CN1716873A - Method and system for managing intelligent external equipment in intelligent network - Google Patents
Method and system for managing intelligent external equipment in intelligent network Download PDFInfo
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Abstract
The present invention provides a kind of administrative method and system with intelligent peripheral device in the intelligent network, which includes the following steps: a) to predetermine the deployment stratagem of the intelligent peripheral resources and establish device for the intelligent peripheral resources according to the stratagem; b) the user dials up the tie-in number of the intelligent business asking for intelligent business; c) SCP requests resources according to the business flow; d) according to SCP requested resources, distribution of related intelligent peripheral resources for the business is required; e) SCP gives command to the related intelligent peripheral resources for special purpose resource operation. Upon receiving the command for special purpose resources operation, the intelligent peripheral resources distributes, for the business, corresponding special purpose resources according to the categories of the special purpose resources operation and updates the resources status through the variation information on the resources. The application rate of the intelligent peripheral resources can be raised through this invention.
Description
Technical field
The present invention relates to the intelligent network field, particularly the management method of ip intelligent peripherals and system in the intelligent network.
Background technology
Ip intelligent peripherals IP (Intelligent Peripheral) is that (private resource comprises automatic speech recognition ASR (Automatic Speech Recognition) for intelligent network business provides private resource, the conversion TTS of Text To Speech (Text to Speech), fax FAX, recording RECORD, user interactive script UIScript (User Interactive Script), manual position AGENT, meeting bridge CBRG (ConferenceBridge), the customization verbal announcement, the transmission and the reception of dual tone multi-frequency dtmf (Dual Tone Multi-Frequency), the TONE sound, the intelligent network ancillary equipment of frequency shift keying fsk (Frequency Shift Keying) etc.And in the intelligent network scheme of present industry, the ip intelligent peripherals resource is not carried out the function or the parts of global administration, and then cause the service efficiency of ip intelligent peripherals resource low.
Summary of the invention
The management method that the object of the present invention is to provide ip intelligent peripherals in a kind of intelligent network is to improve the service efficiency of ip intelligent peripherals resource.
Ip intelligent peripherals management method of the present invention comprises the steps:
A), the global resource management system pre-determines the ip intelligent peripherals resource dispatching strategy, and according to this strategy the ip intelligent peripherals resource is provided with;
B), the user dials the IN service access code, the request IN service;
C), SCP according to operation flow to global resource management system requested resource;
D), described global resource management system is distributed the associated intelligent resource;
E), SCP issues the private resource operation to the associated intelligent resource, after ip intelligent peripherals receives the private resource operation, according to the private resource operation types is the corresponding private resource of traffic assignments, and reports resource occupation change message to the global resource management system;
F), the global resource management system is upgraded resource status according to resource occupation change message.
Further comprise behind the step f:
G) SCP judges when no longer needing the ip intelligent peripherals resource, and request global resource management system discharges preallocated all resources of application;
H) after ip intelligent peripherals receives call release message, discharge all resources and send resource occupation message to the global resource management system;
I) the global resource management system is upgraded the resource occupation state.
Described ip intelligent peripherals resource dispatching strategy is meant: resource is set can be on some IP, also can be distributed in resource that a plurality of IP go up, are provided with for Apllication, SP, SK, Service Type can only be special-purpose or share or common pool is set, resource in the common pool can be shared for all-calls, adopts first come first served basis.
Described step c further be meant SCP according to professional resource requirement once to all resources of this business of global resource management system application, then further comprise after the step f):
F1) SCP carries out alternately according to the indication continuation and the user of business, and to AIP continuation transmission user interactive, AIP judges whether this operation is identical with the resource of manipulating last time, if identical, does not then send resource change message to the global resource management system; If AIP judges that resource that this operation manipulates with last time is not quite identical, then keep identical resource, in releases sub-distribution but this operates unwanted resource, and distribute these needs and do not have the resource of distribution last time; AIP sends resource occupation change message to the global resource management system in Resources allocation simultaneously, and the global resource management system is upgraded the resource occupation state.
Described step C) further be meant be SCP according to the needed private resource of special-purpose resource operation in the operation flow to this operation of global resource management system application, then further comprise after the step f);
F2) SCP carries out alternately according to the indication continuation and the user of business, at SCP before AIP sends user interactive, judge resource that resource that this user interactive uses and last user interactive operation use not simultaneously, comprise the resource occupation request message of the AIP address of using resource last time to the transmission of global resource management system;
F3) after the global resource management system receives resource request message, resource allocation is arranged, then return resource allocation result as judgement;
F4) SCP judges according to described result whether identical with the AIP that used last time whether the AIP of this resource, if identical then send user interactive to AIP; If different, then cut off the forward connection with AIP last time, and send user interactive to this AIPP.
F5) SCP continues to send user interactive to AIP, and AIP judges whether this operation is identical with the resource of manipulating last time, if identical, does not then send resource change message to the global resource management system; If AIP judges that this operation is not quite identical with the resource of manipulating last time, then keep identical resource, in the release sub-distribution but this operates unwanted resource, and distribute these needs and the resource that do not have last time to distribute, send resource occupation change message to the global resource management system, the global resource management system is upgraded the resource occupation state.
Described step f2 further comprises, if this last user interactive operation use is identical, does not then send resource request message to the global resource management system.
Described step f3 further comprises: after the global resource management system receives resource request message, at first on the AIP that used last time, search whether promising should business or the SP available resources of distributing, if having then be its distribution respective resources; If not would search on other AIP whether promising should business or SP distribute available resources, have then and distribute; If not refusal call out; And to the SCP return results.
