CN100464583C - Charge method for video call - Google Patents
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- CN100464583C CN100464583C CNB2006101118398A CN200610111839A CN100464583C CN 100464583 C CN100464583 C CN 100464583C CN B2006101118398 A CNB2006101118398 A CN B2006101118398A CN 200610111839 A CN200610111839 A CN 200610111839A CN 100464583 C CN100464583 C CN 100464583C
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Abstract
The method comprises: a) pre-establishing a communication connection between SSP (service switch point) and SCP (service control point); b) SCP send a message of request notification charging event comprising video coding capability request to SSP, and the SSP sends back the message of charging event notification comprising video coding capability to SCP; b) SCP gets the video coding capability in the charging event notification message, and by the video coding capability determines the video charging strategy, and sends a charging requesting message comprising the video charging strategy to the SSP. The invention can distinguish the video charging and audio charging.
Description
Technical field
The present invention relates to the intelligent network technology field, more particularly, the present invention relates to a kind of charging method of video call.
Background technology
Intelligent network (IN, Intelligent Network) is the complementary network structure for providing new business to be provided with fast on the basis of original communication network.Intelligent network can provide service for existing, all following communication networks, make the telecommunications industry operator that the client can be provided required all kinds of telecommunication services cost-effectively, make the client stronger controlled function be arranged, and can obtain required information easily and flexibly network.Support by means of advanced person's No. seven (No.7) signaling networks and large-scale centralized formula database, the maximum characteristics of intelligent network are that function of exchange and the controlled function with network is separated, originally the network intelligence that was arranged in each end office switch in the telephone network is focused on the functional part of newly establishing, just on the Service Control Point of intelligent network of forming by medium-mini computer, finishing call treatment, and original switch is only finished the basic function that continues.
Next generation network (NGN) is a kind of business-driven type network, it adopts the network architecture comprehensive, open, that merge, separate, call out control fully by business and calling control and separate fully, thereby realize relatively independent business system, make business be independent of network with carrying.
At present, NGN network and the whole network intellectuality are just in construction like a raging fire.The core concept of intelligent network is that all callings of the whole network are all controlled and centralized charging by intelligent network, all Home Network user's data information are all safeguarded by intelligent network centralized management, and the lifting of abilities such as the continuing of basis, professional triggering then is absorbed in soft switch more.Under this new networking pattern, soft switch and intelligent network function separately is clearer and more definite, and professional innovation and use no longer are subjected to being dispersed in the exchange end office (EO) physical circuit of various places, the restriction of physical number.Intelligent network major technique characteristics are the thinkings that make full use of " call proceeding is separated with calling control " of intelligent network, avoided existing switching equipment technical bottleneck, realize the intellectuality operation of bearer network, for the client provides numerous unprecedented new business, new function.Make full use of the ability of " the real time billing platform " of intelligent network, finish real time billing the voice network all-calls.
In intelligent net system, be the process of a complexity at the smart charge of calling out, may have different charging systems according to different specific requirements.A complete billing architecture as shown in Figure 1.In the call treatment of intelligent network, Service Switching Point (SSP, Service Switching Point) comes the control to calling out such as complete connection, playback according to service control point (SCP, Service Control Point) instruction.So aspect charging, also be by the indication of SCP according to business, whether decision charges, charging category and charging relevant information, and charges by the billing operation notice SSP that sends to SSP, and SSP is responsible for physical record.Comprise in billing operation and the relevant charge information that charges, SSP monitors charging case according to these charge informations, and the generation ticket, the generative process of Here it is ticket.Handling process for ticket can be different along with the demand of business.SSP can pass to local charging center to the ticket that generates and handle.For the strange land ticket, or the service logic charging result that need obtain, SSP will with charging report offer SCP in form, generate ticket by SCP, and charging result handled, as make remaining sum minimizing in the credit card etc.The ticket that generates in SCP will be uploaded to Service Management point (SMP, Service Management Point), forwards settlement center to by SMP again and carries out settlement process.Settlement center with the ticket go-no-go, will issue relevant charging center together with checkout result after will settling accounts processing such as ticket carries out that telephone expenses are shared.Fig. 1 is a complete charging system figure, in concrete the application, if business does not need business accounting, as local service etc., so just there is no need to allow SCP that ticket is passed to SMP, passes to settlement center by SMP again.
