CN104113388B

CN104113388B - The determination method and device of business control signaling expense

Info

Publication number: CN104113388B
Application number: CN201310139579.5A
Authority: CN
Inventors: 高有军; 邓娟; 刘云璐; 陈翼翼; 杨晓; 江小威; 杨宁; 丁海煜; 孙金霞; 葛澍; 孔松; 金文研
Original assignee: China Mobile Communications Group Co Ltd
Current assignee: China Mobile Communications Group Co Ltd
Priority date: 2013-04-19
Filing date: 2013-04-19
Publication date: 2017-06-20
Anticipated expiration: 2033-04-19
Also published as: CN104113388A

Abstract

The invention discloses a kind of determination method and device of business control signaling expense, according to the beep-page message for obtaining MS, packet, at least one of the duration of core-network side mobility status sequential timer configuration and the time of wireless side TBF release timers configuration of MS, determine that MS sets the beep-page message of type service, RACH expenses and AGCH expenses and control signaling overhead, can accurately and effectively determine that MS sets the control signaling expense of type service according to various control message, so as in solving the technology of the signaling consumption of statistical service in the prior art, the signaling species of the statistics of presence is few, determine the inaccurate problem of result.

Description

The determination method and device of business control signaling expense

Technical field

The present invention relates to the signaling technology in GSM, more particularly, to a kind of business control signaling expense really Determine method and device.

Background technology

At present, with the fast development of mobile Internet, the species of data services constantly rises, mobile internet Bandwidth ability and disposal ability receive larger pressure, and in order to carry all kinds of business better by mobile network, optimization is moved The bandwidth ability and disposal ability of dynamic internet, count miscellaneous service signaling consumption can determine miscellaneous service required for The disposal ability of mobile internet.

In the prior art, the method for the signaling consumption of business is determined in 2G mobile networks includes following three kinds of schemes：

The first scheme, the statistical method based on BSC：All kinds of business packets are identified by core net or wireless side, by wireless Base station controller（BSC, Base Station Control）All signaling amounts of all kinds of business consumption of device statistics, after being reported to Stylobate station subsystem operations maintenance centre（OMC-R）Equipment, then calculates all kinds of business space interface signaling consumption accountings.

But, this kind of method cannot be distinguished by business statistics PCH（PCH, Paging Channel）（PCH channels are used for The beep-page message that transmission business downlink data is reached and caused）Resource consumption, can only count RACH（RACH, Random Access Channel）（RACH is a kind of up channel, the access logged in MO mobile origination for paging reply） Signaling consumption and allow access channel（AGCH, Access Grant Channel）（AGCH is a kind of down channel, for By mobile station distribution to Separate Dedicated Control Channel in gsm system, to realize the downlink control channel of original allocation）Letter Make expense；And for Temporary Block Flow（TBF, Temporary Block Flow）Failure but the signal resource for having consumed are set up, Cannot count.Additionally, such method needs BSC to upgrade supports that depth data bag is detected（DPI, Deep Packet Inspection） Function, needs OMC-R to upgrade and supports ASSOCIATE STATISTICS, and transformation amount is big.

Second scheme, based on core net Gn mouthfuls（Gn mouthfuls is GPRS serving GPRS support nodes（SGSN, Serving GPRS Support Node）And GGSN（GGSN, Gateway GPRS Support Node）Between interface, use Communication between transmission SGSN and GGSN）Statistical method：Core net Gn mouthfuls is identified all kinds of business packets, Gn mouthfuls of separate service statistics Wireless side connects number of times, and all kinds of service connection number of times accountings are equivalent to the accounting of wireless side space interface signaling resource consumption.

This kind of method wireless side sets up connection consumption interface-free resources every time may be different, and connection number of times accounting can not be waited completely The accounting of space interface signaling resource consumption is same as, is inaccurate.Furthermore, it is desirable to Gn oral areas administration additional dedicated equipment.

The third scheme, based on Gb mouthfuls of statistical method：Gb mouthfuls（Gb mouthfuls is SGSN and base station sub-system（BSS, Base Station Subsystem）Between interface, for transmitting the grouped data between SGSN and BSC, mobile station or mobility Management data）Identify the packet of all kinds of business, Gb mouthfuls of page response number of times of each business of statistics calculates business to PCH The accounting that resource is consumed；Gb mouthfuls of each Business Stream control message number of times of statistics is equal to TBF and sets up number of times, is disappeared with calculating AGCH resources Consumption accounting.Type of service and the correspondence of signaling consumption pass through TLLI（TLLI, Temporary Logic Link Identity）（The starting stage that TLLI is used to access GPRS network in mobile station distinguishes different mobile stations）（Business packet, paging TLLI is carried in response, stream control message）To be associated.

But, the program does not count the statistics of each business RACH expenses and paging expense；Also, considering paging expense When, it is that paging expense is calculated by the number of times of page response, do not consider that network side just receives paging sound after sending multiple paging Seasonable statistics, its degree of accuracy is relevant with a paging success rate；AGCH expenses statistics there is also error, during TBF sets up AGCH expenses are also different when a plurality of stream control message, and TBF can be produced to set up scene difference, there is statistical error.

It can be seen that, cannot efficiently and accurately determine including complete including PCH, RACH and AGCH in 2G mobile networks at present The control signaling expense in face, and determine that result is inaccurate or error is more notable.

Determine that the method for signaling consumption includes in 3G mobile networks：

Core net is by IuPS mouthfuls（IuPS mouthfuls is core net and radio network controller（RNC, Radio Network Controller）Between for transmitting the packet domain interface of signaling）All kinds of business packets are identified, IuPS mouthfuls of each business of statistics is wireless Resource Control protocols（RRC, Radio Resource Control）Connection number of times, to calculate RACH, FACH and dedicated channel （DCH,）Resource consumption accounting；In IuPS mouthfuls of each service paging number of success of statistics（Newly-built RRC is connected and first packet is Downlink data packet）, to calculate PCH resource consumption accountings.Above-mentioned analyzing and processing does not dispose Cell-FACH states based on existing network, no Then there is inaccurate situation；Determine that the degree of accuracy of PCH signalings consumption is related to a paging success rate, if there is secondary paging, Then there is inaccurate situation.

Additionally, as the species of data services in mobile internet constantly rises, particularly smart mobile phone causes Instant messaging service, instant messaging service has the characteristics of number of users is more, flow is big, and this is to the network bandwidth and network processes energy Power causes largely pressure, and the network signaling overhead and network that also lack quantitative statisticses instant messaging service at present hold The means of loading capability.

It can be seen that, it is existing statistics determine mobile radio communication in business signaling consumption technology in, there is the letter of statistics Make that species is few, the problem that to determine result inaccurate.

The content of the invention

The embodiment of the present invention provides a kind of determination method and device of business control signaling expense, is used to solve existing system Meter determines in the technology of the signaling consumption of business in mobile radio communication that the signaling species of the statistics for existing is few, determine result is forbidden True problem.

Embodiment of the present invention technical scheme is as follows：

A kind of determination method of business control signaling expense, including：In global system for mobile communications GSM network, according to The beep-page message of the mobile station MS of acquisition, the packet of MS, the core-network side mobility status sequential timer configuration of MS when At least one of time that the wireless side TBF release timers of long and MS are configured, determine the paging of the setting type service of MS The number of times of message；Wherein, beep-page message includes Route Area level beep-page message and cell-level beep-page message；According to the core of the MS for obtaining The wireless side TBF release timers configuration of the duration, the packet of MS and MS of heart net side mobility status sequential timer configuration At least one of duration, determine that the RACH RACH that the setting type service of MS is set up when core-network side is connected disappears The number of times of breath and the number of times for allowing access channel AGC H message, and in the case where core-network side connection keeps, determine MS's The number of times and the number of times of AGCH message of RACH message when setting type service sets up wireless side TBF；According to the MS that determination is obtained Setting type service beep-page message number of times, RACH message number of times, AGCH message number of times, respectively determine MS setting type service Paging expense, RACH expenses, AGCH expenses and MS set the control signaling overhead of type service.

A kind of determination method of business control signaling expense, including：In third generation Partnership Program 3G network, according to acquisition MS beep-page message and at least one of the packet of MS, determine the number of times of the beep-page message of the setting type service of MS； At least one of the duration of the core-network side mobility status sequential timer configuration according to the MS for obtaining and the packet of MS, Determine the number of times of RACH RACH message of the setting type service of MS, the number of times of forward access channel FACH message and The number of times of dedicated channel DCH message；Beep-page message number of times, the RACH message time of the setting type service according to the MS for determining to obtain The number of times of number, FACH message number of times and DCH message, determines that MS sets paging expense, RACH expenses, the FACH of type service respectively Expense, DCH expenses and MS set the control signaling overhead of type service.

A kind of determination method of business control signaling expense, including：In long evolving system LTE network, according to acquisition MS core-network side mobility status sequential timer configuration duration and at least one of the packet of MS, determine MS's Number of times is set up in paging number of times and the radio resource control RRC connection for setting type service；According to the setting class of the MS for determining to obtain Paging number of times and RRC the connection number of times of type business determine that the paging expense of the setting type service of MS, RRC connection foundation are opened respectively Pin and MS set the control signaling overhead of type service.

A kind of determining device of business control signaling expense, including：First determining module, in global mobile communication system In system GSM network, when beep-page message, the packet of MS, the core-network side mobility status of MS of the mobile station MS according to acquisition At least one of the duration of sequence timer configuration and the time of wireless side TBF release timers configuration of MS, determine setting for MS Determine the number of times of the beep-page message of type service；Wherein, beep-page message includes Route Area level beep-page message and cell-level beep-page message； Second determining module, the number of duration, MS for the core-network side mobility status sequential timer configuration according to the MS for obtaining At least one of duration configured according to the wireless side TBF release timers of bag and MS, determines that the setting type service of MS is set up The number of times of RACH RACH message when core-network side is connected and the number of times for allowing access channel AGC H message, Yi Ji In the case that core-network side connection keeps, the number of times of RACH message when determining that the setting type service of MS sets up wireless side TBF With the number of times of AGCH message；3rd determining module, for the beep-page message of the setting type service according to the MS for determining to obtain Number, RACH message number of times, AGCH message number of times, the paging expense of determination MS settings type service, RACH expenses, AGCH are opened respectively Pin and MS set the control signaling overhead of type service.

