandwidth that terminal can be able to provide according to network side adopts multiple display modes to show the bandwidth that network side can provide on a user interface, such as, can show with different ladders, color, numeral, letter, figure.

Below in conjunction with accompanying drawing, the preferred embodiment for the present invention is described.

Figure 14 is the heterogeneous network schematic diagram that there is Multi-Mode Base Station according to the embodiment of the present invention, as shown in figure 14, in this multilayer heterogeneous network; the base station/cell of the various standard of all kinds coexists simultaneously, such as macro station, micro-station, macrocell, small-cell; LTE, WIFI/WLAN coexist.The little base station of multimode that current industry is disposed usually all support three kinds even more than three kinds standards (such as UMTS, LTE(comprise FDD-LTE and/or TDD-LTE) and WLAN) (also may support the second generation, the third generation and/or the 5th generation wireless communication technology standard).The coverage of different systems is subject to the impact of the feature (features of the signal-information road such as such as pilot tone/synchronizing signal/reference signal/leading, control channel) of its standard itself, also carrier frequency/frequency range that various standard uses is subject to (such as, 800Mhz, 1.8Ghz, 2.4GHz, 3.5Ghz, 5Ghz, 45GHz etc.), the impact of surrounding enviroment and cell transmit power.UE is when diverse geographic location, the community that can access, carrier wave, standard may constantly change, different systems, different carrier, different districts can supporting business type also be different, the type of service that even same position different time can be supported also can change (such as in peak traffic phase and low ebb phase).Like this, UE/ user is difficult to know the type of service can supported in current location, current time, particularly higher type of service is required to throughput/bandwidth, such as user is difficult to know currently whether can support video call service, and this also becomes one of bottleneck of the high promoting service of bandwidth requirement.

Figure 15 is that network side provides the flow chart one of business support ability information according to the preferred embodiment of the present invention, and as shown in figure 15, network side is dominated, and provide business support ability information, this flow process comprises the steps:

Step S1502, network side sends business support ability information, and this business support ability information comprises type of service;

The above-mentioned reception information of step S1504, UE, and the type of service that can support is determined by above-mentioned business support ability information.

Type of service can be distinguished according to speed grade and business continuance, such as, speed grade can be divided into low rate, medium-rate, higher rate, two-forty (or be divided into 3 ~ 8 ranks by rank, such as 1, 2, 3, 4 grades), burst service and continuous business can be divided into by business continuance, like this, the two combination can comprise type of service quite widely, the continuous business of such as low rate (such as speech business), low rate burst service (the instant messaging business such as such as text chat), medium-rate burst service (such as web page access, microblogging etc.), (such as FTP downloads the continuous business of higher rate continuously, the video traffic of ordinary sharpness), the continuous class of two-forty (such as HD video business) etc.Business support ability information sends to UE by network side entity (such as base station or ANDSF), and UE determines the type of service that can support after receiving the business support ability information of base station (community) or ANDSF transmission according to the type of service in information.In order to reduce empty overhead, type of service also can only be distinguished according to speed grade, like this, UE can determine according to traffic type information (corresponding with speed grade) type of service (as low rate traffic, medium-rate business, higher rate business, high-rate service) that can support.

Figure 16 is that network side provides the flowchart 2 of business support ability information according to the preferred embodiment of the present invention, and as shown in figure 16, this flow process comprises the steps:

Step S1602, network side sends business support ability information, comprising sending signal measurements threshold information corresponding to one or more types of service;

Step S1604, UE receive above-mentioned information, and are determined the business supported by the signal measurements thresholding that actual signal measured value is corresponding with one or more types of service.