Described step f4 further comprises: if the failure of SCP application resource then discharges the resource that is connected and discharges the application of global resource management system with AIP.
Described ip intelligent peripherals reports resource occupation change message to the global resource management system, the type of in resource occupation change message, carrying resource occupation, if taken corresponding resource, then the corresponding marker bit of respective resources type puts 1, and the resource label position that does not take is 0.
Described GPMS upgrades the resource occupation state and is meant according to taking preallocated resource that resource type will call out and transfers seizure condition to and the available resources number of GPMS respective resources type is subtracted 1.
When comprising, the ip intelligent peripherals resource dispatching strategy common pool is set and for Apllication, SP, SK, when Service Type is provided with resource-sharing, described steps d global resource management system distributes the associated intelligent resource to be meant resource distribution situation and the resource operating position of GPMS according to corresponding traffic stream, judged whether that resource can use, if having then can be its Resources allocation; If not then search the public resource pond whether available resources are arranged, if having then be its Resources allocation; Do not see if there is resource and can be its distribution if search other shareable resource again, and if not refusal call out.
Described method also comprises: when the number of resource operating position on each ip intelligent peripherals or resource changed, GPMS carried out number of resources and the state synchronized on the last number of resources of GPMS and state and the ip intelligent peripherals.
When the resource occupation on the ip intelligent peripherals changed, ip intelligent peripherals sent relevant resource change message to GPMS, to inform the current resource that takies of GPMS, GPMS is according to this message, confirm occupied resource, analyze d/d resource simultaneously, reclaim d/d resource.
When comprising, the ip intelligent peripherals resource dispatching strategy common pool is set and for Apllication, SP, SK, when Service Type is provided with resource-sharing, when the AIP chnnels of resources increases, AIP notice GPMS resource increases, GPMS receives the chnnels of resources that increases Application/Service Provider ID correspondence earlier, after the chnnels of resources of Application/Service Provider ID correspondence reaches the value of setting, increase the channel resource in the public resource pond again; When the AIP chnnels of resources reduces (resource breaks down, reduces resource), AIP notice GPMS a resource shrinkage, the preferential earlier number of channels that reduces in the public resource pond of GPMS, only the chnnels of resources in the public resource pond reduces to 0, just reduces the chnnels of resources of Application/ServiceProvider ID correspondence in proportion.
Described ip intelligent peripherals resource dispatching strategy comprises, when the resource occupation number reaches predefined one-level Flow Control threshold values is set, can allow a certain proportion of call distribution resource, other calling is then refused, when if resources occupation rate reaches the threshold values of predefined secondary Flow Control, then refusal is that the all-calls Resources allocation is to carry out Flow Control to resource type or ip intelligent peripherals.
The global resource management system is provided with by GPMS Client, SMP or network management system the ip intelligent peripherals resource according to this ip intelligent peripherals resource dispatching strategy and is undertaken in the described step a), and the result is kept on the GPMS.
Described GPMS adds up various ip intelligent peripherals resource operating positions, and the statistics task of GPMS is provided with startup by network management system, and statistics is reported network management system.
The present invention also discloses a kind of global resource management system, is used for the private resource of intelligent network ip intelligent peripherals (IP) is carried out global administration, and this system comprises main control module, communication module, resource distribution module and resource management module, wherein:
Main control module is used for the message scheduling of whole GPMS;
Communication module is used for communicating with each node of intelligent network, and receives, sends message and carry out the message encoding and decoding;
Resource distribution module is used to handle from the request to resource allocation on the ip intelligent peripherals of SCP or third party's platform;
Resource management module, be used for resource setting, resource distribution, recovery and resource synchronously.
Described global resource management system also comprises statistical module: be used to carry out various statistics tasks and statistics is reported network management system;
Described resource distribution module also comprises the resource stream control module, is used for the global resource Flow Control.
Another object of the present invention is to provide a kind of intelligent net system, comprise SCP, ip intelligent peripherals and network management system, described intelligent net system also comprises the global resource management system, wherein:
The global resource management system is used to manage the resource of one or more ip intelligent peripherals and carries out the global resource management for a plurality of SCP of intelligent network or third-party business platform;
The global resource management system links to each other with SCP, is used to realize the request and the release of professional resource requirement passage;
The global resource management system links to each other with ip intelligent peripherals, be used to finish resource take in real time with discharge with finish chnnels of resources synchronously in real time;
The global resource management system links to each other with network management system, is used to finish the configuration management of chnnels of resources.
Described global resource management system links to each other with network management system, is used for network management, statistical information reports and the setting of resource stream control strategy;
The global resource management system links to each other with third party's platform, is used to business on third party's platform that the request and the release of chnnels of resources are provided.
Described global resource management system comprises main control module, communication module, resource distribution module and resource management module, wherein:
Main control module is used for the message scheduling of whole GPMS;
Communication module is used for communicating with each node of intelligent network, and receives, sends message and carry out the message encoding and decoding;
Resource distribution module is used to handle from the request to resource allocation on the ip intelligent peripherals of SCP or third party's platform;
Resource management module, be used for resource setting, resource distribution, recovery and resource synchronously.