A kind of determining device of business control signaling expense, including：First determining module, in third generation Partnership Program In 3G network, at least one of packet of beep-page message and MS according to the MS for obtaining determines the setting type service of MS Beep-page message number of times；Second determining module, for the core-network side mobility status sequential timer according to the MS for obtaining At least one of the duration of configuration and the packet of MS, determine the RACH RACH message of the setting type service of MS Number of times, the number of times of forward access channel FACH message and dedicated channel DCH message number of times；3rd determining module, for root According to the beep-page message number of times of the setting type service of the MS for determining to obtain, RACH message number of times, FACH message number of times and DCH message Number of times, the MS settings paging expense of type service, RACH expenses, FACH expenses, DCH expenses and MS setting types are determined respectively The control signaling overhead of business.

A kind of determining device of business control signaling expense, including：First determining module, in long evolving system In LTE network, in the duration of core-network side mobility status sequential timer configuration and the packet of MS according to the MS for obtaining At least one of, determine that number of times is set up in paging number of times and the radio resource control RRC connection of the setting type service of MS；Second is true Cover half block, paging number of times and RRC the connection number of times for the setting type service according to the MS for determining to obtain determines MS's respectively Set the control signaling overhead that the paging expense of type service, RRC connections set up expense and MS setting type services.

Technical scheme according to embodiments of the present invention, according to the beep-page message, packet, the core-network side mobility that obtain MS At least one of the duration of state sequential timer configuration and the time of wireless side TBF release timers configuration of MS, Determine that the number of times and network side paging of the core-network side beep-page message of the setting type service of MS disappear in GSM network and in 3G network The number of times of breath, in gsm networks MS setting type service RACH message number of times and the number of times of AGCH message, in 3G network The number of times of the number of times, the number of times of FACH message and DCH message of the RACH message of the setting type service of middle determination MS, in LTE nets The number of times that the paging number of times and RRC connections that the setting type service of MS is determined in network are set up, and determine respectively above-mentioned identified The signaling consumption of message sets the control signaling overhead of type service with MS is determined, it is seen then that the embodiment of the present invention is based on seeking for MS The wireless side TBF of message, packet, the duration of core-network side mobility status sequential timer configuration and MS is exhaled to discharge timing The time of device configuration, can accurately and effectively determine that the control signaling of MS setting type services is opened according to various control message Pin such that it is able to solve in the technology of the signaling consumption of statistical service in the prior art, the signaling species of the statistics for existing is few, true Determine the inaccurate problem of result.

Other features and advantages of the present invention will be illustrated in the following description, also, the partly change from specification Obtain it is clear that or being understood by implementing the present invention.The purpose of the present invention and other advantages can be by the explanations write Specifically noted structure is realized and obtained in book, claims and accompanying drawing.

Brief description of the drawings

Fig. 1 is the workflow diagram of the determination method of business control signaling expense provided in an embodiment of the present invention；

Fig. 2 is the application scenarios schematic diagram of method shown in Fig. 1；

Fig. 3 is the structured flowchart of the determining device of business control signaling expense provided in an embodiment of the present invention；

Fig. 4 is another workflow diagram of the determination method of business control signaling expense provided in an embodiment of the present invention；

Fig. 5 is the application scenarios schematic diagram of method shown in Fig. 4；

Fig. 6 is the Another Application schematic diagram of a scenario of method shown in Fig. 4；

Fig. 7 is another structured flowchart of the determining device of business control signaling expense provided in an embodiment of the present invention；

Fig. 8 is another workflow diagram of the determination method of business control signaling expense provided in an embodiment of the present invention；

Fig. 9 is another structured flowchart of the determining device of business control signaling expense provided in an embodiment of the present invention.

Specific embodiment

Embodiments of the invention are illustrated below in conjunction with accompanying drawing, it will be appreciated that embodiment described herein is only used In the description and interpretation present invention, it is not intended to limit the present invention.

The present invention is directed in the technology of signaling consumption that existing statistics determines business in mobile radio communication, existing system The signaling species of meter is few, determine the inaccurate problem of result, the embodiment of the invention provides a kind of business control signaling expense Determine method and device, be used to solve above mentioned problem of the prior art.

The embodiment of the present invention is based on beep-page message, packet, the core-network side mobility status sequential timer configuration of MS Duration and MS wireless side TBF release timers configuration time, can accurately and effectively determine various control channel believe Paging expense in the signaling consumption of order, including paging expense in GSM network, RACH expenses and AGCH expenses, 3G network, Paging expense and PRACH expenses in RACH expenses, FACH expenses and DCH, LTE network such that it is able to solve in the prior art In the technology of the signaling consumption of statistical service, the signaling species of existing statistics is few, determine the inaccurate problem of result.

Embodiment one

Fig. 1 shows the workflow diagram of the determination method of business control signaling expense provided in an embodiment of the present invention, should In gsm networks, the method includes for method application：

Step 101, in gsm networks, beep-page message, the packet of MS, the core of MS according to the mobile station MS for obtaining In the time of the wireless side TBF release timers configuration of the duration and MS of net side mobility status sequential timer configuration at least One of, determine the number of times of the beep-page message of the setting type service of MS；Wherein, beep-page message include Route Area level beep-page message and Cell-level beep-page message；

Specifically, the core-network side of the beep-page message of MS, the packet of MS, MS can be obtained from the Gb Interface of GSM network The time of the wireless side TBF release timers configuration of the duration and MS of mobility status sequential timer configuration；

Specifically, it is determined that the treatment of Route Area level beep-page message includes：The timestamp of the beep-page message according to MS, packet Timestamp and packet type, be according to the type of service of first downlink data packet after each bar beep-page message for determining No is the type of service of setting, it is determined that obtain setting the number of times of type service, by the Route Area level paging of MS setting type services The number of times of message increases identified number of times；

Determining the treatment of cell-level beep-page message includes：If wireless side TBF release timers include the descending chain of wireless side Road TBF release timers and wireless side up-link TBF release timers, the core-network side mobility status sequential according to MS are determined When device configuration duration, the timestamp of packet and MS wireless side downlink TBF release timers, for each mobility , there is the interval of timestamps of two neighboring downlink data packet at each time more than wireless in the packet in state Ready state phases In the case of the time of side downlink TBF release timer configurations, according to second in the two neighboring downlink data packet for determining Whether the type of service of individual downlink data packet is the type of service of setting, it is determined that obtaining setting the number of times of type service, MS is set Determining the number of times of the cell-level beep-page message of type service increases identified number of times, as shown in Figure 2；

Wherein it is determined that the treatment in the mobility status of MS and mobility status stage includes：Packet according to MS The duration of the core-network side mobility status sequential timer configuration of timestamp and MS, in two timestamps of adjacent data bag In the case of the duration that core network mobility condition timer of the interval more than MS is configured, the in two adjacent data bags is determined One packet is the end of upper mobility status ready state phases, and the stage between two adjacent data bags is shifting Dynamic proterties state standby state phases, second packet in two adjacent data bags is next ready state phases Start；

By above-mentioned processing procedure, directly pass through the timestamp information and business of the packet of the beep-page message and MS of MS Type information determines the number of times of the Route Area level beep-page message of MS setting type services, and directly by the core-network side of MS The wireless side downlink TBF of the duration, the timestamp information of MS packets and MS of mobility status sequential timer configuration is released Put the time value of timer to determine the number of times of the network net side beep-page message of MS setting type services, compared to prior art In cannot determine beep-page message number of times or the beep-page message number of times of MS, Neng Gouzhun are determined indirectly by beep-page message response The beep-page message number of times of setting type service that is really, direct, objective, effectively determining MS；

Wherein it is determined that the treatment of the type of packet, can detect that determination obtains packet by carrying out DPI to packet Type of service, it is also possible to the type of service for determining packet is detected by other methods, the type of service of packet includes： Speech business, short message service or instant messaging service, can also be other types of business；

Step 102, the duration of core-network side mobility status sequential timer configuration according to the MS for obtaining, the data of MS At least one of duration that the wireless side TBF release timers of bag and MS are configured, determines that the setting type service of MS sets up core The number of times and the number of times of AGCH message of RACH message when heart net side is connected, and in the case where core-network side connection keeps, The number of times and the number of times of AGCH message of RACH message when determining that the setting type service of MS sets up wireless side TBF；

Specifically, the core-network side mobility status sequential timer configuration of MS can be obtained from the Gb Interface of GSM network Duration, the packet of MS and MS wireless side TBF release timers configuration duration；

Specifically, it is determined that number of times and AGCH that the setting type service of MS sets up RACH message when core-network side is connected disappear The treatment of the number of times of breath includes：The duration of the core-network side mobility status sequential timer configuration according to MS and packet when Between stab, according to determine each core network mobility state be changed into first packet after the situation of ready by standby Type of service whether be the type of service of setting, it is determined that obtain setting the number of times of type service, by MS setting type services The number of times of RACH message and the number of times of AGCH message respectively increase identified number of times；

In the case where core-network side connection keeps, RACH when determining that the setting type service of MS sets up wireless side TBF The treatment of the number of times of message and the number of times of AGCH message includes：As shown in Fig. 2 the core-network side mobility status sequential according to MS The duration of timer configuration, the timestamp of packet, the duration of the up TBF release timers configuration of wireless side of MS and the nothing of MS The duration of the descending TBF release timers configuration of line side, for the packet in each Ready state phase, on having two The duration or two descending phases of the up TBF release timers configuration of wireless side of the interval of timestamps of row adjacent data bag more than MS In the case of the duration of the descending TBF release timers configuration of wireless side of the interval of timestamps of adjacent packet more than MS, according to true Whether second type of service of packet in fixed adjacent two data bag is the type of service for setting, it is determined that being set The number of times of type service, by MS setting type service the number of times of RACH message and the number of times of AGCH message respectively increase really Fixed number of times；