The charging flow figure of Fig. 2 for calling out in the prior art.When SSP receives a calling, and under the control of SCP, finish with user interactions, SCP sends " cutting off forward connection (DisconnectForward Connection) " operation to SSP, behind Service Source function (SRF, the Service Resource Function) private resource of indication SSP release busy.SCP starts one " Apply Charging (ApplyCharge) " action, and the result of this action is the information flow of SCP to SSP transmission one " Apply Charging ", promptly asks SSP to go to produce a billing record.This moment SSP reception and analysis " Apply Charging " asked and begun to charge according to the indication that " Apply Charging " asks, after the charging release of SSP, provide " Apply Charging Report (Apply Charge Report) " to SCP, charging result is delivered to SCP.
At present, all be that the calling based on audio frequency is chargeed in the prior art, can not carry out corresponding charging to video call.In addition, more can not look the audio frequency distinctive charging in the prior art, and the coding/decoding capability of calling out at media user in fact may be different, so this billing scheme of prior art is inaccurate obviously at the calling of media user.
Summary of the invention
In view of this, main purpose of the present invention is the charging method that proposes a kind of video call, to realize the charging to video call.
For achieving the above object, technical scheme of the present invention is achieved in that
A kind of charging method of video call is set up communicating to connect between service switching point and the service control point (SCP) in advance, and this method is further comprising the steps of:
A, SCP send the request notice charging event message that comprises the coding and decoding video capability requests of conversation to SSP, and SSP replys the charging event notification message of the coding and decoding video ability that comprises described conversation to SCP;
B, SCP obtain the coding and decoding video ability of this conversation in the charging event notification message, coding and decoding video ability according to this conversation is determined the video charging policy, and sending the Apply Charging request comprise described video charging policy to SSP, the video of being carried out described video call according to described video charging policy by SSP charges.
Further comprise request in the steps A described request notice charging event message, further comprise the audio coding decoding ability of this conversation in the charging event notification message that SSP replied the audio coding decoding ability of conversation;
Among the step B, SCP further obtains the audio coding decoding ability of this conversation in the charging event notification message, audio coding decoding ability according to this conversation is determined the audio frequency charging policy, and further comprises described audio frequency charging policy in this application that SSP sends is chargeed request.
This method further comprises:
C2, SSP further obtain the audio frequency charging policy in the described Apply Charging request, and charge according to the audio frequency of described audio frequency charging strategy execution to described video call.
This method further comprises:
D1, SSP return Apply Charging Report to SCP, comprise the result that described video charges in the described Apply Charging Report.
This method further comprises behind step C2:
D2, SSP return Apply Charging Report to SCP, comprise the result that described audio frequency charges in the described Apply Charging Report.
Described coding and decoding video ability comprises: H.261, H.263, H.264, in Motion Picture Experts Group (MPEG-4) video (Video) any or greater than one combination in any.
Described audio coding decoding ability comprises: adaptive multi-rate coding AMR, G.711A, G.711u, G.723.1, G726-40, G726-32, G726-24, G726-16, G.728, G.729, T.38, in the MPEG-4 audio frequency (Audio) any or greater than one combination in any.
This method further comprises before steps A:
A, SCP send authentication request to SSP;
B, SSP carry out authentication operations to described video call after receiving authentication request, if authentication is passed through then execution in step A and subsequent step thereof, otherwise withdraw from this flow process.
The described request of coding and decoding video ability to conversation is recorded in the charging event type of described request notice charging event message.
The described request of audio coding decoding ability to conversation is recorded in the charging event type of described request notice charging event message.
The coding and decoding video ability of described conversation is recorded in the implicit sequence of expansion of described charging event notification message.
The audio coding decoding ability of described conversation is recorded in the implicit sequence of expansion of described charging event notification message.