Type of service can be distinguished according to speed grade and business continuance, such as speed grade can be divided into low rate, medium-rate, higher rate, two-forty (or be divided into 3 ~ 8 ranks by rank, such as 1, 2, 3, 4 grades), burst service and continuous business can be divided into by business continuance, like this, the two combination can comprise type of service quite widely, the continuous business of such as low rate (such as speech business), low rate burst service (the instant messaging business such as such as text chat), medium-rate burst service (such as web page access, microblogging etc.), (such as FTP downloads the continuous business of higher rate continuously, the video traffic of ordinary sharpness), the continuous class of two-forty (such as HD video business) etc.Business support ability information sends to UE by network side entity (such as base station or ANDSF), after UE receives the business support ability information that base station (community) or ANDSF send, the signal measurements thresholding corresponding according to type of service and actual measurement to signal value determine the type of service that can support.The signal threshold value RSRP_A that the continuous business of such as higher rate is corresponding, if UE actual measurement to RSRP value RSRP_meas meet or exceed RSRP_A, UE judge can support the continuous class business of higher rate.Again such as, the signal threshold value RSRP_B that two-forty continuous class business is corresponding, RSRQ_C, if RSRP, RSRQ value RSRP_meas that UE actual measurement is arrived, RSRQ_meas meets or exceeds RSRP_B respectively, RSRQ_C, then UE judges to support the continuous class business of two-forty.In order to reduce empty overhead, type of service also can only be distinguished according to speed grade, like this, UE can determine the type of service (as low rate traffic, medium-rate business, higher rate business, high-rate service) that can support by the signal measurements threshold information corresponding according to type of service (corresponding with speed grade).

Figure 17 is that network side provides the flow chart one of bandwidth tenability information according to the preferred embodiment of the present invention, and as shown in figure 17, network side is dominated: provide bandwidth tenability information,

Step S1702, network side sends bandwidth tenability information, and this bandwidth tenability information comprises bandwidth-level;

Step S1704, UE receive above-mentioned information, and are determined the bandwidth-level that can support by above-mentioned bandwidth tenability information.

Bandwidth-level can be distinguished according to speed, low rate, medium-rate, higher rate, two-forty is such as divided into (or to be divided into 3 ~ 8 ranks by rank, such as 1,2,3,4 grade), such as low rate traffic (such as the instant messaging such as speech business, text chat business), medium-rate business (such as web page access, microblogging etc.), higher rate business (such as FTP downloads continuously, the video traffic of ordinary sharpness), high-rate service class (such as HD video business) etc.Bandwidth tenability information sends to UE by network side entity (such as base station or ANDSF), and UE determines the bandwidth-level that can support after receiving the bandwidth tenability information of base station (community) or ANDSF transmission.Then, can determine according to the corresponding relation of bandwidth-level and type of service the type of service (such as whether can support the video of ordinary sharpness) that can support.

Figure 18 is that network side provides the flowchart 2 of bandwidth tenability information according to the preferred embodiment of the present invention, and as shown in figure 18, network side is dominated: provide bandwidth tenability information, this flow process comprises the steps:

Step S1802, network side sends bandwidth tenability information, and this bandwidth tenability information comprises signal measurement threshold information corresponding to bandwidth-level;

Step S1804, UE receive above-mentioned information, and are determined the bandwidth-level that can support by the signal measurements thresholding that actual signal measured value is corresponding with bandwidth-level.

Bandwidth-level can be distinguished according to speed, low rate, medium-rate, higher rate, two-forty is such as divided into (or to be divided into 3 ~ 8 ranks by rank, such as 1,2,3,4 grade), such as low rate traffic (such as the instant messaging such as speech business, text chat business), medium-rate business (such as web page access, microblogging etc.), higher rate business (such as FTP downloads continuously, the video traffic of ordinary sharpness), high-rate service class (such as HD video business) etc.Bandwidth tenability information sends to UE by network side entity (such as base station or ANDSF), after UE receives the bandwidth tenability information that base station (community) or ANDSF send, the signal measurements thresholding corresponding according to bandwidth-level and actual measurement to signal value determine the bandwidth-level that can support.The signal threshold value RSRP_A that such as higher rate grade is corresponding, if UE actual measurement to RSRP value RSRP_meas meet or exceed RSRP_A, UE judge can support higher rate class business.Again such as, the signal threshold value RSRP_B that two-forty grade is corresponding, RSRQ_C, if RSRP, RSRQ value RSRP_meas that UE actual measurement is arrived, RSRQ_meas meets or exceeds RSRP_B respectively, RSRQ_C, then UE judges to support two-forty class business.

Figure 19 is that network side provides the flow chart 3 of bandwidth tenability information according to the preferred embodiment of the present invention, and as shown in figure 19, network side provides available bandwidth information, and this flow process comprises the steps:

Step S1902, network side sends bandwidth tenability information, and this bandwidth tenability information comprises available bandwidth information;

Step S1904, UE receive above-mentioned information, and are determined the type of service that can support by above-mentioned bandwidth tenability information.

Available bandwidth information such as can speed (unit is bps, can be further divided into descending admissible rate and up admissible rate), or remain available system bandwidth (unit is MHz).