By above-mentioned steps 102, determine that the setting type service of MS sets up the secondary of RACH message when core-network side is connected The number of times of number and AGCH message, and in the case where core-network side connection keeps, determine that the setting type service of MS sets up nothing The number of times of RACH message during line side TBF and the number of times of AGCH message, compared to existing technology in fail count MS core-network side Keep connection and wireless side TBF has discharged the situation for setting up wireless side TBF connections after connecting again, or by indirect, inaccurate True method determines the number of times of RACH message and the number of times of AGCH message, can accurate, direct, objective, effectively determine MS's Set the number of times and the number of times of AGCH message of the RACH message of type service；

Below number of times, the number of times of RACH message and the AGCH that the beep-page message of the setting type service of MS is determined respectively disappear The number of times of breath；

Step 103, the setting beep-page message number of times of type service according to the MS for determining to obtain, RACH message number of times, AGCH message number of times, determines paging expense, RACH expenses, AGCH expenses and the MS setting type industry of MS setting type services respectively The control signaling overhead of business；

Specifically, according to MS set the Route Area level number of times of beep-page message of type service, cell-level beep-page message time Number and a quantity for the control signaling resource of beep-page message occupancy, determine that MS sets the paging expense of type service；According to The number of times of the RACH message of MS setting type services and a quantity for the control signaling resource of RACH message occupancy, determine MS Set the RACH expenses of type service；The number of times and an AGCH message that the AGCH message of type service is set according to MS take Control signaling resource quantity, determine MS set type service AGCH expenses；

The summation of the paging expense, RACH expenses and AGCH expenses of MS setting type services is defined as MS setting type industry The control signaling overhead of business；

Above-mentioned statistics determines the control signaling expense of the setting type service of MS, further, can also count true Determine the control signaling expense of whole business of MS, and the control signaling expense ratio for determining the setting type service of MS；

Specifically, statistics determines that the treatment of the control signaling expense of whole business of MS includes：The paging of the MS that will be obtained The number of times of message is defined as the number of times of the beep-page message of MS whole business；

The duration of the core-network side mobility status sequential timer configuration according to MS, it is determined that being changed into by Standby The number of times of Ready, the number of times of the number of times of the RACH message of whole business of MS and AGCH message is increased identified time respectively Number；For the packet in each Ready state phase, it is determined that being more than in the presence of the interval of timestamps of two up adjacent data bags The number of times of the situation of the time of the up TBF release timers configuration of wireless side of MS, and determine there are two descending consecutive numbers The number of times of the situation of the time configured according to the interval of timestamps descending TBF release timers of the wireless side more than MS of bag, by MS's The number of times of the RACH message of whole business and the number of times of AGCH message increase identified number of times respectively；

The number of times of the beep-page message according to identified MS whole business and a control signaling money for beep-page message occupancy The quantity in source determines the paging expense of MS whole business；

The number of times of the RACH message according to identified MS whole business and a control signaling money for RACH message occupancy The quantity in source determines the RACH expenses of MS whole business；

The number of times of the AGCH message according to identified MS whole business and a control signaling money for AGCH message occupancy The quantity in source determines the AGCH expenses of MS whole business；

And the summation of the paging expense, RACH expenses and AGCH expenses of MS whole business is defined as the control of MS whole business Signaling overhead processed；

Determine MS setting type service control signaling expense than treatment include：

The paging expense of paging expense and MS the whole business of type service is set according to identified MS, determines that MS sets The paging expense accounting of type service；

The paging expense of RACH expenses and MS the whole business of type service is set according to identified MS, determines that MS sets The RACH expense accountings of type service；

The paging expense of AGCH expenses and MS the whole business of type service is set according to identified MS, determines that MS sets The AGCH expense accountings of type service；

The control signaling that control signaling overhead and MS the whole business of type service are set according to identified MS is always opened Pin, determines that MS sets the control signaling overhead accounting of type service.

By the above method, first, the above method can be realized opening paging expense, RACH expenses and AGCH simultaneously The statistics of pin, can determine a greater variety of control signaling expenses than prior art so that control signaling expense is counted More fully；Second, the timestamp of the beep-page message according to MS, the timestamp of packet, the type of packet and wireless side TBF The time of release timer configuration determines the number of times of the beep-page message of the setting type service of MS, can be accurately and efficiently true Surely beep-page message number of times and paging expense, the 3rd of the setting type service of MS are obtained, determines that the setting type service of MS is built The number of times and the number of times of AGCH message of RACH message when vertical core-network side is connected, and situation about being kept in core-network side connection Under, the number of times and the number of times of AGCH message of RACH message when determining that the setting type service of MS sets up wireless side TBF, Neng Gouzhun Really efficiently determine obtain MS setting type service RACH message number of times and RACH expenses, AGCH message number of times and AGCH expenses, and determine to obtain the control signaling overhead that MS sets type service；It is true so as to solve existing statistics In the technology of the signaling consumption for determining business in mobile radio communication, the signaling species of existing statistics is few, determine that result is inaccurate Problem.

Based on identical inventive concept, a kind of determining device of business control signaling expense is the embodiment of the invention provides.

Fig. 3 shows the structured flowchart of the determining device of business control signaling expense provided in an embodiment of the present invention, the dress Put including：

First determining module 31, in global system for mobile communications GSM network, according to seeking for the mobile station MS for obtaining Message, the packet of MS, the duration of core-network side mobility status sequential timer configuration of MS and the wireless side TBF of MS is exhaled to release At least one of time of timer configuration is put, the number of times of the beep-page message of the setting type service of MS is determined；Wherein, paging Message includes Route Area level beep-page message and cell-level beep-page message；

Specifically, the first determining module 31 is additionally operable to：The timestamp of the packet according to MS and the core net sidesway of MS The duration of dynamic proterties state sequential timer configuration, in core network mobility of two interval of timestamps of adjacent data bag more than MS In the case of the duration of condition timer configuration, determine that first packet in two adjacent data bags is a upper mobility The end of state ready state phases, the stage between two adjacent data bags is mobility status standby state phases, Second packet in two adjacent data bags is the beginning of next ready state phases；

First determining module 31, specifically for：The timestamp of the beep-page message according to MS, the timestamp of the packet of MS and Whether the type of packet, be setting according to first type of service of downlink data packet after each bar beep-page message for determining Type of service, it is determined that obtain setting the number of times of type service, by the number of times of the Route Area level beep-page message of MS setting type services Number of times determined by increasing；

Wireless side TBF release timers include wireless side downlink TBF release timers and wireless side up-link TBF Release timer, duration, the timestamp and MS of packet of the core-network side mobility status sequential timer configuration according to MS Wireless side downlink TBF release timers, for the packet in each Ready state phase, exist at each time adjacent In the case of time of two interval of timestamps of downlink data packet more than the configuration of wireless side downlink TBF release timers, Whether second type of service of downlink data packet is the type of service for setting in two neighboring downlink data packet according to determination, It is determined that obtaining setting the number of times of type service, the number of times of the cell-level beep-page message of MS setting type services is increased identified Number of times；

First determining module 31, specifically for：The detection of depth data bag is carried out to packet to determine to obtain the industry of packet Service type；

Second determining module 32, for according to obtain MS core-network side mobility status sequential timer configuration when At least one of duration of wireless side TBF release timers configuration of the long, packet of MS and MS, determines the setting type of MS Business sets up the number of times of RACH RACH message when core-network side is connected and allows to access the secondary of channel AGC H message Number, and in the case where core-network side connection keeps, RACH when determining that the setting type service of MS sets up wireless side TBF disappears The number of times of breath and the number of times of AGCH message；

Specifically, the second determining module 32 is additionally operable to：The timestamp of the packet according to MS and the core net sidesway of MS The duration of dynamic proterties state sequential timer configuration, in core network mobility of two interval of timestamps of adjacent data bag more than MS In the case of the duration of condition timer configuration, determine that first packet in two adjacent data bags is a upper mobility The end of state ready state phases, the stage between two adjacent data bags is mobility status standby state phases, Second packet in two adjacent data bags is the beginning of next ready state phases；

Second determining module 32, specifically for：Core-network side mobility status sequential timer configuration according to MS when The timestamp of long and packet, after being changed into the situation of ready by standby according to each core network mobility state for determining First type of service of packet whether be setting type of service, it is determined that obtain set type service number of times, by MS The number of times of RACH message and the number of times of AGCH message for setting type service respectively increase identified number of times；

Second determining module 32, specifically for：Wireless side TBF release timers discharge including wireless side downlink TBF Timer and wireless side up-link TBF release timers, the core-network side mobility status sequential timer configuration according to MS Duration, the timestamp of packet, the duration of the wireless side up TBF release timers configuration of MS and MS wireless side it is descending , for the packet in each Ready state phase, there are two up consecutive numbers in the duration of TBF release timers configuration According to duration or two descending adjacent data bags that the interval of timestamps up TBF release timers of the wireless side more than MS of bag are configured Wireless side descending TBF release timer configuration of the interval of timestamps more than MS duration in the case of, it is adjacent according to what is determined Whether second type of service of packet in two packets is the type of service of setting, it is determined that obtaining setting type service Number of times, by MS setting type service the number of times of RACH message and the number of times of AGCH message respectively increase determined by time Number；

Second determining module 32, specifically for：The detection of depth data bag is carried out to packet to determine to obtain the industry of packet Service type；

3rd determining module 33, is connected to the first determining module 31 and the second determining module 32, for being obtained according to determination MS setting type service beep-page message number of times, RACH message number of times, AGCH message number of times, respectively determine MS setting type The paging expense of business, RACH expenses, AGCH expenses and MS set the control signaling overhead of type service.