Described video charging policy is recorded in the charge mode of described Apply Charging request.
Described audio frequency charging policy is recorded in the charge mode of described Apply Charging request.
SCP and the SSP video charging policy of further making an appointment, every kind of corresponding video charging category numbering of video charging policy,
Among the step B, described SCP sends the Apply Charging request that comprises described video charging policy to SSP and is: SCP sends the video charging category numbering that comprises corresponding to described video charging policy to SSP;
Among the step C1, SSP determines the video charging policy corresponding with it according to this video charging category numbering, and the video of carrying out described video call according to described video charging policy charges.
SCP and the SSP audio frequency charging policy of further making an appointment, every kind of corresponding audio frequency charging category numbering of audio frequency charging policy,
Among the step B, described SCP sends the Apply Charging request that comprises described audio frequency charging policy to SSP and is: SCP sends the audio frequency charging category numbering that comprises corresponding to described audio frequency charging policy to SSP;
Among the step C2, SSP determines and its corresponding audio charging policy according to this audio frequency charging category numbering, and charges according to the audio frequency of described audio frequency charging strategy execution to described video call.
Described request notice charging event message is the message of charging thing notice (RCEN) form, and described charging event notification message is the message of charging event notice (ENC) form; Or
Described request notice charging event message is the message of request report Basic Call State Module (RRBE) form, and described charging event notification message is the message of Basic Call State Module event report (ERB) form.
From technique scheme as can be seen, in the present invention, between SSP and SCP, establish a communications link in advance, SCP sends the request notice charging event message that comprises the coding and decoding video capability requests of conversation to SSP, and SSP replys the charging event notification message of the coding and decoding video ability that comprises conversation to SCP; Then, SCP obtains the coding and decoding video ability of this conversation in the charging event notification message, determines the video charging policy according to the coding and decoding video ability, and sends the Apply Charging request that comprises the video charging policy to SSP; SSP obtains the video charging policy in the Apply Charging request again, and the video of carrying out video call according to this video charging policy charges.This shows, in the present invention,, can obtain the coding and decoding video ability of conversation, thereby the present invention has realized that intelligent call is carried out video to charge by extended requests notice charging event message and charging event notification message.
In addition, the present invention has realized looking the audio frequency distinctive charging by expansion Apply Charging message and Apply Charging Report message, such as, can finish by two Apply Charging message and two Apply Charging Report message and look the audio frequency distinctive charging.
Description of drawings
Fig. 1 is an intelligent network billing architecture schematic diagram in the prior art;
The charging flow figure of Fig. 2 for calling out in the prior art;
Fig. 3 is the charging method schematic diagram of video call of the present invention;
Fig. 4 is for comprising the charging method schematic diagram that audio frequency charges and video charges according to one embodiment of the invention to calling.
Embodiment
For making the purpose, technical solutions and advantages of the present invention express clearlyer, the present invention is further described in more detail below in conjunction with drawings and the specific embodiments.
Fig. 3 is the charging method schematic diagram of video call of the present invention.In the method, set up communicating to connect between Service Switching Point and the Service Control Point in advance, as shown in Figure 3, this method also comprises:
Step 301:SCP sends the request notice charging event message that comprises the coding and decoding video capability requests of conversation to SSP, and SSP replys the charging event notification message of the coding and decoding video ability that comprises described conversation to SCP;
Step 302:SCP obtains the coding and decoding video ability of this conversation in the charging event notification message, determines the video charging policy according to the coding and decoding video ability of this conversation, and sends the Apply Charging request that comprises described video charging policy to SSP.
Wherein, in the time of in applying the present invention to real time billing, this exemplary flow can also comprise:
Step 303:SSP obtains the video charging policy in the described Apply Charging request, and the video of carrying out described video call according to described video charging policy charges.
In the above process, the coding and decoding video ability in the calling can comprise: H.261, H.263, H.264, in Motion Picture Experts Group (MPEG)-4 video any or greater than one combination in any.