Figure 20 is that network side provides the flow chart four of bandwidth tenability information according to the preferred embodiment of the present invention, and as shown in figure 20, network side provides reference bandwith, and this flow process comprises the steps:

Step S2002, network side sends bandwidth tenability information, and this bandwidth tenability packets of information includes network side sends reference bandwith and signal measurement reference value;

Step S2004, UE receive above-mentioned information, and draw self obtainable bandwidth according to its own signal measured value, signal measurement reference value and reference bandwith.

Such as, reference bandwith A is 1Mbps, RSRP signal measurement reference value A is-70dBm, reference bandwith B is 500kbps, RSRP signal measurement reference value is-80dBm, if the RSRP signal measurements that UE measures is-75dBm, then UE its Available bandwidth known is greater than 500kbps, is less than 1Mbps.UE can also further according to its Available bandwidth of preset formulae discovery.

Above-mentioned preferred implementation can be applied to downlink bandwidth estimate and upstream bandwidth estimate, business support ability prediction (or downlink business tenability prediction, uplink service tenability predict).If network side provides bandwidth tenability information to estimate for downlink bandwidth and/or upstream bandwidth is estimated, network side should be provided for the downlink bandwidth tenability information that downlink bandwidth is estimated respectively, and/or upstream bandwidth tenability information.

Figure 21 is that network side provides every terms of information for the flow chart of UE computation bandwidth according to the preferred embodiment of the present invention, and as shown in figure 21, network side provides every terms of information for UE computation bandwidth, and this flow process comprises the steps:

Step S2102, network side is provided for the network side information that UE calculates Available bandwidth;

Step S2104, UE calculate Available bandwidth according to above-mentioned network side information.

Network side information also comprise following one of at least: (such as load is 80% to cell load, or remaining load is 20%), down load, ascending load, carrier bandwidths/system bandwidth (such as 20MHz), residue available downstream bandwidth (such as 20MHz*20%=4Mhz), residue available upstream bandwidth, TDD uplink-downlink configuration, be almost empty frame ABS sub-frame configuration, descending available sub-frame ratio (such as 1/8), up available sub-frame ratio, multicast and broadcast single carrier frequency network MBSFN sub-frame configures;

Network side information can further include: the corresponding relation of spectrum efficiency or Modulation and Coding Scheme MCS and signal measurements;

UE can calculate residue available downstream bandwidth according to down load, carrier bandwidths, and and then corresponding relation in conjunction with spectrum efficiency or MCS and signal measurements calculate descending Available bandwidth.Such as down load is 50%, and carrier bandwidths is 20Mhz, RSRP measured value be the spectrum efficiency that-70dBm is corresponding is 6, then descending Available bandwidth is 20*50%*6=60Mbps.And if make descending available sub-frame ratio be less than 1 due to TDD uplink-downlink configuration or ABS sub-frame configuration or MBSFN sub-frame configuration, then can be multiplied by descending available sub-frame ratio again, such as 2/8, obtain 60Mbps*2/8=15Mbps.Similar, UE can pass through ascending load, carrier bandwidths, and the corresponding relation of RSRP and spectrum efficiency calculates up Available bandwidth.Can judge to the requirement of upstream and downstream bandwidth the business supporting which type according to different kinds of business after UE calculates descending Available bandwidth and/or up Available bandwidth.

In above-described embodiment and preferred implementation, network side can provide a certain standard, certain carrier wave, a certain community information so that the UE type of service knowing the bandwidth that this carrier wave/this community of this standard can provide or can support.These standards comprise LTE or its evolution (comprising FDD-LTE and TDD-LTE), and UMTS or its evolution (comprise TD-SCDMA, WCDMA, HSPA etc.), CDMA-2000 or its evolution, GSM or its evolution, WLAN(comprises 802.11 series, such as 802.11n, 802.11ac etc.) etc.The information of these standards can be sent (information such as being sent other RAT such as WLAN by LTE system message) or be sent (information such as being sent WLAN by wlan network) by the network of himself standard by LTE network.So UE can obtain a certain standard, certain carrier wave, the bandwidth tenability of a certain community, or some standards, certain carrier wave, the business support ability of certain community, the mobility of UE (comprises switching, gravity treatment, be redirected) can based on different systems, different carrier, the bandwidth tenability of different districts or business support ability, the bandwidth tenability of such as community A is higher than the bandwidth tenability of community B, then UE preferable cell A(is from community B switching/gravity treatment to community A), the business support ability of such as standard A is higher than the business support ability of standard B again, then the preferred standard B(of UE is from community B switching/gravity treatment to community A).Mobility rule can further consider service needed/bandwidth needs (such as gravity treatment or the switching again when UE initiates particular type business) of UE/ user, the state (such as translational speed, electricity) etc. of UE.In addition, conventional level and smooth, avoid the skill (such as offset is set) of rattling to may be used in mobility rule.