Global resource management system GPMS disclosed by the invention (Global Resource PortManagement System) carries out global administration to the private resource of ip intelligent peripherals in the intelligent network (IP), support is according to the resource of the unified scheduling of certain strategy ip intelligent peripherals, finish the distribution and the recovery of ip intelligent peripherals resource, the global resource management service that is independent of IP and service control point (SCP) (Service Control Point) in logic is provided.By in intelligent network (comprising fixed intelligent network, GSM intelligent network, CDMA intelligent network etc.), all ip intelligent peripherals resources being carried out unified management and scheduling, improved the utilance of resource and realized helping each other of private resource between ip intelligent peripherals; And support trans-sectoral affair application platform, divide SP and separate service to be provided with and to distribute the private resource of ip intelligent peripherals; Support is provided with common pool, can provide service by the principle of serving earlier first for each traffic stream at different levels (Application, Service Provider, Service Key) shared resource; And by the Flow Control that preestablishes the resource occupation number threshold values is set, has realized the resource stream control on the global sense in the intelligent network; When the number of resource operating position on each AIP (Advanced IntelligentPeripheral) or resource changes, GPMS carries out number of resources and the state synchronized on the last number of resources of GPMS and state and the AIP, to realize the accurate management of peripheral hardware resource.
Description of drawings
Fig. 1 is a GPMS system configuration schematic diagram;
Fig. 2 is GPMS and intelligent network networking structure figure;
Fig. 3 is a resource allocation schematic flow sheet of the present invention;
Fig. 4 is a source synchronous schematic flow sheet of the present invention;
Fig. 5 is the disposable application resource of a SCP of the present invention schematic flow sheet;
Fig. 6 divides operation application resource schematic flow sheet for SCP of the present invention.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, below in conjunction with embodiment and accompanying drawing, the present invention is described in more detail.
Carry out global administration for resource in intelligent network, design the global resource management system GPMS (Global Resource Port ManagementSystem) that is independent of SCP and AIP in logic ip intelligent peripherals AIP.The structure of this GPMS system as shown in the figure, the GPMS system comprises functional modules such as main control module, communication module, resource management, resource allocation, statistical module, client terminal, the GPMS system configuration as shown in Figure 1, wherein:
Main control module: be responsible for the message scheduling of whole GPMS;
Communication module: with each node in the intelligent network, communicate, be responsible for accepting, sending functions such as message and message encoding and decoding as AIP/SCP/ service management point SMP (ServiceManagement Point) etc.
Statistical module: be responsible for various statistics tasks and statistical report and give network management system;
Resource distribution module: be responsible for resource allocation is gone up in processing to AIP from SCP or third party's platform request.This resource distribution module also comprises a resource stream control module, is used for the global resource Flow Control.
Resource management module: mainly finish the distribution of setting, resource of resource and recovery and resource synchronously.
GPMS and intelligent network networking structure figure as shown in Figure 2, wherein:
(1) GPMS is used to manage the resource of a plurality of AIP and provides the global resource management service for a plurality of SCP or the third-party business platform of intelligent network;
(2) interface between SCP and the GPMS: realize the request and the release of professional resource requirement passage;
(3) interface between AIP and the GPMS: finish resource take in real time with discharge, and chnnels of resources in real time synchronously;
(4) interface between GPMS and the network management system: realize the configuration management of chnnels of resources and the setting of resource stream control strategy, also can have the function that reports of network management and statistical information;
(5) interface between GPMS and the third party's platform: the request and the release of chnnels of resources are provided for the business on third party's platform.
The present invention also provides a kind of ip intelligent peripherals resource management scheme, and its core concept is:
A), pre-determine the ip intelligent peripherals resource dispatching strategy, and the ip intelligent peripherals resource is provided with according to this strategy;
B), the user dials the IN service access code, the request IN service;
C), SCP is according to the operation flow request resource;
D), be traffic assignments associated intelligent resource according to the SCP requested resource;
E), SCP issues the private resource operation to the associated intelligent resource, after the ip intelligent peripherals resource receives the private resource operation, according to the private resource operation types is the corresponding private resource of traffic assignments, and by resource occupation change message resource status is upgraded.
In this programme, the global resource of GPMS management mainly comprises the synchronous etc. of the distribution of setting, resource of resource and recovery and resource.
Wherein, being provided with of resource can comprise: pre-determine the ip intelligent peripherals resource dispatching strategy, GPMS carries out the setting of resource to the ip intelligent peripherals resource according to this strategy.The ip intelligent peripherals resource dispatching strategy can for: resource is set on some IP, perhaps can be distributed in resource that a plurality of IP go up, are provided with for Aplication (application platform), SP (service provider), SK (service key), Service Type (type of service) can only be special-purpose or share or common pool is set, resource in the common pool can be shared for all-calls, adopts first come first served basis.
The user can be that Application, SP, SK, Service Type are provided with (comprising increase, renewal, the deletion) quantity of various resources and the number that various resources in the common pool are set by GPMS Client (GPMS client), network management system and SMP.The ip intelligent peripherals resource dispatching strategy is in the present embodiment: resource is set can also can be distributed on a plurality of IP on some IP.For the resource that Apllication, SP, SK, Service Type are provided with can only be special-purpose, as distribute to SP1 resource can only for this SP1 special use, can not be shared by other SP, unless resource being provided with of SP1 can be shared for this SP, just system allows this SP to use the resource of SP1; Resource in the common pool can be shared for all-calls, adopts first come first served basis.
Wherein, the distribution of resource and recovery comprise:
When calling needed Resources allocation, GPMS was according to the resource distribution situation and the resource operating position of corresponding traffic stream, judged whether that resource can use, if having then can be its Resources allocation; If not then search the public resource pond whether available resources are arranged, if having then be its Resources allocation; Do not see if there is resource and can be its distribution if search other shareable resource again, and if not refusal call out, its handling process is as shown in Figure 3.