Above flow process has been introduced the charging method that the present invention is directed to video call.In fact, generally also comprise the conversation of audio frequency in the video call, therefore, preferably the conversation of audio frequency is also chargeed.At this moment,
Can further comprise request in the request notice charging event message, also can further comprise the audio coding decoding ability of this conversation in the charging event notification message that SSP replied the audio coding decoding ability of conversation; So,
In step 302, SCP can further obtain the audio coding decoding ability of this conversation in the charging event notification message, audio coding decoding ability according to this conversation is determined the audio frequency charging policy, and SCP further comprises described audio frequency charging policy in this application that SSP sends is chargeed request; At this moment, in step 303, SSP further obtains the audio frequency charging policy in the described Apply Charging request, and charges according to the audio frequency of described audio frequency charging strategy execution to described video call.
Wherein, the audio coding decoding ability in the calling can comprise: adaptive multi-rate coding (AMR), G.711A, G.711u, G.723.1, G726-40, G726-32, G726-24, G726-16, G.728, G.729, T.38, in the MPEG-4 audio frequency any or greater than one combination in any.
Preferably, no matter be only to carry out audio frequency charging, video charging, still audio frequency and video all chargeed that SSP is after executing charging, further return Apply Charging Report, comprise the result of described audio frequency charging and/or the result that video charges in the described Apply Charging Report to SCP.
In order to improve the fail safe of communication, more preferably, need before conversation, carry out authentication operations.At this moment, such as: before step 301, SCP at first sends authentication request to SSP, SSP carries out authentication operations to described video call after receiving authentication request, if authentication is passed through, then execution in step 301 and subsequent step thereof, otherwise be considered as authentication not by withdrawing from this flow process, carry out other corresponding flow process.
In the above process, the request of coding and decoding video ability to conversation can be recorded in the charging event type of request notice charging event message, also the coding and decoding video capability for registration of conversation can be implied in the sequence in the expansion of charging event notice (ENC, Event Notification Charging) message.
In more than describing, request notice charging event message is specifically as follows request notice charging event (RCEN, Request Charging Event Notification) message format or request report BCSM incident (RRBE, Request Report BCSM Event) message format, the charging event notification message specifically can be ENC message or BCSM event report (ERB, Event Report BCSM) message.The Apply Charging request specifically can be the AC request, and Apply Charging Report is specifically as follows ACR.Obviously; those skilled in the art can recognize; the concrete form of request notice charging event message, charging event notification message, Apply Charging request, Apply Charging Report is not limited to above-mentioned exemplary embodiment; but has kind of a conversion; the concrete example of above-mentioned message format only is exemplary, is not limited to protection scope of the present invention.
Such as, if adopt RCEN message and ENC message to obtain the video/audio encoding and decoding ability of conversation, for the RCEN message structure, the present invention can do following expansion:
RCEN message compared to existing technology, the preferably newly-increased charging video/audio encoding and decoding field of the present invention is to preserve the request to the coding and decoding video ability of conversation.Such as:
The charging event type: :=eight hytes (scope (minimum charging event type length .. largest account event type length))
--the type of this parametric representation charging event.
--for example can be metering pulse or charging message.
--0 metering pulse
--1 charging message
--(implication is the video/audio encoding and decoding ability of request conversation to 2 charging video/audio encoding and decodings;
For the ENC message structure, the present invention can do following expansion:
Implicit sequence (the scope ((1.. of expansion [3]? )) individual sequence
The type integer,
Criterion enumerate
Ignore (0),
Abandon (1) } default value ignores,
Value [1] any value by type definition } options
Wherein implicit first byte of sequence can be used for representing the employed audio coding decoding ability of conversation, and second byte can be used for representing the employed coding and decoding video ability of conversation.The video/audio encoding and decoding ability of supporting can be for: AMR, G.711A, G.711u, G.723.1, G726-40, G726-32, G726-24, G726-16, G.728, G.729, T.38, H.261, H.263, MPEG-4 Audio, MPEG-4 Video etc.
In addition, the video charging policy can be recorded in the charge mode of AC message, also the audio frequency charging policy can be recorded in the charge mode of AC message.Equally, also can in the charge mode of ACR message, make corresponding modification.