In the preferred embodiment, additionally provide carrier aggregation or multithread, separately information.

If network side supports multi-plot joint transmission (or dual link), and/or carrier aggregation, and/or multi-modulation scheme joint transmission, then support multi-plot joint transmission (or dual link), and/or the UE of carrier aggregation and/or different systems joint transmission can obtain each member community according to the method for embodiment three to seven, or each member carrier, or the Available bandwidth of each member's standard, so UE can will can carry out the community of joint transmission, or carrier wave, or the Available bandwidth of standard is added the obtained total bandwidth obtaining UE, and and then judge whether according to total bandwidth the business can supporting particular type.

In the preferred embodiment, additionally provide carrier aggregation or multithread, consolidated traffic tenability information.

If network side supports multi-plot joint transmission (or dual link) and/or carrier aggregation and/or multi-modulation scheme joint transmission, then network side can provide multi-plot joint to transmit the business support ability information of (or dual link) and/or carrier aggregation and/or multi-modulation scheme joint transmission, and specifying information can reference example one or embodiment two.Supported type of service is known after the information matches that then UE provides according to self-ability and network side.The polymerization of such as network side indication carrier wave 1 and carrier wave 2 can support the two-way class business (such as video calling) of medium-rate, LTE and WLAN joint transmission can support large speed downlink business (such as HD video), then support that the UE that carrier wave 1 and carrier wave 2 are polymerized is known and can be supported video call service, support that the UE of LTE and WLAN joint transmission is known and can support HD video business.

In the preferred embodiment, additionally provide carrier aggregation or multithread, associating bandwidth tenability information.

If network side supports multi-plot joint transmission (or dual link) and/or carrier aggregation and/or multi-modulation scheme joint transmission, then network side can provide multi-plot joint to transmit the bandwidth tenability information of (or dual link) and/or carrier aggregation and/or multi-modulation scheme joint transmission, and specifying information can reference example three to embodiment seven.Supported bandwidth-level is known after the information matches that then UE provides according to self-ability and network side.The polymerization of such as network side indication carrier wave 1 and carrier wave 2 can support descending 4Mbps, LTE and WLAN joint transmission can support 20Mbps, then support that the UE of carrier wave 1 and carrier wave 2 polymerization is known and can support descending 4Mbps, support that the UE of LTE and WLAN joint transmission is known and can support descending 20Mbps.

In the preferred embodiment, bandwidth Graphics Processing is additionally provided.

In above-described embodiment and preferred implementation, terminal shows bandwidth-level with the ladder of rising progressively on a user interface according to Available bandwidth or bandwidth-level or shows bandwidth as the mode that autometer is similar.Wherein, with stage display bandwidth-level can replace signal lattice number that current terminal shows or separately display using supplementing (current signal lattice number is difficult to embody business or what bandwidth-level that can support what type) of showing as current signal lattice digital display.The bandwidth supporting the UE of multi-modulation scheme to show separately each standard to provide; Support the bandwidth that the UE of multi-modulation scheme joint transmission display multi-modulation scheme joint transmission can provide.

UE above in all embodiments comprises the UE of connected state and Idle state, and wherein, connected state UE can receive information by unicast messages, broadcast from network side, and Idle state UE can receive information by broadcast from network side.Preferably, the unicast messages that connected state UE receives can provide more information more accurately with the bandwidth helping terminal use and determine to use and/or type of service.

In the embodiment above, the information that network side sends can according to the strategy generating of network side, these strategies comprise the loading condition of consideration network side (such as, present load, the load of nearest a period of time, the load of the following a period of time estimated), these strategies also comprise the strategy how promoting Consumer's Experience, such as, although network side may provide the bandwidth of 2Mbps for UE at present, but the factor that the business etc. predicting UE and/or the new initiation that may newly access can not accurately be predicted, the bandwidth of 500kbps comparatively can be sure about and be provided, so the information instruction that network side provides can provide the bandwidth of 500kbps.