Specifically, the 3rd determining module 33 is additionally operable to：The timestamp of the packet according to MS and the core net sidesway of MS The duration of dynamic proterties state sequential timer configuration, in core network mobility of two interval of timestamps of adjacent data bag more than MS In the case of the duration of condition timer configuration, determine that first packet in two adjacent data bags is a upper mobility The end of state ready state phases, the stage between two adjacent data bags is mobility status standby state phases, Second packet in two adjacent data bags is the beginning of next ready state phases；

3rd determining module 33, specifically for：The number of times, small of the Route Area level beep-page message of type service is set according to MS The number of times of area's level beep-page message and a quantity for the control signaling resource of beep-page message occupancy, determine that MS sets type service Paging expense；The number of times and a control signaling money for RACH message occupancy of the RACH message of type service are set according to MS The quantity in source, determines that MS sets the RACH expenses of type service；According to MS set type service AGCH message number of times and Quantity for the control signaling resource of AGCH message occupancy, determines that MS sets the AGCH expenses of type service；MS is set into class The control signaling that the summation of the paging expense, RACH expenses and AGCH expenses of type business is defined as MS setting type services is always opened Pin；

3rd determining module 33, is additionally operable to：The number of times of the beep-page message of the MS of acquisition is defined as seeking for MS whole business Exhale the number of times of message；

The duration and the timestamp of packet of the core-network side mobility status sequential timer configuration according to MS, it is determined that by Standby is changed into the number of times of Ready, and the number of times of the number of times of the RACH message of whole business of MS and AGCH message is increased respectively Plus identified number of times；

For the packet in each Ready state phase, it is determined that in the presence of between two timestamps of up adjacent data bag Every the number of times of the situation of the time of the up TBF release timers configuration of wireless side more than MS, and determine descending in the presence of two The number of times of the situation of the time of the descending TBF release timers configuration of wireless side of the interval of timestamps of adjacent data bag more than MS, The number of times of the number of times of the RACH message of whole business of MS and AGCH message is increased into identified number of times respectively；

The summation of the paging expense, RACH expenses and AGCH expenses of MS whole business is defined as the control of MS whole business Signaling overhead.

The operation principle of Fig. 3 shown devices as shown in figure 1, repeat no more here.

Device according to Fig. 3, it is also possible to accurately and efficiently determine paging expense, the RACH of the setting type service of MS Expense, AGCH expenses and control signaling overhead such that it is able to solve the letter that existing statistics determines business in mobile radio communication In making the technology of expense, the signaling species of existing statistics is few, determine the inaccurate problem of result.

Embodiment two

Fig. 4 shows the workflow diagram of the determination method of business control signaling expense provided in an embodiment of the present invention, should Method is applied in 3G network, and the method includes：

Step 401, in 3G network, at least one of packet of beep-page message and MS according to the MS for obtaining, really Determine the number of times of the beep-page message of the setting type service of MS；

Specifically, the beep-page message of MS and the packet of MS can be obtained from the IuPS interfaces of 3G network；

Specifically, can through the above way one come determine MS setting type service beep-page message number of times, i.e. root According to the type of the timestamp of the beep-page message of MS, the timestamp of packet and packet, after each bar beep-page message for determining First type of service of downlink data packet whether be setting type of service, it is determined that obtain set type service number of times, The number of times of the beep-page message of MS setting type services is increased into identified number of times respectively；

By beep-page message and the timestamp information and traffic type information of the packet of MS directly according to MS, come true The number of times of the beep-page message of the setting type service of MS is determined, compared to determining MS's according to paging number of success in the prior art Beep-page message number of times, can accurate, direct, objective, effectively determine the beep-page message number of times of the setting type service of MS；

Step 402, according in the duration of core-network side mobility status sequential timer configuration and the packet of MS of MS At least one of, determine the setting type service of MS the number of times of RACH message, the number of times of FACH message and DCH message time Number；

Specifically, the core-network side mobility status sequential timer configuration of MS can be obtained from the IuPS interfaces of 3G network Duration and MS packet；

Specifically, it is determined that the treatment in the mobility status of MS and mobility status stage includes：According to the packet of MS Timestamp and MS core-network side mobility status sequential timer configuration duration, in two times of adjacent data bag In the case of the duration that core network mobility condition timer of the stamp interval more than MS is configured, in determining two adjacent data bags First packet is the end of upper mobility status Connected state phases, the rank between two adjacent data bags Section is mobility status Idle state phases, and second packet in two adjacent data bags is next Connected shapes The beginning in state stage；

Specifically, as shown in figure 5, the duration and data of core-network side mobility status sequential timer configuration according to MS The timestamp of bag, according to each core network mobility state for determining by the free time（Idle）It is changed into connection（Connected）'s Whether first type of service of packet after situation is the type of service of setting, it is determined that obtaining setting the secondary of type service Number, institute is respectively increased by the number of times of the number of times, the number of times of FACH message and DCH message of the RACH message of MS setting type services The number of times of determination；

During concrete application, when the wireless side inactivity timer and core-network side of MS connect inactivity In the case that timer is set unanimously, the Typical Disposition of the wireless side inactivity timer of MS is 10~50 seconds, core-network side Inactivity timer are usual than wireless side inactivity timer time delays 0~10 second, when the adjacent two data bag of MS Interval of timestamps more than wireless side inactivity timer time and less than core-network side inactivity timer's In the case of time, system is to second packet in adjacent two data bag（Upstream data bag or downlink data packet）, need RAB is rebuild, but because RRC connections are now already present, signaling procedure need not consume extra channel resource, specifically, If second packet in adjacent two data bag is downlink data packet, two classes can be carried out using the DCH of MS and sought RAB is exhaled and rebuilds, if second packet in adjacent two data bag is upstream data bag, without two class pagings and profit RAB is rebuild with existing DCH, as shown in Figure 6；

Especially, when wireless side inactivity timer and core-network side inactivity the timer settings of MS are consistent In the case of, PCH, RACH, FACH and DCH consumption of MS can be as shown in Figure 5；

By Fig. 5 and Fig. 6, as the wireless side inactivity timer and core-network side inactivity of MS In the case that the setting of timer is consistent or inconsistent, the channel resource of consumption is consistent；

According to step 402, the secondary of RACH message is counted by counting each business RRC connection number of times compared to existing technology The number of times of number, the number of times of FACH message and DCH message, can accurate, direct, objective, effectively determine the setting type industry of MS The number of times of the number of times, the number of times of FACH message and DCH message of the RACH message of business；

Step 403, the setting beep-page message number of times of type service according to the MS for determining to obtain, RACH message number of times, The number of times of FACH message number of times and DCH message, the paging expense of determination MS settings type service, RACH expenses, FACH are opened respectively Pin, DCH expenses and MS set the control signaling overhead of type service；

Specifically, the number of times and a control letter for beep-page message occupancy of the beep-page message of type service are set according to MS The quantity of resource is made, determines that MS sets the paging expense of type service；The number of times of the RACH message of type service is set according to MS And a quantity for the control signaling resource of RACH message occupancy, determine that MS sets the RACH expenses of type service；According to MS The number of times and a quantity for the control signaling resource of FACH message occupancy of the FACH message of type service are set, determines that MS sets Determine the FACH expenses of type service；The number of times of the DCH message according to MS setting type services and a control for DCH message occupancy The quantity of signal resource processed, determines that MS sets the DCH expenses of type service；

The summation of the paging expense of MS setting type services, RACH expenses, FACH expenses and DCH expenses is defined as into MS to set Determine the control signaling overhead of type service；

Specifically, statistics determines that the treatment of the control signaling expense of whole business of MS includes：

The number of times of the beep-page message of the MS of acquisition is defined as the number of times of the beep-page message of MS whole business；

The duration of the core-network side mobility status sequential timer configuration according to MS, it is determined that being changed into by Idle The number of times of Connected, by the number of times of the number of times, the number of times of FACH message and DCH message of the RACH message of whole business of MS Number of times determined by increasing respectively；

The number of times of the FACH message according to identified MS whole business and a control signaling money for FACH message occupancy The quantity in source determines the FACH expenses of MS whole business；

The number of times of the DCH message according to identified MS whole business and a control signaling resource for DCH message occupancy Quantity determine MS whole business DCH expenses；

The summation of the paging expense of MS whole business, RACH expenses, FACH expenses and DCH expenses is defined as MS whole industry The control signaling overhead of business；

Specifically, it is determined that the control signaling expense ratio of the setting type service of MS includes：

The paging expense of FACH expenses and MS the whole business of type service is set according to identified MS, determines that MS sets The FACH expense accountings of type service；

The paging expense of DCH expenses and MS the whole business of type service is set according to identified MS, determines that MS sets The DCH expense accountings of type service；

More specifically, when MS passes through R4 carriers carry business, up-downgoing D pagings are correspondingly determined when determining DCH expenses Expense, when MS passes through HSDPA carriers carry business, correspondingly determines up-downgoing with DPCH when determining DCH expenses.

By the above method, first, the above method can be realized opening paging expense, RACH expenses, FACH simultaneously The statistics of pin and DCH expenses, can determine a greater variety of control signaling expenses so as to control signaling than prior art Expense is counted more fully；Second, the class of the timestamp of the beep-page message according to MS and the timestamp of packet and packet Type come determine MS setting type service beep-page message number of times, can accurately and efficiently determine to obtain the setting type of MS The beep-page message number of times and paging expense of business, the 3rd, setting for MS is determined according to the number of times that MS sets up core-network side connection Determine the number of times of the number of times, the number of times of FACH message and DCH message of the RACH message of type service, can accurately and efficiently determine To the RACH message number of times and RACH expenses, FACH message number of times and FACH expenses, DCH message of the setting type service of MS Number of times and DCH expenses.