After resource is used to complete, need to reclaim the resource of having distributed, call out for other and use.
The GPMS major function is that the resource on all AIP is carried out global administration, so GPMS must know the resource operating position on each AIP.When the resource operating position on each AIP changes and the number of resource when changing, must report GPMS, GPMS carries out synchronously this variation, so that all AIP resources are effectively managed and dispatched.
The synchronous number of resources and the state synchronization that mainly relates on the last number of resources of GPMS and state and the AIP of resource.
Mainly contain following three kinds of situations and need carry out source synchronous:
(1) need AIP and GPMS to carry out the synchronous of resource when resource changes when the calling on the AIP takies:
When the resource occupation on the AIP changed, AIP sent relevant resource change message to GPMS, to inform the current resource that takies of GPMS.GPMS confirms occupied resource according to this message, analyzes d/d resource simultaneously, reclaims d/d resource, guarantees that GPMS goes up the consistent of occupation condition with AIP.
(2) when AIP go up to increase resource, need AIP and GPMS to carry out the synchronous of resource: when the AIP chnnels of resources increases (as the fault recovery of resource veneer, Voice Peripheral etc.; Dilatation), AIP sends the information of notifying the GPMS resource to increase for information about to GPMS, when GPMS receives the chnnels of resources that increases Application/Service Provider ID correspondence when resource increases information earlier, after the chnnels of resources of Application/Service Provider ID correspondence reached the value of original setting, the functional requirement that consider to increase the channel resource management in the public resource pond again was embodied in GPMS to the functional requirement of SCP layer and the GPMS functional requirement to the AIP layer.
(3) when AIP goes up the minimizing resource, need AIP and GPMS to carry out the synchronous of resource.
As shown in Figure 4, when the AIP chnnels of resources reduces (resource breaks down, reduces resource), AIP sends the information of notifying the GPMS a resource shrinkage for information about to GPMS, when GPMS receives a resource shrinkage information, and the preferential earlier number of channels that reduces in the public resource pond.Only the chnnels of resources in the public resource pond reduces to 0, just reduces the chnnels of resources of Application/Service Provider ID correspondence in proportion.
In the resource use, can come the number and the user mode of query resource at AIP and a certain designated call, if inconsistent then GPMS number of resources and the resource status of each AIP synchronously.
In the present invention, when resource was used in the SCP application, SCP resource request mode has two kinds: a kind of was once to apply for, promptly SCP once applies for all private resources of this business according to professional resource requirement to GPMS, and call only needs to GPMS application first resource; A kind of is the branch operation application, being SCP applies for the needed private resource of this operation according to special-purpose resource operation in the operation flow (broadcasting recorded announcement PA/ prompting also receives user profile PC/ prompting and receive message PR/ user interactive script UISCRIPT) to GPMS, and a calling need be to many applications of GPMS resource.
The all private resource implementation idiographic flow of this business of the disposable application of SCP is as shown in Figure 5:
1) user dials the IN service access code, and service switching point (Service Switching Point) reports operation flow on IDP (start ID) the message trigger SCP to SCP.
2) SCP judges that according to operation flow this calls out required whole resources and to the GPMS request resource, carry correlation ID, SCFID, SPID (service provider's sign), SK (service key Service Key), RessourceType (resource type of required application), UISCRIPTID (user interactive script sign) and AIPADDR information such as (AIP addresses) in request resource message bag.
3) GPMS judges at first according to the information of carrying in the resource request message whether this service provider SP (Service Provider) and business have resource to use, and distributes respective resources if having then can be it; If not then search the public resource pond whether available resources are arranged, if having then be that it distributes respective resources; If not then search other shareable resource and see if there is resource and can be its distribution, and if not refusal call out.SCP is when GPMS application resource, (once preallocated resource representation resource does not originally really take for calling out the mode of all resources of this calling of preassignment of GPMS employing, just in order to guarantee that call and user's repeatedly all has available resources and available resources alternately on same AIP, do not need on different AIP, to switch when using resource), and with preassignment the AIP address of resource return to SCP by the resource request response message.
4) after SCP receives the resource request response message, according to the AIP address of carrying in the resource request response message, send ETC message to SSP, indication SSP sets up interim forward connection to the AIP of pre-allocation resource.
5) after SSP receives ETC message, make a call to the AIP of appointment.
After AIP receives the call setup message of SSP, send ARI (Assistant Request Instruction) request SCP to SCP and issue the private resource operational order.
6) after SCP receives the ARI operation of AIP, send PA (or PC/PR/ script executing message SR etc.) according to operation flow to AIP, after AIP receives the private resource operation, according to the private resource operation types is the corresponding private resource of traffic assignments, and report IP resource occupation change message to GPMS, in resource occupation change message, carry the type of resource occupation, if taken corresponding resource, the BIT position 1 of respective resources type then, the resource BIT position that does not take is 0.
7) after GPMS receives resource occupation change message, transfer seizure condition to and the available resources number of GPMS respective resources type is subtracted 1 according to taking preallocated resource that resource type will call out.
8) SCP carries out alternately according to the indication continuation and the user of business, and SCP continues to send user interactive to AIP.AIP judges whether this operation is identical with the resource of manipulating last time, if identical, does not then send resource change message to GPMS; If AIP judges that resource that this operation manipulates with last time is not quite identical, then keep identical resource, in releases sub-distribution but this operates unwanted resource, and distribute these needs and do not have the resource of distribution last time; AIP sends resource occupation change message to GPMS in Resources allocation simultaneously.