Such as.AC message can have following structure:
Bill charging characteristic (ACH): :=sequence
[0] eight hyte (1) default value of charge mode (1),
--bit A is chargeed or is free
--0 is free
--1 charges
--2 free (audio frequency) // expansion, sign is free to user's communication process sound intermediate frequency part;
--3 charge (audio frequency) // expansion, and sign is partly chargeed to user's communication process sound intermediate frequency;
--4 free (videos) // expansion identify free to video section in the user's communication process;
--5 charge (video) // expansion, and sign is chargeed to video section in the user's communication process.
According to expansion to above message and respective operations thereof, in fact after SSP receives a calling, at first under the control of SCP, finish with user interactions, SCP sends " cutting off forward connection (Disconnect Forward Connection) " operation to SSP, behind the SRF private resource of indication SSP release busy.Then, SCP starts " RCEN " operation, and the video/audio encoding and decoding ability that this conversation is adopted is learnt in operation according to SSP " ENC " then.At this moment, SCP can start two " AC " operation and (carry out audio frequency charging or video charging if only require, AC operation of corresponding startup gets final product), the result of this AC operation is the information flow of SCP to SSP transmission two " Apply Charging ", promptly asks SSP to go to produce two billing records (video and audio frequency are separately).This moment SSP reception and analysis " Apply Charging " asked and begun to charge according to the indication that " Apply Charging " asks, and after the charging release of SSP, provides two " ACR " to SCP, and charging result is delivered to SCP.
Obviously, SCP and the SSP video charging policy of can also further making an appointment, every kind of corresponding video charging category numbering of video charging policy,
Then, SCP sends the video charging category numbering that comprises corresponding to described video charging policy to SSP, SSP determines the video charging policy corresponding with it according to this video charging category numbering again, and the video of carrying out described video call according to described video charging policy charges.
Perhaps, SCP and the SSP audio frequency charging policy of further making an appointment, every kind of corresponding audio frequency charging category numbering of audio frequency charging policy, SCP sends the audio frequency charging category numbering that comprises corresponding to described audio frequency charging policy to SSP; SSP determines and its corresponding audio charging policy according to this audio frequency charging category numbering, and charges according to the audio frequency of described audio frequency charging strategy execution to described video call.
If adopt RRBE message and ERB message to obtain the video/audio encoding and decoding ability of conversation, so, for the RRBE message structure, the present invention can do following expansion:
Parameter
Sequence
The implicit sequence (1..32) of Basic Call State Module (BCSM) incident [0] is individual
Sequence
BCSM event type [0] is implicit to be enumerated
The call attempt authentication of making a start (1),
Acquisition of information (2),
Analytical information (3),
Route Selection fault (4),
O-Called Busy (5),
O-no response (6),
O-replys (7),
O-MidCall (8)
O-take out stitches (9),
O-abandons (10),
Terminal call attempt authentication (12),
T-Called Busy (13),
T-no response (14),
T-replys (15),
T-MidCall (16),
T-take out stitches (17),
T-abandons (18)
Charging video/audio encoding and decoding (implication is the video/audio encoding and decoding ability of request conversation) (19) },
Surveillance style [1] is implicit to be enumerated
Interrupt (0),
Notice and continuation (1),
Transparent (2) },
LegID[2] select
Transmit leg [0] implies eight hytes (scope (1)) } options,
DP specified criteria [30] selection
The implicit integer (1..255) of numeral number [0],
Use the implicit integer (0..2047) of timer [1] } options,
Does BCSM incident correlation ID [1] imply eight hyte (scope (1..? )) options
Implicit sequence (the scope ((1.. of expansion [2]? )) individual sequence
The type integer,
Criterion enumerate
Ignore (0),
Abandon (1) } default value ignores,
Value [1] any value by type definition } options
}
Mistake
--losing parameter--local value 7,
--the super scope of parameter--local value 8,
--system failure--local value 11,
--task is rejected--local value 12,
--composition sequence of not expecting--local value 14,
--not desired data value--local value 15,
--parameter of not expecting--local value 16}
: :=local value 23
At this moment, for the ERB message structure, make following expansion:
Parameter
Sequence
BCSM event type [0] is implicit to be enumerated
The call attempt authentication of making a start (1),