Fig. 7 shows the structured flowchart of the determining device of business control signaling expense provided in an embodiment of the present invention, the dress Put including：

First determining module 71, in 3G network, according in the beep-page message of MS and the packet of MS for obtaining At least one, determine the number of times of the beep-page message of the setting type service of MS；

Specifically, the first determining module 71 specifically for：The timestamp of the beep-page message according to MS, the timestamp of packet Whether it is setting according to first type of service of downlink data packet after each bar beep-page message for determining with the type of packet Type of service, it is determined that obtain set type service number of times, by MS setting type service beep-page message number of times increase institute The number of times of determination；

First determining module 71, is additionally operable to：The detection of depth data bag is carried out to packet to determine to obtain the business of packet Type；

Second determining module 72, for according to obtain MS core-network side mobility status sequential timer configuration when At least one of packet of long and MS, determine the RACH RACH message of the setting type service of MS number of times, The number of times of forward access channel FACH message and the number of times of dedicated channel DCH message；

Specifically, the second determining module 72, is additionally operable to：Obtain MS core network mobility condition timer configuration when Between, the timestamp of the packet according to MS, in core network mobility shape of two interval of timestamps of adjacent data bag more than MS In the case of the time of state timer configuration, determine that first packet in two adjacent data bags is upper one mobile proterties The end of the Connected state phases of state, is the Idle state phases of mobility status, two between two adjacent data bags Second packet in adjacent data bag is the beginning of next Connected state phases；

Second determining module 72, specifically for：Core-network side mobility status sequential timer configuration according to MS when The timestamp of long and packet, the situation of Connected is changed into according to each core network mobility state for determining by Idle Whether first type of service of packet afterwards is the type of service of setting, it is determined that obtain setting the number of times of type service, will The number of times of the number of times, the number of times of FACH message and DCH message of the RACH message of MS setting type services respectively increases and is determined Number of times；

Second determining module 72, is additionally operable to：The detection of depth data bag is carried out to packet to determine to obtain the business of packet Type；

3rd determining module 73, is connected to the first determining module 71 and the second determining module 72, for being obtained according to determination The setting beep-page message number of times of type service of MS, RACH message number of times, the number of times of FACH message number of times and DCH message, point Not Que Ding the MS settings paging expense of type service, RACH expenses, FACH expenses, DCH expenses and MS set the control of type service Signaling overhead processed；

Specifically, the 3rd determining module 73, is additionally operable to：Obtain MS core network mobility condition timer configuration when Between, the timestamp of the packet according to MS, in core network mobility shape of two interval of timestamps of adjacent data bag more than MS In the case of the time of state timer configuration, determine that first packet in two adjacent data bags is upper one mobile proterties The end of the Connected state phases of state, is the Idle state phases of mobility status, two between two adjacent data bags Second packet in adjacent data bag is the beginning of next Connected state phases；

3rd determining module 73, specifically for：The number of times of the beep-page message of type service is set according to MS and is once sought The quantity of the control signaling resource of message occupancy is exhaled, determines that MS sets the paging expense of type service；Type industry is set according to MS The number of times of the RACH message of business and a quantity for the control signaling resource of RACH message occupancy, determine that MS sets type service RACH expenses；The number of times and a control signaling money for FACH message occupancy of the FACH message of type service are set according to MS The quantity in source, determines that MS sets the FACH expenses of type service；The number of times and one of the DCH message of type service is set according to MS The quantity of the control signaling resource that secondary DCH message takes, determines that MS sets the DCH expenses of type service；MS is set into type industry The control signaling that the summation of the paging expense of business, RACH expenses, FACH expenses and DCH expenses is defined as MS setting type services is total Expense.

3rd determining module 73, is additionally operable to：The number of times of the beep-page message of the MS of acquisition is defined as seeking for MS whole business Exhale the number of times of message；The duration of the core-network side mobility status sequential timer configuration according to MS, it is determined that being changed into by Idle The number of times of Connected, by the number of times of the number of times, the number of times of FACH message and DCH message of the RACH message of whole business of MS Number of times determined by increasing respectively；The number of times and a beep-page message of the beep-page message according to identified MS whole business take Control signaling resource quantity determine MS whole business paging expense；According to the RACH message of identified MS whole business Number of times and the quantity of control signaling resource that takes of RACH message determine the RACH expenses of MS whole business；According to really The number of times of FACH message and the quantity of a control signaling resource for FACH message occupancy of fixed MS whole business determine that MS is complete The FACH expenses of portion's business；The number of times of the DCH message according to identified MS whole business and a control for DCH message occupancy The quantity of signal resource determines the DCH expenses of MS whole business；The paging expense of MS whole business, RACH expenses, FACH are opened The summation of pin and DACH expenses is defined as the control signaling overhead of MS whole business.

3rd determining module 73, is additionally operable to：Paging expense and MS the whole industry of type service are set according to identified MS The paging expense of business, determines that MS sets the paging expense accounting of type service；Type service is set according to identified MS The paging expense of RACH expenses and MS whole business, determines that MS sets the RACH expense accountings of type service；According to identified The FACH expenses of MS setting type services and the paging expense of MS whole business, determine that the FACH expenses of MS setting type services are accounted for Than；The paging expense of DCH expenses and MS the whole business of type service is set according to identified MS, determines that MS sets type industry The DCH expense accountings of business；The control of control signaling overhead and MS the whole business of type service is set according to identified MS Signaling overhead, determines that MS sets the control signaling overhead accounting of type service.

The operation principle of Fig. 7 shown devices as shown in figure 4, repeat no more here.

Device according to Fig. 7, it is also possible to accurately and efficiently determine paging expense, the RACH of the setting type service of MS Expense, FACH expenses, DCH expenses and control signaling overhead such that it is able to solve it is existing statistics determine mobile radio communication in In the technology of the signaling consumption of business, the signaling species of existing statistics is few, determine the inaccurate problem of result.

Embodiment three

Fig. 8 shows the workflow diagram of the determination method of business control signaling expense provided in an embodiment of the present invention, should In the lte networks, the method includes for method application：

Step 801, in the lte networks, core-network side mobility status sequential timer configuration according to the MS for obtaining At least one of packet of duration and MS, determines the paging number of times and radio resource control RRC of the setting type service of MS Number of times is set up in connection；

Specifically, the core-network side mobility status sequential timer that can obtain MS from the S1 interfaces in LTE network is matched somebody with somebody The duration and the packet of MS put；

Then, determining the paging number of times of the setting type service of MS includes：Determine each core network mobility state by Idle It is changed into the number of times that first packet after the situation of Connected is downlink data packet, then by MS setting type services Paging number of times increases identified number of times；

Determine that the RRC connections of the setting type service of MS are set up number of times and included：Core-network side mobility status according to MS The duration of sequential timer configuration and the timestamp of packet, are changed according to each core network mobility state for determining by Idle For first type of service of packet after the situation of Connected whether be setting type of service, it is determined that being set The number of times of type service, identified number of times is increased by the number of times that the RRC connections of MS setting type services are set up；

By step 801, directly by the duration of the core-network side mobility status sequential timer configuration of MS and MS Packet come determine the setting type service of MS paging number of times and, accurate, direct, objective, effectively can determine that MS sets Determine the beep-page message number of times of type service；

The number of times that the paging number of times of the above-mentioned setting type service that MS is determined and RRC connections are set up；

Step 802, the paging number of times of the setting type service of the MS obtained according to determination and RRC connection number of times determine respectively The paging expense of the setting type service of MS, RRC connections set up expense and MS sets the control signaling overhead of type service；

Specifically, the Physical Downlink Control Channel for taking can be set up according to a paging and a RRC connection（PDCCH, Physical Downlink Control Channel）, resource situation in PRACH, PUCCH, to determine paging expense respectively Or expense is set up in RRC connections；

Shared by the paging number of times of the setting type service according to the MS for determining to obtain and an acquired paging The quantity of the resource of PDCCH, determines that MS sets the paging expense of type service；

The summation that the paging expense of MS setting type services and RRC connections set up expense is defined as MS setting type services Control signaling overhead；

The duration of the core-network side mobility status sequential timer configuration according to MS, determine core network mobility state by Idle is changed into the number of times of Connected, and the number of times that the RRC connections of whole business of MS are set up is increased into identified number of times；

And determine that the first data bag that core network mobility state is changed into after Connected by Idle is downlink data The number of times of bag, identified number of times is increased by the number of times of the paging of whole business of MS；

The number of times and a RRC connection that RRC connections according to identified MS whole business are set up set up the control for taking The quantity of signal resource determines that expense is set up in the RRC connections of MS whole business；

The summation that the paging expense of MS whole business and RRC connections set up expense is defined as the control letter of MS whole business Make overhead；

By the above method, first, the above method can be realized setting up expense to paging expense and RRC connections simultaneously Statistics, can determine a greater variety of control signaling expenses so as to control signaling expense statistics more fully；Second, root According to the duration and at least one of the packet of MS of the core-network side mobility status sequential timer configuration of the MS for obtaining, really Number of times is set up in paging number of times and the radio resource control RRC connection for determining the setting type service of MS, can accurately and efficiently determine Expense is set up in paging expense and the RRC connection for obtaining the setting type service of MS；Determine to move so as to solve existing statistics In dynamic communication network in the technology of the signaling consumption of business, the signaling species of existing statistics is few, determine that result is inaccurate asks Topic.

Based on identical inventive concept, the embodiment of the present invention additionally provides a kind of determination dress of business control signaling expense Put.

Fig. 9 shows the structured flowchart of the determining device of the business control signaling expense that the embodiment of the present invention is also provided, should Device includes：

First determining module 91, in long evolving system LTE network, the core-network side according to the MS for obtaining to be moved At least one of the duration of proterties state sequential timer configuration and the packet of MS, determine the paging of the setting type service of MS Number of times is set up in number of times and radio resource control RRC connection；

Specifically, the first determining module 91, is additionally operable to：The timestamp of the packet according to MS and the core net sidesway of MS The duration of dynamic proterties state sequential timer configuration, in core network mobility of two interval of timestamps of adjacent data bag more than MS In the case of the duration of condition timer configuration, determine that first packet in two adjacent data bags is a upper mobility The end of state Connected state phases, the stage between two adjacent data bags is mobility status Idle state phases, Second packet in two adjacent data bags is the beginning of next Connected state phases；

First determining module 91, specifically for：Determine that each core network mobility state is changed into Connected by Idle Situation after first packet for downlink data packet number of times, then by MS setting type service paging number of times increase institute really Fixed number of times；The duration and the timestamp of packet of the core-network side mobility status sequential timer configuration according to MS, according to Each core network mobility state for determining is changed into first service class of packet after the situation of Connected by Idle Whether type is the type of service of setting, it is determined that obtaining setting the number of times of type service, the RRC connections of MS setting type services is built Vertical number of times increases identified number of times；

First determining module 91, is additionally operable to：The detection of depth data bag is carried out to packet to determine to obtain the business of packet Type, wherein, the type of service is included but is not limited to：Speech business, short message service or instant messaging service；

Second determining module 92, is connected to the first determining module 91, for the setting type industry according to the MS for determining to obtain Paging number of times and RRC the connection number of times of business determine respectively the paging expense of setting type service of MS, RRC connect set up expense and MS sets the control signaling overhead of type service；

Second determining module 92, is additionally operable to：The timestamp of the packet according to MS and the core-network side movement proterties of MS The duration of state sequential timer configuration, determines in core network mobility state of two interval of timestamps of adjacent data bag more than MS When device configuration duration in the case of, determine that first packet in two adjacent data bags is a upper mobility status The end of Connected state phases, the stage between two adjacent data bags is mobility status Idle state phases, two Second packet in adjacent data bag is the beginning of next Connected state phases；