9) after GPMS receives resource occupation change message, to take that corresponding resource type transfers seizure condition and the resource type that will not take to and resource that SCP has applied for is converted to the state that takies in advance, and the available resources number that will take the respective resources type subtracts 1, and this does not take but the available resources number of the respective resources type that took last time adds 1.
10) SCP judges when no longer needing the AIP resource, forward direction calling to SSP transmission cut-out forward connection DFC (Disconnect Forward Connection) message indication SSP termination and AIP is connected while SCP to GPMS transmission request resource release message, preallocated all resources that request GPMS release is applied for.
11) after AIP receives call release message, discharge all resources and send resource occupation message that (this moment, the BIT of all resource types all was changed to 0 to GPMS, expression is called out and is not taken resource), after GPMS receives this resource occupation change message, the resource that takies discharged and the available number of respective resources is added 1.
As another execution mode of the present invention, SCP divides operation application resource flow process as shown in Figure 6:
1) user dials the IN service access code, and SSP reports operation flow on IDP (start DP InitialDetect Point) the message trigger SCP to SCP
2) SCP to the GPMS request resource, carries correlation ID, SCFID, SPID (service provider's sign), service key SK (Service Key), Resource Type (resource type of required application), UISCRIPTID (user interactive script sign) and AIPADDR information such as (AIP addresses) according to the required resource of this operation in the operation flow (as PA/PC/PR/UISCRIPT etc.) in request resource message bag.
3) GPMS judges at first according to the information of carrying in the resource request message whether this SP and business have resource to use, and distributes respective resources if having then can be it; If not then search the public resource pond whether available resources are arranged, if having then be that it distributes respective resources; If not then search other shareable resource and see if there is resource and can be its distribution, and if not refusal call out.SCP is when GPMS application resource, and GPMS adopts this requested resource of preassignment (once preallocated resource representation resource originally does not really take for calling), and with preassignment the AIP address of resource return to SCP by the resource request response message.
4) after SCP receives the resource request response message, according to the AIP address of carrying in the resource request response message, send the interim ETC (Establish Temporary Connection) of connection of foundation message to SSP, indication SSP sets up interim forward connection to the AIP of pre-allocation resource.
5) after SSP receives ETC message, make a call to the AIP of appointment.
6) after AIPP receives the call setup message of SSP, send Assistant Request Instruction ARI (Assist Request Instruction) request SCP to SCP and issue the private resource operational order.
7) after SCP receives the ARI operation of AIP, send PA (or PC/PR/SR etc.) according to operation flow to AIP, after AIP receives the private resource operation, according to the private resource operation types is the corresponding private resource of traffic assignments, and report IP resource occupation change message to GPMS, in resource occupation change message, carry the type of resource occupation, if taken corresponding resource, the BIT position 1 of respective resources type then, the resource BIT position that does not take is 0.
8) after GPMS receives resource occupation change message, transfer seizure condition to and the available resources number of GPMS respective resources type is subtracted 1 according to taking preallocated resource that resource type will call out.
9) SCP carries out alternately according to the indication continuation and the user of business, at SCP before AIP sends user interactive, whether the resource of judging this user interactive use is identical with the user interactive of using last time, identical then to GPMS transmission resource request message; If different, then GPMS sends the resource occupation request message and carry the AIP address of using resource last time in the resource request message bag,
10) after GPMS receives resource request message, at first whether promising on the AIP that used last time should business or the SP available resources of distributing, if having then be its distribution respective resources; If not would search on other AIP whether promising should business or SP distribute available resources, have then and distribute; If still not then inquire about and whether have resource to can be its distribution in the shared resource pond, if not refusal call out.GPMS is handling the back to SCP transmission resource request corresponding message to resource request message.
11) SCP judges whether this request is successful, if success; Whether whether the AIP that then judges this use identical with the AIP that used last time, if identical then send user interactive to AIP; If be different with the AIP of last time then cut off forward connection with AIP last time, and set up forward connection and send user interactive to this AIP to the Address requests of this AIP; If the failure of SCP application resource then discharges the resource that is connected and discharges the GPMS application with AIP.
12) SCP continues to send user interactive to AIP.AIP judges whether this operation is identical with the resource of manipulating last time, if identical, does not then send resource change message to GPMS; If AIP judges that resource that this operation manipulates with last time is not quite identical, then keep identical resource, in releases sub-distribution but this operates unwanted resource, and distribute these needs and do not have the resource of distribution last time; AIP sends resource occupation change message to GPMS in Resources allocation simultaneously.
13) after GPMS receives resource occupation change message, and the available resources number that will take the respective resources type subtracts 1, and this does not take but the available resources number of the respective resources type that took last time adds 1.
14) SCP judges when no longer needing the AIP resource, sends DFC (cut-out forward connection) message indication SSP to SSP and stops being connected with the forward direction calling of AIP.
15) SCP sends the request resource release message to GPMS, and request GPMS discharges preallocated all resources of application.(this step is optional, owing to divide the resource of sub-distribution to discharge after receiving resource occupation change message)
16) after AIP receives call release message, discharge all resources and send resource occupation message that (this moment, the BIT of all resource types all was changed to 0 to GPMS, expression is called out and is not taken resource), after GPMS receives this resource occupation change message, the resource that takies discharged and the available number of respective resources is added 1.
In order to guarantee the stability of quality of call and system, GPMS can also have the Flow Control function to private resource.
