CN101911608B - Configuration method and device for access network - Google Patents
Configuration method and device for access network Download PDFInfo
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- CN101911608B CN101911608B CN200780102081.4A CN200780102081A CN101911608B CN 101911608 B CN101911608 B CN 101911608B CN 200780102081 A CN200780102081 A CN 200780102081A CN 101911608 B CN101911608 B CN 101911608B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0803—Configuration setting
- H04L41/0813—Configuration setting characterised by the conditions triggering a change of settings
- H04L41/0816—Configuration setting characterised by the conditions triggering a change of settings the condition being an adaptation, e.g. in response to network events
Abstract
A configuration method and device for access network, the method includes: step 1, the various heterogeneous network element equipment in the access network being identified as the access components or the media resource components, which are configured with the component management identifiers respectively; step 2, according to the component management identifiers of the access components and the media resource components, creating a resource management relation table for the access components and the media resource components by the main control equipment; and step 3, creating the user for entering the access network, and enabling the userto obtain the service provided by the media resource components through the access components according to the resource management relation table. Thereby, the invention provides network operators the ability to re-configure the network in the human-computer interface, and enables the network operators to adjust the network structure in the network evolution process. With the changing needs of the operators, the network equipment can provides the ability to change and not subject to the equipment manufacturer's design.
Description
Technical field
The present invention relates to the access technology of the communications field, more specifically, relate to Access Network collocation method and the device of next generation network NGN.
Background technology
Communication network is just experiencing by traditional PSTN and is transforming to the NGN network, with exchange, insert the construction mode of site just progressively by business network, SS (Soft Switch, soft handover), the flattening network of AG (annotate: contain TG, SG) substitutes, the AG equipment for networking comprises following several types at present:
One, the TG/SG equipment that is connected with the PSTN network boundary;
Two, be deployed in former module office point, be used for the large-scale AG equipment of replaced C 5 local positions;
Three, the middle-size and small-size access point apparatus that extensively distributes with user's accumulation point; And
Four, miniature AG depends on board plug type AG or the desktop boxlike AG equipment of DSLAM.
In addition, various media gateway devices from equipment body aspect specifically, are divided into three big classes:
One, large-scale Tandem Gateway equipment, the edge that is used for NGN network and traditional PSTN network, this kind equipment is characteristics with powerful signaling processing ability (SG) and a large amount of VOIP abilities (TG), this kind equipment does not directly substitute the family, and in the ordinary course of things, the media capability of TG is very strong, also the media capability (being provided by TG as conference capability) that provides some to replenish for AG;
Two, the customer access equipment of various large and small capacity, the capacity of individual equipment is greatly to more than 100,000 or be small enough to equipment about 128 lines, this kind equipment user's access capability and VOIP transfer capability and uplink service interface control ability arranged, there are primary and secondary node or main control frame, subscriber frame etc. respectively for large and medium-sized equipment, on the capacity requirement ladder, adopt the mode of many moneys equipment stack to realize the capacity requirement that individual equipment can't satisfy; And
Three, the AG veneer and Table top type (boxlike) the AG equipment that are used for the veneer speech access of DSLAM equipment, wherein, the IAD of terminal type also belongs to this classification, but not the discussion emphasis of this paper, this kind equipment relatively is fit to few user's fragmentary access point in application, it is little that its number of users/business interface is counted ratio, also is difficult to large tracts of land in the area that has a large amount of DSLAM to dispose and promotes.
These accessing gateway equipments, in describing, this paper all is called " access network element of homogeneity ", their common feature is to have business interface (being generally H.248 interface), (AG that says inserts domestic consumer usually to have the ability that inserts the user simultaneously, be the trunk subscriber of PSTN network and TG/SG inserts) and the ability of media conversion is provided, by control unit (claiming master control borad usually) and user's plate and media resource plate or subcard, the three constitutes accessing gateway equipment together, this three's binding relationship is determined by the design of device fabrication producer, in device fabrication, can't adjust in the deployment.