Second determining module 92, is additionally operable to：The number of the resource of the PDCCH that a paging for obtaining MS from base station side takes Amount；The resource of PRACH, PDCCH, PUCCH that base station takes respectively for the RRC connection foundation of MS is obtained from base station side Quantity；PDCCH shared by the paging number of times of the setting type service according to the MS for determining to obtain and an acquired paging Resource quantity, determine MS set type service paging expense；The RRC of the setting type service according to the MS for determining to obtain The quantity of the resource that the number of times and a RRC connection for connecting foundation set up PRACH, PDCCH, PUCCH for taking respectively determines MS Setting type service RRC connection set up expense；The paging expense of MS setting type services and RRC connections are set up into expense Summation is defined as the control signaling overhead that MS sets type service；

Second determining module 92, is additionally operable to the duration of the core-network side mobility status sequential timer configuration according to MS, Determine that core network mobility state is changed into the number of times of Connected by Idle, the RRC connections of whole business of MS are set up Number of times increases identified number of times；And determine first number that core network mobility state is changed into after Connected by Idle It is the number of times of downlink data packet according to bag, the number of times of the paging of whole business of MS is increased into identified number of times；According to being determined MS whole business beep-page message number of times and the quantity of control signaling resource that takes of beep-page message determine MS wholes The paging expense of business；The number of times and a RRC connection that RRC connections according to identified MS whole business are set up are set up and are taken Control signaling resource quantity determine MS whole business RRC connection set up expense；By MS whole business paging expense and RRC connection set up expense summation be defined as MS whole business control signaling overhead；

And, the control signaling of control signaling overhead and MS the whole business of type service is set according to identified MS Overhead, determines that MS sets the control signaling overhead accounting of type service.

Device according to Fig. 9, it is also possible to accurately and efficiently determine paging expense, the RRC of the setting type service of MS Expense and control signaling overhead are set up in connection such that it is able to solve the signaling that existing statistics determines business in mobile radio communication In the technology of expense, the signaling species of existing statistics is few, determine the inaccurate problem of result.

One of ordinary skill in the art will appreciate that all or part of step for realizing above-described embodiment method carrying is can Completed with the hardware that correlation is instructed by program, described program can be stored in a kind of computer-readable recording medium, The program upon execution, including one or a combination set of the step of embodiment of the method.

In addition, during each functional unit in each embodiment of the invention can be integrated in a processing module, it is also possible to It is that unit is individually physically present, it is also possible to which two or more units are integrated in a module.Above-mentioned integrated mould Block can both be realized in the form of hardware, it would however also be possible to employ the form of software function module is realized.The integrated module is such as Fruit is to realize in the form of software function module and as independent production marketing or when using, it is also possible to which storage is in a computer In read/write memory medium.

It should be understood by those skilled in the art that, embodiments of the invention can be provided as method, system or computer program Product.Therefore, the present invention can be using the reality in terms of complete hardware embodiment, complete software embodiment or combination software and hardware Apply the form of example.And, the present invention can be used and wherein include the computer of computer usable program code at one or more Usable storage medium（Including but not limited to magnetic disk storage and optical memory etc.）The shape of the computer program product of upper implementation Formula.

The present invention is with reference to method according to embodiments of the present invention, equipment（System）And the flow of computer program product Figure and/or block diagram are described.It should be understood that every first-class during flow chart and/or block diagram can be realized by computer program instructions The combination of flow and/or square frame in journey and/or square frame and flow chart and/or block diagram.These computer programs can be provided The processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing devices is instructed to produce A raw machine so that produced for reality by the instruction of computer or the computing device of other programmable data processing devices The device of the function of being specified in present one flow of flow chart or multiple one square frame of flow and/or block diagram or multiple square frames.

These computer program instructions may be alternatively stored in can guide computer or other programmable data processing devices with spy In determining the computer-readable memory that mode works so that instruction of the storage in the computer-readable memory is produced and include finger Make the manufacture of device, the command device realize in one flow of flow chart or multiple one square frame of flow and/or block diagram or The function of being specified in multiple square frames.

These computer program instructions can be also loaded into computer or other programmable data processing devices so that in meter Series of operation steps is performed on calculation machine or other programmable devices to produce computer implemented treatment, so as in computer or The instruction performed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram one The step of function of being specified in individual square frame or multiple square frames.

Obviously, those skilled in the art can carry out various changes and modification without deviating from essence of the invention to the present invention God and scope.So, if these modifications of the invention and modification belong to the scope of the claims in the present invention and its equivalent technologies Within, then the present invention is also intended to comprising these changes and modification.

Claims

1. a kind of determination method of business control signaling expense, it is characterised in that including：

In global system for mobile communications GSM network, according to the beep-page message of mobile station MS, the packet of MS, MS for obtaining In the time of the wireless side TBF release timers configuration of the duration and MS of core-network side mobility status sequential timer configuration At least one, determine the number of times of the beep-page message of the setting type service of MS；Wherein, beep-page message includes that Route Area level paging disappears Breath and cell-level beep-page message；And beep-page message, the packet of MS, the core net sidesway of MS according to the mobile station MS for obtaining At least one of the duration of dynamic proterties state sequential timer configuration and the time of wireless side TBF release timers configuration of MS, Determining the number of times of the beep-page message of the setting type service of MS includes：By the time of the packet of the beep-page message and MS of MS Stamp information and traffic type information determine the number of times of the Route Area level beep-page message of MS setting type services, and the core for passing through MS The wireless side downlink of the duration, the timestamp information of MS packets and MS of heart net side mobility status sequential timer configuration The time value of TBF release timers, determines the number of times of the network net side beep-page message of MS setting type services；

The duration of core-network side mobility status sequential timer configuration, the packet of MS and MS according to the MS for obtaining it is wireless At least one of duration of side TBF release timer configurations, when determining that the setting type service of MS sets up core-network side connection RACH RACH message number of times and allow access channel AGC H message number of times, including：According to the core net of MS The duration of side shifting proterties state sequential timer configuration and the timestamp and the type of service of packet of packet, determine that MS sets Determine number of times and the number of times of AGCH message that type service sets up RACH message when core-network side is connected；And in core-network side connection In the case of holding, the number of times of RACH message when determining that the setting type service of MS sets up wireless side TBF and AGCH message Number of times, including：The duration of the core-network side mobility status sequential timer configuration according to MS, the timestamp of packet, MS The duration of the descending TBF release timers configuration of the wireless side of duration and MS of the up TBF release timers configuration of wireless side, it is determined that MS sets type service and connects number of times when keeping in core-network side；

Beep-page message number of times, RACH message number of times, the AGCH message number of times of the setting type service according to the MS for determining to obtain, point Not Que Ding the MS settings paging expense of type service, RACH expenses, AGCH expenses and MS setting type services control signaling it is total Expense.

2. method according to claim 1, it is characterised in that methods described also includes：

The duration of the timestamp of the packet according to MS and the core-network side mobility status sequential timer configuration of MS, two In the case of the duration that core network mobility condition timer of the interval of timestamps of individual adjacent data bag more than MS is configured, it is determined that First packet in two adjacent data bags is the end of upper mobility status ready state phases, and two adjacent Stage between packet is mobility status standby state phases, and second packet in two adjacent data bags is The beginning of next ready state phases.

3. method according to claim 2, it is characterised in that determine the setting type service of MS beep-page message time Number, including：

The type of the timestamp of the beep-page message according to MS, the timestamp of the packet of MS and packet, according to each bar for determining Whether first type of service of downlink data packet after beep-page message is the type of service of setting, it is determined that obtaining setting type industry The number of times of business, identified number of times is increased by the number of times of the Route Area level beep-page message of MS setting type services；

Wireless side TBF release timers include that wireless side downlink TBF release timers and wireless side up-link TBF discharge Timer, the nothing of the duration, the timestamp of packet and MS of the core-network side mobility status sequential timer configuration according to MS Line side downlink TBF release timers, for the packet in each Ready state phase, exist two neighboring at each time In the case of time of the interval of timestamps of downlink data packet more than the configuration of wireless side downlink TBF release timers, according to Whether second type of service of downlink data packet is the type of service for setting in the two neighboring downlink data packet for determining, it is determined that Obtain setting the number of times of type service, the number of times of the cell-level beep-page message of MS setting type services is increased identified time Number.

4. method according to claim 2, it is characterised in that determine that the setting type service of MS sets up core-network side connection When RACH message number of times and the number of times of AGCH message, specifically include：

The duration and the timestamp of packet of the core-network side mobility status sequential timer configuration according to MS, according to what is determined Whether each core network mobility state is changed into first type of service of packet after the situation of ready by standby It is the type of service of setting, it is determined that obtain setting the number of times of type service, by the number of times of the RACH message of MS setting type services Respectively increase identified number of times with the number of times of AGCH message.

5. method according to claim 2, it is characterised in that in the case where core-network side connection keeps, determine MS's The number of times and the number of times of AGCH message of RACH message when setting type service sets up wireless side TBF, specifically include：

Wireless side TBF release timers include that wireless side downlink TBF release timers and wireless side up-link TBF discharge Timer, the duration of the core-network side mobility status sequential timer configuration according to MS, the timestamp of packet, MS it is wireless The duration of the descending TBF release timers configuration of the wireless side of duration and MS of the up TBF release timers configuration in side, for each Packet in Ready state phases, on it there are two wireless sides of the interval of timestamps of up adjacent data bag more than MS The wireless side of duration or two interval of timestamps of descending adjacent data bag more than MS of row TBF release timers configuration is descending In the case of the duration of TBF release timers configuration, according to second industry of packet in the adjacent two data bag for determining Whether service type is the type of service of setting, it is determined that obtaining setting the number of times of type service, MS is set the RACH of type service The number of times of message and the number of times of AGCH message respectively increase identified number of times.