Acquisition of information (2),
Analytical information (3),
Route Selection fault (4),
O-Called Busy (5),
O-no response (6),
O-replys (7),
O-MidCall (8)
O-take out stitches (9),
O-abandons (10),
Terminal call attempt authentication (12),
T-Called Busy (13),
T-no response (14),
T-replys (15),
T-MidCall (16),
T-take out stitches (17),
T-abandons (18)
Charging video/audio encoding and decoding (implication is the video/audio encoding and decoding ability of conversation) (19) },
Does BCSM incident correlation ID [1] imply eight hyte (scope (1..? )) options,
Information [2] selection of BCSM incident regulation
The implicit sequence of the information [0] of the information specifies of collecting
Called number [0] implies eight hytes (scope (4..12)) }
The implicit sequence of the information [1] of analytical information regulation
Called number [0] implies eight hytes (scope (4..12)) options },
The implicit sequence of the information [2] of Route Selection fault regulation
Failure cause [0] implies eight hytes (scope (2..20)) options }
The implicit sequence of the information [3] of O-Called Busy regulation
Implicit eight hytes (scope (the 2..20)) options of busy reason [0] },
The implicit sequence { } of the information [4] of O-no response regulation,
O-replys the implicit sequence { } of information [5] of regulation,
The implicit sequence of the information [6] of O-MidCall regulation
Connect hours [0] is implied integer (0..2147483647) options, }
O-take out stitches regulation the implicit sequence of information [7]
Does release cause [0] imply eight hyte (scope (2..? )) options,
Connect hours [1] is implied integer (0..2147483647) options },
The implicit sequence of the information [8] of T-Called Busy regulation
Implicit eight hytes (scope (2..20)) of busy reason [0] } options },
The implicit sequence { } of the information [9] of T-no response regulation,
T-replys the implicit sequence { } of information [10] of regulation,
T-MidCall [11] imply sequence
Connect hours [0] is implied integer (0..2147483647) options },
T-take out stitches regulation the implicit sequence of information [12]
Implicit eight hytes of release cause [0] (scope (2..20) options,
Connect hours [1] is implied integer (0..2147483647) options } } options,
LegID[3] select
Debit ID[1] implicit eight hytes (scope (1)) },
Miscellaneous call information [4] imply sequence
Information type [0] is implicit to be enumerated
Request (0),
Notice (1) },
Dp distribution [1] is implicit enumerates
Unique user line (0),
Based on group (1),
Based on office (2) }, options } default value (type of message request)
Implicit sequence (the scope ((1.. of expansion [5]? )) individual sequence
The type integer,
Criterion enumerate
Ignore (0),
Abandon (1) } default value ignores,
Value [1] any value by type definition } options
}
: :=local value 24
Below, specifically describe an embodiment.In the present embodiment, both realized the audio frequency of calling out is chargeed, and realized again the video of calling out is chargeed.
Fig. 4 is for comprising the charging method schematic diagram that audio frequency charges and video charges according to one embodiment of the invention to calling.At first, SSP and SCP establish a communications link, and as shown in Figure 4, this method also comprises:
Step 401: user's calling triggers SCP, finishes authentication to customer call by SCP;
Step 402:SCP sends RCEN message to SSP, carries the request to the video/audio encoding and decoding ability of conversation in RCEN message;
After step 403:SSP receives RCEN message, return ENC message, in ENC message, carry the video/audio encoding and decoding ability of conversation to SCP;
Step 404:SCP obtains the video/audio encoding and decoding ability of this conversation in the ENC message, determine video charging policy and audio frequency charging policy according to the video/audio encoding and decoding ability of this conversation, and send the AC request that comprises described video charging policy and audio frequency charging policy to SSP; Wherein, SCP can send the video/audio encoding and decoding ability to SSP by an AC request; Also can send two AC requests, an AC request carries the video charging policy, and another AC request carries the audio frequency charging policy;
Step 405: carry out conversation, wait then by the time end of calling;
Step 406:SSP returns Apply Charging Report ACR according to the video charging policy received with after the intact corresponding video of audio frequency charging strategy execution charges and audio frequency charges to SCP, comprise among the described ACR audio frequency that charge with the result video charging.Wherein, SSP can return audio frequency charging result and video charging result to SCP by an ACR request.Alternatively, SSP also can send two ACR requests, and wherein an ACR request carries the audio frequency charging result, and another ACR request carries the video charging result.