Obviously, those skilled in the art should be understood that, above-mentioned of the present invention each module or each step can realize with general calculation element, they can concentrate on single calculation element, or be distributed on network that multiple calculation element forms, alternatively, they can realize with the executable program code of calculation element, thus, they can be stored and be performed by calculation element in the storage device, and in some cases, step shown or described by can performing with the order be different from herein, or they are made into each integrated circuit modules respectively, or the multiple module in them or step are made into single integrated circuit module to realize.Like this, the present invention is not restricted to any specific hardware and software combination.

The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. a tenability information processing method, is characterized in that, comprising:

Generate tenability information;

The described tenability information generated is sent to terminal UE, and wherein, described tenability information is used for described UE and determines the bandwidth that network side can be supported and/or the business that network side can be supported.

2. method according to claim 1, is characterized in that, described tenability information comprise following one of at least:

Business support ability information, bandwidth tenability information.

3. method according to claim 2, is characterized in that, described business support ability information comprise following one of at least:

The signal measurements threshold information that traffic type information, business are corresponding.

4. method according to claim 2, is characterized in that, described bandwidth tenability information comprise following one of at least:

The signal measurements threshold information that bandwidth-level information, bandwidth-level are corresponding, reference bandwith and signal measurement reference value information.

5. method according to claim 2, is characterized in that, described bandwidth tenability information comprises the network side information for obtaining bandwidth, wherein, described network side information comprise following one of at least:

Cell load, available carrier wave bandwidth, TDD uplink-downlink configuration, be almost the corresponding relation of sky ABS sub-frame configuration, available sub-frame ratio, the configuration of multicast and broadcast single carrier frequency network MBSFN sub-frame, spectrum efficiency, Modulation and Coding Scheme MCS and signal measurements.

6. a tenability information processing method, is characterized in that, comprising:

Receive the tenability information that network side sends;

The business that the bandwidth can supported according to the described tenability information determination network side received and/or network side can be supported.

7. method according to claim 6, is characterized in that, described tenability information comprise following one of at least:

Business support ability information, bandwidth tenability information.

8. method according to claim 7, it is characterized in that, when described tenability information is described business support ability information, according to the described business support ability information received determine business that described network side can be supported comprise following one of at least:

When described business support ability information is traffic type information, determine according to the described traffic type information received the type of service that described network side can be supported;

When described business support ability information is signal measurements threshold information corresponding to business, measures by basis for estimation the mode whether signal measurements obtained reach described signal measurements thresholding and determine whether described network side supports described business.

9. method according to claim 7, it is characterized in that, when described tenability information is described bandwidth tenability information, according to the described bandwidth tenability information received determine business that described network side can be supported comprise following one of at least:

When described bandwidth tenability information is bandwidth-level, the business that the described bandwidth-level can supported according to the described bandwidth-level determination network side received is corresponding;

When described bandwidth tenability information is signal measurements threshold information corresponding to bandwidth-level, measures by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to described bandwidth-level and determine the business that described network side can be supported;

When described bandwidth tenability information be reference bandwith and signal measurement reference value information, the signal measurements, reference bandwith and the signal measurement reference value information that are obtained by basis for estimation measurement determine the bandwidth that can obtain, and determine according to the bandwidth that can obtain the business that described network side can be supported;

When described bandwidth tenability information is the network side information for obtaining bandwidth, the available bandwidth that can adopt according to described network side acquisition of information, determines according to described available bandwidth the business that described network side can be supported.

10. method according to claim 9, is characterized in that, after determining the business that described network side can be supported, also comprises:

The business that described network side can be supported is shown.

11. methods according to claim 7, is characterized in that, when described tenability information is described bandwidth tenability information, according to the bandwidth that can support of described bandwidth tenability information determination network side received comprise following one of at least:

When described bandwidth tenability information is bandwidth-level, the bandwidth can supported according to the described bandwidth-level determination network side received;

When described bandwidth tenability information is signal measurements threshold information corresponding to bandwidth-level, measures by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to described bandwidth-level and determine the bandwidth that network side can be supported;

When described bandwidth tenability information be reference bandwith and signal measurement reference value information, measure by basis for estimation the bandwidth that the signal measurements, reference bandwith and the signal measurement reference value information determination network side that obtain can support;

When described bandwidth tenability information is the network side information for obtaining bandwidth, the bandwidth can supported according to described network side information determination network side.