6. method according to claim 1, it is characterised in that determine that the paging expense of MS setting type services, RACH are opened Pin, AGCH expenses and MS set the control signaling overhead of type service, including：

The Route Area level number of times of beep-page message of type service, the number of times of cell-level beep-page message are set according to MS and is once sought The quantity of the control signaling resource of message occupancy is exhaled, determines that MS sets the paging expense of type service；

The number of times and a number for the control signaling resource of RACH message occupancy of the RACH message of type service are set according to MS Amount, determines that MS sets the RACH expenses of type service；

The number of times and a number for the control signaling resource of AGCH message occupancy of the AGCH message of type service are set according to MS Amount, determines that MS sets the AGCH expenses of type service；

The summation of the paging expense, RACH expenses and AGCH expenses of MS setting type services is defined as MS setting type services Control signaling overhead.

7. method according to claim 1, it is characterised in that methods described also includes：

For the packet in each Ready state phase, it is determined that big in the presence of the interval of timestamps of two up adjacent data bags In the number of times of the situation of the time of the up TBF release timers configuration of the wireless side of MS, and determine descending adjacent in the presence of two The number of times of the situation of the time of the descending TBF release timers configuration of wireless side of the interval of timestamps of packet more than MS, by MS Whole business the number of times of RACH message and the number of times of AGCH message increase identified number of times respectively；

The control signaling resource that the number of times and beep-page message of the beep-page message according to identified MS whole business take Quantity determines the paging expense of MS whole business；

The control signaling resource that the number of times and RACH message of the RACH message according to identified MS whole business take Quantity determines the RACH expenses of MS whole business；

The control signaling resource that the number of times and AGCH message of the AGCH message according to identified MS whole business take Quantity determines the AGCH expenses of MS whole business；

The summation of the paging expense, RACH expenses and AGCH expenses of MS whole business is defined as the control signaling of MS whole business Overhead.

8. method according to claim 7, it is characterised in that methods described also includes：

The paging expense of paging expense and MS the whole business of type service is set according to identified MS, determines that MS sets type The paging expense accounting of business；

The paging expense of RACH expenses and MS the whole business of type service is set according to identified MS, determines that MS sets type The RACH expense accountings of business；

The paging expense of AGCH expenses and MS the whole business of type service is set according to identified MS, determines that MS sets type The AGCH expense accountings of business；

The control signaling overhead of control signaling overhead and MS the whole business of type service is set according to identified MS, really Determine the control signaling overhead accounting that MS sets type service.

9. the method according to any one of claim 1~8, it is characterised in that determine the type of service of packet, wraps Include：

The detection of depth data bag is carried out to packet to determine to obtain the type of service of packet, wherein, the type of service includes But it is not limited to：Speech business, short message service or instant messaging service.

10. a kind of determination method of business control signaling expense, it is characterised in that including：

In third generation Partnership Program 3G network, at least one of packet of beep-page message and MS according to the MS for obtaining, Determine the number of times of the beep-page message of the setting type service of MS, including：By the packet of the beep-page message of MS and MS when Between stab the number of times that information and traffic type information determine the Route Area level beep-page message of MS setting type services, and by MS's The descending chain of wireless side of the duration, the timestamp information of MS packets and MS of core-network side mobility status sequential timer configuration The time value of road TBF release timers, determines the number of times of the network net side beep-page message of MS setting type services；

In the duration of core-network side mobility status sequential timer configuration and the packet of MS of the MS according to acquisition at least One of, determine the number of times of RACH RACH message of the setting type service of MS, forward access channel FACH message The number of times of number of times and dedicated channel DCH message, including：Core-network side mobility status sequential timer configuration according to MS when The timestamp and the type of service of packet of long and packet, determine the RACH message of MS setting type services number of times, The number of times of FACH message and the number of times of DCH message；

The setting beep-page message number of times of type service, RACH message number of times, FACH message number of times according to the MS for determining to obtain and The number of times of DCH message, determines paging expense, RACH expenses, FACH expenses, DCH expenses and the MS of MS setting type services respectively Set the control signaling overhead of type service.

11. methods according to claim 10, it is characterised in that methods described also includes：

Obtain the time of the core network mobility condition timer configuration of MS, the timestamp of the packet according to MS, in two phases In the case of the time that core network mobility condition timer of the interval of timestamps of adjacent packet more than MS is configured, two are determined First packet in adjacent data bag is the end of the Connected state phases of a upper mobility status, two phases It is the Idle state phases of mobility status between adjacent packet, second packet in two adjacent data bags is next The beginning of Connected state phases.

12. methods according to claim 10, it is characterised in that determine MS setting type service beep-page message time Number, including：

The type of the timestamp of the beep-page message according to MS, the timestamp of packet and packet, according to each bar paging for determining Whether first type of service of downlink data packet after message is the type of service of setting, it is determined that obtaining setting type service Number of times, identified number of times is increased by the number of times of the beep-page message of MS setting type services.

13. methods according to claim 11, it is characterised in that determine MS setting type service RACH message time The number of times of number, the number of times of FACH message and DCH message, specifically includes：

The duration and the timestamp of packet of the core-network side mobility status sequential timer configuration according to MS, according to what is determined Whether each core network mobility state is changed into first type of service of packet after the situation of Connected by Idle Be setting type of service, it is determined that obtain set type service number of times, by MS setting type service RACH message number of times, The number of times of FACH message and the number of times of DCH message respectively increase identified number of times.

14. methods according to claim 10, it is characterised in that determine that MS sets paging expense, the RACH of type service Expense, FACH expenses, DCH expenses and MS set the control signaling overhead of type service, including：

The number of times and a number for the control signaling resource of beep-page message occupancy of the beep-page message of type service are set according to MS Amount, determines that MS sets the paging expense of type service；

The number of times and a number for the control signaling resource of FACH message occupancy of the FACH message of type service are set according to MS Amount, determines that MS sets the FACH expenses of type service；

The number of times and a quantity for the control signaling resource of DCH message occupancy of the DCH message of type service are set according to MS, Determine that MS sets the DCH expenses of type service；

The summation of the paging expense of MS setting type services, RACH expenses, FACH expenses and DCH expenses is defined as MS setting classes The control signaling overhead of type business.

15. methods according to claim 11, it is characterised in that methods described also includes：

The duration of the core-network side mobility status sequential timer configuration according to MS, it is determined that being changed into Connected by Idle Number of times, the number of times of the number of times, the number of times of FACH message and DCH message of the RACH message of whole business of MS is increased into institute respectively The number of times of determination；

The control signaling resource that the number of times and FACH message of the FACH message according to identified MS whole business take Quantity determines the FACH expenses of MS whole business；

The number of times of the DCH message according to identified MS whole business and a number for the control signaling resource of DCH message occupancy Amount determines the DCH expenses of MS whole business；

The summation of the paging expense of MS whole business, RACH expenses, FACH expenses and DACH expenses is defined as MS whole business Control signaling overhead.

16. methods according to claim 15, it is characterised in that methods described also includes：

The paging expense of FACH expenses and MS the whole business of type service is set according to identified MS, determines that MS sets type The FACH expense accountings of business；

The paging expense of DCH expenses and MS the whole business of type service is set according to identified MS, determines that MS sets type The DCH expense accountings of business；

17. method according to any one of claim 10~16, it is characterised in that determine the type of service of packet, Including：

A kind of 18. determination methods of business control signaling expense, it is characterised in that including：

In long evolving system LTE network, the core-network side mobility status sequential timer configuration of the MS according to acquisition At least one of packet of duration and MS, determines the paging number of times and radio resource control RRC of the setting type service of MS Number of times is set up in connection, wherein it is determined that the paging number of times of the setting type service of MS includes：Proterties is moved by the core-network side of MS The duration of state sequential timer configuration and the packet of MS, determine the paging number of times for setting type service of MS and determine MS's Number of times is set up in the RRC connections for setting type service, including：Core-network side mobility status sequential timer configuration according to MS The type of service of the timestamp and packet of duration and packet, determines that number of times is set up in the RRC connections of MS setting type services；

Paging number of times and RRC the connection number of times of the setting type service according to the MS for determining to obtain determine the setting type of MS respectively The paging expense of business, RRC connections set up expense and MS sets the control signaling overhead of type service.

19. methods according to claim 18, it is characterised in that methods described also includes：

The duration of the timestamp of the packet according to MS and the core-network side mobility status sequential timer configuration of MS, two In the case of the duration that core network mobility condition timer of the interval of timestamps of individual adjacent data bag more than MS is configured, it is determined that First packet in two adjacent data bags is the end of upper mobility status Connected state phases, two Stage between adjacent data bag is mobility status Idle state phases, and second packet in two adjacent data bags is The beginning of next Connected state phases.

20. methods according to claim 19, it is characterised in that determine the paging number of times and nothing of the setting type service of MS Line resources control RRC connects number of times, including：

Determine that first packet that each core network mobility state is changed into after the situation of Connected by Idle is descending The number of times of packet, then increase identified number of times by the paging number of times of MS setting type services；

The duration and the timestamp of packet of the core-network side mobility status sequential timer configuration according to MS, according to what is determined Whether each core network mobility state is changed into first type of service of packet after the situation of Connected by Idle It is the type of service for setting, it is determined that obtain setting the number of times of type service, by the secondary of the RRC connection foundation of MS setting type services Number increases identified number of times.

21. methods according to claim 18, it is characterised in that methods described also includes：

The quantity of the resource of the PDCCH that a paging for obtaining MS from base station side takes；

The resource that base station sets up PRACH, PDCCH, PUCCH for taking respectively for the RRC connections of MS is obtained from base station side Quantity；Then,

The paging expense of the setting type service of MS, RRC connections set up expense and the control signaling of MS setting type services is always opened Pin, also includes：

PDCCH shared by the paging number of times of the setting type service according to the MS for determining to obtain and an acquired paging The quantity of resource, determines that MS sets the paging expense of type service；

The number of times and a RRC connection that the RRC connections of the setting type service according to the MS for determining to obtain are set up are set up and are accounted for respectively The quantity of the resource of PRACH, PDCCH, PUCCH determines that expense is set up in the RRC connections of the setting type service of MS；

The summation that the paging expense of MS setting type services and RRC connections set up expense is defined as the control that MS sets type service Signaling overhead processed.