By this embodiment as seen, the present invention can carry out distinctive charging to the audio frequency of calling out of looking, so it is more accurate to charge.
The above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (17)
1. the charging method of a video call is characterized in that, sets up communicating to connect between service switching point and the service control point (SCP) in advance, and this method is further comprising the steps of:
A, SCP send the request notice charging event message that comprises the coding and decoding video capability requests of conversation to SSP, and SSP replys the charging event notification message of the coding and decoding video ability that comprises described conversation to SCP;
B, SCP obtain the coding and decoding video ability of this conversation in the charging event notification message, coding and decoding video ability according to this conversation is determined the video charging policy, and sending the Apply Charging request comprise described video charging policy to SSP, the video of being carried out described video call according to described video charging policy by SSP charges.
2. the charging method of video call according to claim 1 is characterized in that,
Further comprise request in the steps A described request notice charging event message, further comprise the audio coding decoding ability of this conversation in the charging event notification message that SSP replied the audio coding decoding ability of conversation;
Among the step B, SCP further obtains the audio coding decoding ability of this conversation in the charging event notification message, audio coding decoding ability according to this conversation is determined the audio frequency charging policy, and SCP further comprises described audio frequency charging policy in this application that SSP sends is chargeed request.
3. the charging method of video call according to claim 2 is characterized in that, this method further comprises:
C2, SSP obtain the audio frequency charging policy in the described Apply Charging request, and charge according to the audio frequency of described audio frequency charging strategy execution to described video call.
4. the charging method of video call according to claim 1 is characterized in that, this method further comprises:
D1, SSP return Apply Charging Report to SCP, comprise the result that described video charges in the described Apply Charging Report.
5. the charging method of video call according to claim 3 is characterized in that, this method further comprises behind step C2:
D2, SSP return Apply Charging Report to SCP, comprise the result that described audio frequency charges in the described Apply Charging Report.
6. the charging method of video call according to claim 1 is characterized in that, described coding and decoding video ability comprises: H.261, H.263, H.264, in the MPEG-4 of the Motion Picture Experts Group video any or greater than one combination in any.
7. the charging method of video call according to claim 2, it is characterized in that described audio coding decoding ability comprises: adaptive multi-rate coding AMR, G.711A, G.711u, G.723.1, G726-40, G726-32, G726-24, G726-16, G.728, G.729, T.38, in the MPEG-4 audio frequency any or greater than one combination in any.
8. according to the charging method of each described video call among the claim 1-7, it is characterized in that this method further comprises before steps A:
A, SCP send authentication request to SSP;
B, SSP carry out authentication operations to described video call after receiving authentication request, if authentication is passed through then execution in step A and subsequent step thereof, otherwise withdraw from this flow process.
9. the charging method of video call according to claim 1 is characterized in that, the described request of coding and decoding video ability to conversation is recorded in the charging event type of described request notice charging event message.
10. the charging method of video call according to claim 2 is characterized in that, the described request of audio coding decoding ability to conversation is recorded in the charging event type of described request notice charging event message.
11. the charging method of video call according to claim 1 is characterized in that, the coding and decoding video ability of described conversation is recorded in the implicit sequence of expansion of described charging event notification message.
12. the charging method of video call according to claim 2 is characterized in that, the audio coding decoding ability of described conversation is recorded in the implicit sequence of expansion of described charging event notification message.
13. the charging method of video call according to claim 1 is characterized in that, described video charging policy is recorded in the charge mode of described Apply Charging request.