GPMS can have two-stage Flow Control function, when the resource occupation number reaches the threshold values that the one-level Flow Control is provided with, can allow a certain proportion of call distribution resource, and other calling is then refused; When if resources occupation rate reaches the threshold values of secondary Flow Control, then refusal is the all-calls Resources allocation; The Flow Control function of GPMS can be carried out Flow Control at certain resource type, also can carry out Flow Control at ip intelligent peripherals IP.This resource stream control threshold values and Flow Control strategy can be provided with by GPMS Client, service management point SMP and network management system, and the threshold values of setting and strategy can be kept on the GPMS.When the resource occupation number reaches the threshold values of one-level Flow Control setting, can allow a certain proportion of call distribution resource, this ratio also can be provided with by terminal, as 50%, then there is half calling can distribute calling, then second half call out then refusal can not Resources allocation, if when resources occupation rate reaches the threshold values of secondary Flow Control, then refusal is the all-calls Resources allocation.
The GPMS system can also provide perfect statistical function (can divide SPID, ApplicationID, SK and the IP resource number of times to use, duration etc.), the statistics task of GPMS is provided with startup by network management system, on GPMS, add up, and statistics reported network management system, operator can grasp the operation situation of the private resource of IP by statistical information comprehensively.
In sum, by in intelligent network, increasing a logical device GPMS, the private resource of all IP in the intelligent network is carried out global administration, and then is achieved as follows beneficial effect among the present invention:
1) can carry out unified scheduling and the resource of a plurality of AIP is carried out the resource in the intelligent network Help each other the utilization rate of the resource that has improved;
2) SCP is when using service resources, and request resource on the global resource management system is according to use Resource type ResourceType, type of service (ServiceKey), service provider (SPID) etc. Information distribution has the AIP equipment of available resources that private resource is provided;
3) can inquire about global resource by GPMS, make calling can use available free resource Resource on the IP device has reduced the blindness of original selection IP device, and has realized entirely at GPMS The Flow Control of office's private resource has improved the quality of calling out, and increases the percent of call completed of calling out and has strengthened the client's Satisfaction.
4) can divide setting and the Resources allocation such as SP (service provider), SK (service key), operator Can realize the private resource outsourcing, the ability of private resource is provided for virtual operator or client; The present invention Also can support cross-platform (Applications) and platform interior business supplier (Service Provider) Between distribute the AIP chnnels of resources; Distribute to the AIP chnnels of resources of certain Service Provider, can only be this The business of Service Provider is used.
5) the GPMS system provide perfect statistical function (can divide SPID, ApplicationID, SK with And IP is to the resource number of times that uses, duration etc.), can make operator grasp the fortune of the private resource of IP comprehensively Battalion's situation.
6) can support that SCP is disposable applies for that to GPMS all resources and the SCP of this calling divide the user Interactive operation is to GPMS application resource dual mode.
7) the real-time synchronization function of support and IP chnnels of resources; When the whole office point of IP, perhaps certain office point Certain resource component can't provide service, what the IP chnnels of resources of managing in the GPMS system should be with IP reality Situation is consistent, and then realizes the accurate management of ip intelligent peripherals resource.
8) the public service pond (Common Service Pool) of support IP chnnels of resources is all answering Provide resource to distribute with platform and service supplier, take first come first served basis; Can dispose and Revise shared level and the number of channels of Common Service Pool.
Claims (22)
1, the management method of ip intelligent peripherals in a kind of intelligent network is characterized in that comprising the steps:
A), the global resource management system pre-determines the ip intelligent peripherals resource dispatching strategy, and according to this strategy the ip intelligent peripherals resource is provided with;
B), the user dials the IN service access code, the request IN service;
C), SCP according to operation flow to global resource management system requested resource;
D), described global resource management system is distributed the associated intelligent resource;
E), SCP issues the private resource operation to the associated intelligent resource, after ip intelligent peripherals receives the private resource operation, according to the private resource operation types is the corresponding private resource of traffic assignments, and reports resource occupation change message to the global resource management system;
F), the global resource management system is upgraded resource status according to resource occupation change message.
2, the method for claim 1 is characterized in that, further comprises behind the step f:
G) SCP judges when no longer needing the ip intelligent peripherals resource, and request global resource management system discharges preallocated all resources of application;
H) after ip intelligent peripherals receives call release message, discharge all resources and send resource occupation change message to the global resource management system;
I) the global resource management system is upgraded the resource occupation state.
3, the method for claim 1, it is characterized in that, described ip intelligent peripherals resource dispatching strategy is meant: resource is set can be on some IP, also can be distributed in resource that a plurality of IP go up, are provided with for Apllication, SP, SK, Service Type can only be special-purpose or share or common pool is set, resource in the common pool can be shared for all-calls, adopts first come first served basis.
4, method as claimed in claim 1 or 2 is characterized in that:
Step c further be meant SCP according to professional resource requirement once to all resources of this business of global resource management system application, then further comprise after the step f):
F1) SCP carries out alternately according to the indication continuation and the user of business, and to AIP continuation transmission user interactive, AIP judges whether this operation is identical with the resource of manipulating last time, if identical, does not then send resource change message to the global resource management system; If AIP judges that resource that this operation manipulates with last time is not quite identical, then keep identical resource, in releases sub-distribution but this operates unwanted resource, and distribute these needs and do not have the resource of distribution last time; AIP sends resource occupation change message to the global resource management system in Resources allocation simultaneously, and the global resource management system is upgraded the resource occupation state.