12. methods according to claim 11, is characterized in that, after determining the bandwidth that network side can be supported, also comprise:

The bandwidth that described network side can be supported is shown.

13. methods according to any one of claim 6 to 12, is characterized in that, determine that the bandwidth that described network side can be supported and/or the business that described network side can be supported comprise according to the described tenability information received:

When supporting joint transmission, according to the described tenability information corresponding with each several part of composition joint transmission received, and/or the described tenability information corresponding to the combining with joint transmission of reception determines the bandwidth that described network side can be supported and/or the business that described network side can be supported.

14. 1 kinds of tenability information processors, is characterized in that, comprising:

Generation module, for generating tenability information;

Sending module, for the described tenability information generated is sent to terminal UE, wherein, described tenability information is used for described UE and determines the bandwidth that network side can be supported and/or the business that network side can be supported.

15. 1 kinds of base stations, is characterized in that, comprise device according to claim 14.

16. 1 kinds of access network discoveries and selection function unit ANDSF, is characterized in that, comprise device according to claim 14.

17. 1 kinds of tenability information processors, is characterized in that, comprising:

Receiver module, for receiving the tenability information that network side sends;

Determination module, the bandwidth that the described tenability information determination network side for foundation reception can be supported and/or the business that network side can be supported.

18. devices according to claim 17, is characterized in that, described determination module comprise following one of at least:

First determining unit, for being described business support ability information in described tenability information, and when described business support ability information is traffic type information, determine according to the described traffic type information received the type of service that described network side can be supported;

Second determining unit, for being described business support ability information in described tenability information, and when the described business support ability information signal measurements threshold information that to be business corresponding, measure by basis for estimation the mode whether signal measurements obtained reach described signal measurements thresholding and determine whether described network side supports described business.

19. devices according to claim 17, is characterized in that, described determination module comprise following one of at least:

3rd determining unit, for being described bandwidth tenability information in described tenability information, and when described bandwidth tenability information is bandwidth-level, the business that the described bandwidth-level can supported according to the described bandwidth-level determination network side received is corresponding;

4th determining unit, for being described bandwidth tenability information in described tenability information, and when the described bandwidth tenability information signal measurements threshold information that to be bandwidth-level corresponding, measure by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to described bandwidth-level and determine the business that described network side can be supported;

5th determining unit, for being described bandwidth tenability information in described tenability information, and described bandwidth tenability information be reference bandwith and signal measurement reference value information when, the signal measurements, reference bandwith and the signal measurement reference value information that are obtained by basis for estimation measurement determine the bandwidth that can obtain, and determine according to the bandwidth that can obtain the business that described network side can be supported;

6th determining unit, for being described bandwidth tenability information in described tenability information, and when described bandwidth tenability information is the network side information for obtaining bandwidth, according to the available bandwidth that described network side acquisition of information can adopt, determine according to described available bandwidth the business that described network side can be supported.

20. devices according to claim 19, is characterized in that, also comprise:

First display unit, shows for the business can supported described network side.

21. devices according to claim 17, is characterized in that, described determination module comprise following one of at least:

7th determining unit, for when described bandwidth tenability information is bandwidth-level, the bandwidth can supported according to the described bandwidth-level determination network side received;

8th determining unit, for being signal measurements threshold information corresponding to bandwidth-level in described bandwidth tenability information, measuring by basis for estimation the mode whether signal measurements obtained reach signal measurements thresholding corresponding to described bandwidth-level and determining the bandwidth that network side can be supported;

9th determining unit, for in described bandwidth tenability information be reference bandwith and signal measurement reference value information, measure by basis for estimation the bandwidth that the signal measurements, reference bandwith and the signal measurement reference value information determination network side that obtain can support;

Tenth determining unit, for when described bandwidth tenability information is the network side information for obtaining bandwidth, the bandwidth can supported according to described network side information determination network side.

22. devices according to claim 21, is characterized in that, also comprise:

Second display unit, shows for the bandwidth can supported described network side.

23., according to claim 17 to the device according to any one of 22, is characterized in that, described determination module comprises:

11 determining unit, for when supporting joint transmission, according to the described tenability information corresponding with each several part of composition joint transmission received, and/or the described tenability information corresponding to the combining with joint transmission of reception determines the bandwidth that described network side can be supported and/or the business that described network side can be supported.

24. 1 kinds of terminals, is characterized in that, comprise the device according to any one of claim 17 to 23.