14. the charging method of video call according to claim 2 is characterized in that, described audio frequency charging policy is recorded in the charge mode of described Apply Charging request.
15. the charging method of video call according to claim 1 is characterized in that, SCP and the SSP video charging policy of further making an appointment, and every kind of corresponding video charging category numbering of video charging policy,
Among the step B, described SCP sends the Apply Charging request that comprises described video charging policy to SSP and is: SCP sends the video charging category numbering that comprises corresponding to described video charging policy to SSP; SSP determines the video charging policy corresponding with it according to this video charging category numbering, and the video of carrying out described video call according to described video charging policy charges.
16. the charging method of video call according to claim 3 is characterized in that, SCP and the SSP audio frequency charging policy of further making an appointment, and every kind of corresponding audio frequency charging category numbering of audio frequency charging policy,
Among the step B, described SCP sends the Apply Charging request that comprises described audio frequency charging policy to SSP and is: SCP sends the audio frequency charging category numbering that comprises corresponding to described audio frequency charging policy to SSP;
Among the step C2, SSP determines and its corresponding audio charging policy according to this audio frequency charging category numbering, and charges according to the audio frequency of described audio frequency charging strategy execution to described video call.
17. the charging method of video call according to claim 1 is characterized in that, described request notice charging event message is the message of charging event notice ENC form for the message of request notice charging event RCEN form, described charging event notification message; Or
Described request notice charging event message is the message of request report Basic Call State Module RRBE form, and described charging event notification message is the message of Basic Call State Module event report ERB form.
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| Application Number | Priority Date | Filing Date | Title |
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| CNB2006101118398A CN100464583C (en) | 2006-08-25 | 2006-08-25 | Charge method for video call |
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| CNB2006101118398A CN100464583C (en) | 2006-08-25 | 2006-08-25 | Charge method for video call |
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| CN100464583C true CN100464583C (en) | 2009-02-25 |
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| CNB2006101118398A Expired - Fee Related CN100464583C (en) | 2006-08-25 | 2006-08-25 | Charge method for video call |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102025962B (en) * | 2009-09-23 | 2014-04-02 | 华为技术有限公司 | Method and device for triggering charging of falling voice call of video call |
| CN102083028B (en) * | 2009-12-01 | 2014-06-04 | 华为技术有限公司 | Video call charging method, video call charging equipment and video call charging system |
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| CN1473443A (en) * | 2000-11-06 | 2004-02-04 | ����ɭ�绰�ɷ�����˾ | Method and apparatus for coordinated charging of services in multimedia session |
| CN1592487A (en) * | 2003-06-24 | 2005-03-09 | 阿尔卡特公司 | Digital subscriber line access network with improved authentication, authorization, accounting and configuration control |
| CN1708011A (en) * | 2004-06-08 | 2005-12-14 | 华为技术有限公司 | Gateway interconnection protocol supermarket system and gateway interconnection protocol supermarket charge metering method |
| KR20060016706A (en) * | 2004-08-18 | 2006-02-22 | 주식회사 케이티 | Charge processing method for charge record embodiment of voip video conference |
| JP2006109095A (en) * | 2004-10-05 | 2006-04-20 | Ntt Docomo Inc | Apparatus and method for supporting transmission of video message and mobile communication terminal |
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| CN1473443A (en) * | 2000-11-06 | 2004-02-04 | ����ɭ�绰�ɷ�����˾ | Method and apparatus for coordinated charging of services in multimedia session |
| CN1592487A (en) * | 2003-06-24 | 2005-03-09 | 阿尔卡特公司 | Digital subscriber line access network with improved authentication, authorization, accounting and configuration control |
| CN1708011A (en) * | 2004-06-08 | 2005-12-14 | 华为技术有限公司 | Gateway interconnection protocol supermarket system and gateway interconnection protocol supermarket charge metering method |
| KR20060016706A (en) * | 2004-08-18 | 2006-02-22 | 주식회사 케이티 | Charge processing method for charge record embodiment of voip video conference |
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