5, method as claimed in claim 1 or 2 is characterized in that:
Step C) further be meant be SCP according to the needed private resource of special-purpose resource operation in the operation flow to this operation of global resource management system application, then further comprise after the step f);
F2) SCP carries out alternately according to the indication continuation and the user of business, at SCP before AIP sends user interactive, judge resource that resource that this user interactive uses and last user interactive operation use not simultaneously, comprise the resource occupation request message of the AIP address of using resource last time to the transmission of global resource management system;
F3) after the global resource management system receives resource request message, resource allocation is arranged, then return resource allocation result as judgement;
F4) SCP judges according to described result whether identical with the AIP that used last time whether the AIP of this resource, if identical then send user interactive to AIP; If different, then cut off the forward connection with AIP last time, and send user interactive to this AIP;
F5) SCP continues to send user interactive to AIP, and AIP judges whether this operation is identical with the resource of manipulating last time, if identical, does not then send resource change message to the global resource management system; If AIP judges that this operation is not quite identical with the resource of manipulating last time, then keep identical resource, in the release sub-distribution but this operates unwanted resource, and distribute these needs and the resource that do not have last time to distribute, send resource occupation change message to the global resource management system, the global resource management system is upgraded the resource occupation state.
6, method as claimed in claim 5 is characterized in that, step f2 further comprises, if this last user interactive operation use is identical, does not then send resource request message to the global resource management system.
7, method as claimed in claim 5, it is characterized in that, step f3 further comprises: after the global resource management system receives resource request message, at first on the AIP that used last time, search whether promising should business or the SP available resources of distributing, if having then be its distribution respective resources; If not would search on other AIP whether promising should business or SP distribute available resources, have then and distribute; If not refusal call out; And to the SCP return results.
8, method as claimed in claim 5 is characterized in that, step f4 further comprises: if the failure of SCP application resource then discharges the resource that is connected and discharges the application of global resource management system with AIP.
9, method as claimed in claim 1 or 2, it is characterized in that, described ip intelligent peripherals reports resource occupation change message to the global resource management system, the type of in resource occupation change message, carrying resource occupation, if taken corresponding resource, then the corresponding marker bit of respective resources type puts 1, and the resource label position that does not take is 0.
10, method as claimed in claim 1 or 2, it is characterized in that described GPMS upgrades the resource occupation state and is meant according to taking preallocated resource that resource type will call out and transfers seizure condition to and the available resources number of GPMS respective resources type is subtracted 1.
11, method as claimed in claim 1 or 2, it is characterized in that, when comprising, the ip intelligent peripherals resource dispatching strategy common pool is set and for Apllication, SP, SK, when Service Type is provided with resource-sharing, described steps d global resource management system distributes the associated intelligent resource to be meant resource distribution situation and the resource operating position of GPMS according to corresponding traffic stream, judged whether that resource can use, if having then can be its Resources allocation; If not then search the public resource pond whether available resources are arranged, if having then be its Resources allocation; Do not see if there is resource and can be its distribution if search other shareable resource again, and if not refusal call out.
12, method as claimed in claim 1 or 2, it is characterized in that, described method also comprises: when the number of resource operating position on each ip intelligent peripherals or resource changed, GPMS carried out number of resources and the state synchronized on the last number of resources of GPMS and state and the ip intelligent peripherals.
13, method as claimed in claim 12, it is characterized in that: when the resource occupation on the ip intelligent peripherals changes, ip intelligent peripherals sends relevant resource change message to GPMS, to inform the current resource that takies of GPMS, GPMS is according to this message, confirm occupied resource, analyze d/d resource simultaneously, reclaim d/d resource.
14, method as claimed in claim 12, it is characterized in that: common pool is set and for Apllication, SP, SK, when Service Type is provided with resource-sharing when the ip intelligent peripherals resource dispatching strategy comprises, when the AIP chnnels of resources increases, AIP notice GPMS resource increases, GPMS receives the chnnels of resources that increases Application/Service Provider ID correspondence earlier, after the chnnels of resources of Application/Service Provider ID correspondence reaches the value of setting, increase the channel resource in the public resource pond again; When the AIP chnnels of resources reduces (resource breaks down, reduces resource), AIP notice GPMS a resource shrinkage, the preferential earlier number of channels that reduces in the public resource pond of GPMS, only the chnnels of resources in the public resource pond reduces to 0, just reduces the chnnels of resources of Application/Service Provider ID correspondence in proportion.
15, the described ip intelligent peripherals resource dispatching strategy of method as claimed in claim 1 or 2 comprises, when the resource occupation number reaches predefined one-level Flow Control threshold values is set, can allow a certain proportion of call distribution resource, other calling is then refused, when if resources occupation rate reaches the threshold values of predefined secondary Flow Control, then refusal is that the all-calls Resources allocation is to carry out Flow Control to resource type or ip intelligent peripherals.
16, method as claimed in claim 1 or 2, it is characterized in that: the global resource management system is provided with by GPMSClient, SMP or network management system the ip intelligent peripherals resource according to this ip intelligent peripherals resource dispatching strategy and is undertaken in the described step a), and the result is kept on the GPMS.
17, method as claimed in claim 1 or 2 is characterized in that: GPMS adds up various ip intelligent peripherals resource operating positions, and the statistics task of GPMS is provided with startup by network management system, and statistics is reported network management system.