22. methods according to claim 19, it is characterised in that methods described also includes：

The duration of the core-network side mobility status sequential timer configuration according to MS, determines core network mobility state by Idle It is changed into the number of times of Connected, the number of times that the RRC connections of whole business of MS are set up is increased into identified number of times；

And determine that the first data bag that core network mobility state is changed into after Connected by Idle is downlink data packet Number of times, identified number of times is increased by the number of times of the paging of whole business of MS；

The number of times and a RRC connection that RRC connections according to identified MS whole business are set up set up the control signaling for taking The quantity of resource determines that expense is set up in the RRC connections of MS whole business；

The control signaling that the summation that the paging expense of MS whole business and RRC connections set up expense is defined as into MS whole business is total Expense.

23. methods according to claim 22, it is characterised in that methods described also includes：

24. method according to any one of claim 18~23, it is characterised in that determine the type of service of packet, Including：

A kind of 25. determining devices of business control signaling expense, it is characterised in that including：

First determining module, in global system for mobile communications GSM network, the paging according to the mobile station MS for obtaining to disappear The wireless side TBF releases of breath, the duration of the core-network side mobility status sequential timer configuration of the packet of MS, MS and MS are fixed When device configuration at least one of time, determine the number of times of the beep-page message of the setting type service of MS；Wherein, beep-page message Including Route Area level beep-page message and cell-level beep-page message, first determining module, disappear specifically for the paging by MS The timestamp information and traffic type information of the packet of breath and MS determine that the Route Area level paging of MS setting type services disappears The number of times of breath, and the core-network side mobility status sequential timer configuration for passing through MS duration, the timestamp of MS packets The time value of the wireless side downlink TBF release timers of information and MS, determines that the network net side of MS setting type services is sought Exhale the number of times of message；

Second determining module, for duration, the MS of the core-network side mobility status sequential timer configuration according to the MS for obtaining Packet and MS the configuration of wireless side TBF release timers at least one of duration, determine the setting type service of MS Set up the number of times of RACH RACH message when core-network side is connected and allow to access the number of times of channel AGC H message, with And in the case where core-network side connection keeps, RACH message when determining that the setting type service of MS sets up wireless side TBF The number of times of number of times and AGCH message, second determining module, specifically for the core-network side mobility status sequential according to MS The type of service of the duration of timer configuration and the timestamp of packet and packet, determines that MS setting type services set up core The number of times and the number of times of AGCH message of RACH message when heart net side is connected；And according to the core-network side mobility status sequential of MS The duration of timer configuration, the timestamp of packet, the duration of the up TBF release timers configuration of wireless side of MS and the nothing of MS The duration of the descending TBF release timers configuration of line side, determines that MS setting type services connect number of times when keeping in core-network side；

3rd determining module, for beep-page message number of times, the RACH message time of the setting type service according to the MS for determining to obtain Number, AGCH message number of times, determine paging expense, RACH expenses, AGCH expenses and the MS setting classes of MS setting type services respectively The control signaling overhead of type business.

26. devices according to claim 25, it is characterised in that first determining module is additionally operable to：

The duration of the timestamp of the packet according to MS and the core-network side mobility status sequential timer configuration of MS, two In the case of the duration that core network mobility condition timer of the interval of timestamps of individual adjacent data bag more than MS is configured, it is determined that First packet in two adjacent data bags is the end of upper mobility status ready state phases, and two adjacent Stage between packet is mobility status standby state phases, and second packet in two adjacent data bags is The beginning of next ready state phases；

Second determining module is additionally operable to：During the core-network side mobility status of the timestamp of the packet according to MS and MS The duration of sequence timer configuration, in core network mobility condition timer of two interval of timestamps of adjacent data bag more than MS In the case of the duration of configuration, determine that first packet in two adjacent data bags is a upper mobility status ready The end of state phase, the stage between two adjacent data bags is mobility status standby state phases, two consecutive numbers According to the beginning that second packet in bag is next ready state phases；

3rd determining module is additionally operable to：During the core-network side mobility status of the timestamp of the packet according to MS and MS The duration of sequence timer configuration, in core network mobility condition timer of two interval of timestamps of adjacent data bag more than MS In the case of the duration of configuration, determine that first packet in two adjacent data bags is a upper mobility status ready The end of state phase, the stage between two adjacent data bags is mobility status standby state phases, two consecutive numbers According to the beginning that second packet in bag is next ready state phases.

27. devices according to claim 26, it is characterised in that first determining module, specifically for：

28. devices according to claim 26, it is characterised in that second determining module, specifically for：

29. devices according to claim 26, it is characterised in that second determining module, specifically for：

30. devices according to claim 25, it is characterised in that the 3rd determining module, specifically for：

31. devices according to claim 26, it is characterised in that the 3rd determining module, are additionally operable to：

32. devices according to claim 31, it is characterised in that the 3rd determining module, are additionally operable to：

33. according to the described device of any one of claim 25~32, it is characterised in that first determining module, tool Body is used for：

The detection of depth data bag is carried out to packet to determine to obtain the type of service of packet；

Second determining module, specifically for：The detection of depth data bag is carried out to packet to determine to obtain the business of packet Type.

A kind of 34. determining devices of business control signaling expense, it is characterised in that including：

First determining module, in third generation Partnership Program 3G network, according to the beep-page message and the number of MS of the MS for obtaining According at least one of bag, the number of times of the beep-page message of the setting type service of MS is determined, first determining module is specific to use Determine that MS sets type service in the beep-page message and the timestamp information and traffic type information of the packet of MS by MS Route Area level beep-page message number of times, and the core-network side mobility status sequential timer configuration for passing through MS duration, The time value of the timestamp information of MS packets and the wireless side downlink TBF release timers of MS, determines that MS sets type The number of times of the network net side beep-page message of business；

Second determining module, for the duration and MS of the core-network side mobility status sequential timer configuration according to the MS for obtaining At least one of packet, determine that the number of times of the RACH RACH message of the setting type service of MS, forward direction connect Enter the number of times of channel FACH message and the number of times of dedicated channel DCH message, second determining module, specifically for according to MS's The duration of core-network side mobility status sequential timer configuration and the timestamp and the type of service of packet of packet, really Determine the number of times of the number of times, the number of times of FACH message and DCH message of the RACH message of MS setting type services；

3rd determining module, for beep-page message number of times, the RACH message time of the setting type service according to the MS for determining to obtain The number of times of number, FACH message number of times and DCH message, determines that MS sets paging expense, RACH expenses, the FACH of type service respectively Expense, DCH expenses and MS set the control signaling overhead of type service.

35. devices according to claim 34, it is characterised in that second determining module, are additionally operable to：

Obtain the time of the core network mobility condition timer configuration of MS, the timestamp of the packet according to MS, in two phases In the case of the time that core network mobility condition timer of the interval of timestamps of adjacent packet more than MS is configured, two are determined First packet in adjacent data bag is the end of the Connected state phases of a upper mobility status, two phases It is the Idle state phases of mobility status between adjacent packet, second packet in two adjacent data bags is next The beginning of Connected state phases；

3rd determining module, is additionally operable to：The time of the core network mobility condition timer configuration of MS is obtained, according to MS's The timestamp of packet, configures in core network mobility condition timer of two interval of timestamps of adjacent data bag more than MS Time in the case of, determine that first packet in two adjacent data bags is a upper mobility status The end of Connected state phases, is the Idle state phases of mobility status between two adjacent data bags, and two adjacent Second packet in packet is the beginning of next Connected state phases.

36. devices according to claim 34, it is characterised in that first determining module, specifically for：

37. devices according to claim 35, it is characterised in that second determining module, specifically for：

38. devices according to claim 34, it is characterised in that the 3rd determining module, specifically for：

39. devices according to claim 35, it is characterised in that the 3rd determining module, are additionally operable to：

40. device according to claim 39, it is characterised in that the 3rd determining module, is additionally operable to：

41. device according to any one of claim 34~40, it is characterised in that first determining module, also uses In：The detection of depth data bag is carried out to packet to determine to obtain the type of service of packet；

Second determining module, is additionally operable to：The detection of depth data bag is carried out to packet to determine to obtain the service class of packet Type, wherein, the type of service is included but is not limited to：Speech business, short message service or instant messaging service.

A kind of 42. determining devices of business control signaling expense, it is characterised in that including：

First determining module, in long evolving system LTE network, according to the core-network side mobility status of the MS for obtaining At least one of the duration of sequential timer configuration and the packet of MS, determine MS setting type service paging number of times and Number of times is set up in radio resource control RRC connection, and first determining module moves proterties specifically for the core-network side by MS The duration of state sequential timer configuration and the packet of MS, determine MS setting type service paging number of times and；And according to The duration and the timestamp and the service class of packet of packet of the core-network side mobility status sequential timer configuration of MS Type, determines that number of times is set up in the RRC connections of MS setting type services；

Second determining module, paging number of times and RRC connection number of times point for the setting type service according to the MS for determining to obtain Not Que Ding MS setting type service paging expense, RRC connection set up expense and MS setting type service control signaling it is total Expense.

43. devices according to claim 42, it is characterised in that first determining module, are additionally operable to：

The duration of the timestamp of the packet according to MS and the core-network side mobility status sequential timer configuration of MS, two In the case of the duration that core network mobility condition timer of the interval of timestamps of individual adjacent data bag more than MS is configured, it is determined that First packet in two adjacent data bags is the end of upper mobility status Connected state phases, two Stage between adjacent data bag is mobility status Idle state phases, and second packet in two adjacent data bags is The beginning of next Connected state phases；

Second determining module, is additionally operable to：The timestamp of the packet according to MS and the core-network side mobility status of MS The duration of sequential timer configuration, in core network mobility state of two interval of timestamps of adjacent data bag more than MS regularly In the case of the duration of device configuration, determine that first packet in two adjacent data bags is a upper mobility status The end of Connected state phases, the stage between two adjacent data bags is mobility status Idle state phases, two Second packet in adjacent data bag is the beginning of next Connected state phases.

44. devices according to claim 42, it is characterised in that first determining module, specifically for：

45. devices according to claim 42, it is characterised in that second determining module, are additionally operable to：

The resource that base station sets up PRACH, PDCCH, PUCCH for taking respectively for the RRC connections of MS is obtained from base station side Quantity；

46. devices according to claim 43, it is characterised in that second determining module, are additionally operable to

47. devices according to claim 46, it is characterised in that second determining module, are additionally operable to：

48. device according to claim 42~47 any claim, it is characterised in that first determining module, It is additionally operable to：