18, a kind of global resource management system is characterized in that, described system comprises main control module, communication module, resource distribution module and resource management module, wherein:
Main control module is used for the message scheduling of whole GPMS;
Communication module is used for communicating with each node of intelligent network, and receives, sends message and carry out the message encoding and decoding;
Resource distribution module is used to handle from the request to resource allocation on the ip intelligent peripherals of SCP or third party's platform;
Resource management module, be used for resource setting, resource distribution, recovery and resource synchronously.
19, method as claimed in claim 18 is characterized in that, described global resource management system also comprises statistical module: be used to carry out various statistics tasks and statistics is reported network management system;
Described resource distribution module also comprises the resource stream control module, is used for the global resource Flow Control.
20, a kind of intelligent net system comprises SCP, ip intelligent peripherals and network management system, it is characterized in that, described intelligent net system also comprises the global resource management system, wherein:
The global resource management system is used to manage the resource of one or more ip intelligent peripherals and carries out the global resource management for a plurality of SCP of intelligent network or third-party business platform;
The global resource management system links to each other with SCP, is used to realize the request and the release of professional resource requirement passage;
The global resource management system links to each other with ip intelligent peripherals, be used to finish resource take in real time with discharge with finish chnnels of resources synchronously in real time;
The global resource management system links to each other with network management system, is used to finish the configuration management of chnnels of resources.
21, method as claimed in claim 20 is characterized in that:
The global resource management system links to each other with network management system, is used for network management, statistical information reports and the setting of resource stream control strategy;
The global resource management system links to each other with third party's platform, is used to business on third party's platform that the request and the release of chnnels of resources are provided.
22, method as claimed in claim 20 is characterized in that:
Described global resource management system comprises main control module, communication module, resource distribution module and resource management module, wherein:
Main control module is used for the message scheduling of whole GPMS;
Communication module is used for communicating with each node of intelligent network, and receives, sends message and carry out the message encoding and decoding;
Resource distribution module is used to handle from the request to resource allocation on the ip intelligent peripherals of SCP or third party's platform;
Resource management module, be used for resource setting, resource distribution, recovery and resource synchronously.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2004100695098A CN100373863C (en) | 2004-06-28 | 2004-06-28 | Method and system for managing intelligent external equipment in intelligent network |
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| Application Number | Priority Date | Filing Date | Title |
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| CNB2004100695098A CN100373863C (en) | 2004-06-28 | 2004-06-28 | Method and system for managing intelligent external equipment in intelligent network |
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| Publication Number | Publication Date |
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| CN1716873A true CN1716873A (en) | 2006-01-04 |
| CN100373863C CN100373863C (en) | 2008-03-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNB2004100695098A Expired - Fee Related CN100373863C (en) | 2004-06-28 | 2004-06-28 | Method and system for managing intelligent external equipment in intelligent network |
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| CN (1) | CN100373863C (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8180040B2 (en) | 2009-02-17 | 2012-05-15 | Zte Corporation | Corporation switchboard platform and call processing method |
| CN103257894A (en) * | 2012-02-20 | 2013-08-21 | 联想(北京)有限公司 | Program management method and electronic terminal |
| CN104348881A (en) * | 2013-08-08 | 2015-02-11 | 中国电信股份有限公司 | Method and device for user resource partitioning in cloud management platform |
| WO2019007197A1 (en) * | 2017-07-06 | 2019-01-10 | 电信科学技术研究院有限公司 | Resource selection method and device, and terminal |
| CN111601007A (en) * | 2020-04-09 | 2020-08-28 | 深圳震有科技股份有限公司 | Control method for limiting call and electronic equipment |
| CN114666410A (en) * | 2022-02-14 | 2022-06-24 | 深圳爱捷云科技有限公司 | Resource calling method and device, electronic equipment and storage medium |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE69717799T2 (en) * | 1996-03-29 | 2003-09-11 | British Telecomm | PERIPHERAL CONTROLLING IN AN INTELLIGENT NETWORK |
| CN1126350C (en) * | 1998-10-20 | 2003-10-29 | 安德鲁·杜根 | Method and apparatus for deploying service modules among service nodes distributed in an intelligent network |
| US6711156B1 (en) * | 2000-03-20 | 2004-03-23 | Telefonaktiebolaget L M Ericsson (Publ) | System and method for providing enhanced user-service interaction in an integrated telecommunications network |
| CN1323537C (en) * | 2001-08-15 | 2007-06-27 | 华为技术有限公司 | System and method for implementing electronic mail box management over smart web |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8180040B2 (en) | 2009-02-17 | 2012-05-15 | Zte Corporation | Corporation switchboard platform and call processing method |
| CN103257894A (en) * | 2012-02-20 | 2013-08-21 | 联想(北京)有限公司 | Program management method and electronic terminal |
| CN104348881A (en) * | 2013-08-08 | 2015-02-11 | 中国电信股份有限公司 | Method and device for user resource partitioning in cloud management platform |
| WO2019007197A1 (en) * | 2017-07-06 | 2019-01-10 | 电信科学技术研究院有限公司 | Resource selection method and device, and terminal |
| CN111601007A (en) * | 2020-04-09 | 2020-08-28 | 深圳震有科技股份有限公司 | Control method for limiting call and electronic equipment |
| CN111601007B (en) * | 2020-04-09 | 2021-04-20 | 深圳震有科技股份有限公司 | Control method for limiting call and electronic equipment |
| CN114666410A (en) * | 2022-02-14 | 2022-06-24 | 深圳爱捷云科技有限公司 | Resource calling method and device, electronic equipment and storage medium |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100373863C (en) | 2008-03-05 |
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