Yet, the complexity of the network of Access Layer, the diversity that has caused customer access equipment, we can say in any one actual network, there is various device to exist simultaneously, cast aside TG/SG, single with regard to customer access equipment, not only covered large, medium and small type equipment, the application demand that the miniature AG equipment of one-board and Table top type is equally also arranged, this makes the construction plan of whole user access network become difficult, if the uneven defective of equipment is then more experienced in the optimum evolution of the development that looks to the future again, network; And plan for the business interface of soft switch (SS) equipment, (normally H.248) planning just seems does not have rule to follow to control interface, region (with selecting for use of equipment) complete and that the user inserts is closely connected and is in the same place, professional setting has to consider the situation of bottom access device, for example, 100 users' of every increase AG node, need increase a H.248 business interface with mini-plant, if there is DSLAM the locality, and wish to insert with the board plug type AG of DSLAM, then need 3-4 H.248 interface, covering with large-scale AG does not then need to increase H.248 interface, only needs to increase the user on existing certain interface of main equipment.Such plan of operation can't realize professional original level, regional planning, is difficult to embody the clear framework that NGN describes to communication network.
Consider from the angle of access network O﹠M, the device type of Access Network is few, but model is many, quantity is many, same AG equipment is because the difference of capacity, board type, box type, almost can be described as multifarious, different equipment has different maintenance interface (OAM platform interface, entity interface), safeguards in the service maintenance of equipment, equipment fault all to rely on and variform view, can not classify and presents with a unified maintenance interface.
From the angle analysis of device fabrication as can be known, each AG individuality has certain allocative abilities, it is the maximum configured ability that this equipment possesses when design, as maximum number of user and maximum VOIP number of resources, each equipment all passes through professional control interface (as H.248) interface and links to each other with SoftSwitch/MGC, not contact between the access device.
Fig. 1 is SS red in the prior art and the networking schematic diagram of AG.As shown in Figure 1, each AG forms Star network centered by SS, and is independent separately between each AG, not contact, and hardware is of all kinds, capacity AG equipment from small to large and SS has connected.
As can be seen, AG equipment is generally followed the mode that frame, frame, plate dispose step by step in configuration, the function of veneer is different, they form the function of AG together, in layoutprocedure, are not in particular the ability that the tissue of functional module in the network provides variation, configuration namely is the assignment of hardware, the system configuration major part is certain description to device hardware according to the design of hardware, and from whole network, not having allocative abilities, is the combination of a plurality of equipment.
Summary of the invention
In view of the above problems, the invention provides a kind of Access Network collocation method and device, on an AG equipment, can configure (holding) various heterogeneous network elements simultaneously, by this method, operator can plan at service construction, the user divides, insert network address arranges and obtains very big flexibility, more unified on management maintenance, clear, and aspect construction cost, planning complexity better effects if.
According to an aspect of the present invention, a kind of Access Network collocation method is provided, may further comprise the steps: step 1 is defined as inserting parts or media resource parts with the various heterogeneous network element devices in the Access Network, and is respectively access parts and media resource component configuration component management sign; Step 2 according to the component management sign that inserts parts and media resource parts, is come to generate a resource management relation table for inserting parts and media resource parts by master control equipment; And step 3, create the user who enters Access Network, and according to the resource management relation table, make the user obtain the service that the media resource parts provide by inserting parts.
Handle below also carrying out in step 1: accessing gateway equipment carries out the mutual of control information with master control equipment by the component management sign.
Wherein, the component management sign is at least the IP address of parts.The resource management relation table can comprise at least: insert parts and media resource parts the component management sign, insert parts and the number of active lanes that is connected of media resource parts and the annexation that inserts parts and media resource parts, the annexation of access parts and media resource parts can be 1 pair more than 1 or 1 pair.
When increasing new parts, this method also comprises: determine the kind of new parts, and be new component configuration component management sign; And the annexation that disposes each parts in new parts and the present Access Network, and add annexation to the resource management relation table.
Wherein, when new parts are that this method also comprises when inserting parts: create the user of new parts, and according to the resource management relation table, make the user obtain the service that the media resource parts in the Access Network provide by new parts.
And when new parts were the media resource parts, this method also comprised: create the user of new parts, and according to the resource management relation table, make new parts provide service for the user of the access parts in the Access Network.
According to another aspect of the present invention, a kind of Access Network inking device is provided, comprise: part classification and sign configuration module, be used for the various heterogeneous network element devices of Access Network are defined as inserting parts or media resource parts, and be respectively access parts and media resource component configuration component management sign; The annexation generation module is used for generating a resource management relation table according to the component management sign that inserts parts and media resource parts for inserting parts and media resource parts; And user's creation module, be used for creating the user who enters Access Network, and according to the resource management relation table, make the user obtain the service that the media resource parts provide by inserting parts.
Can also comprise in part classification and sign configuration module: interactive unit is used for to carry out the mutual of control information with master control equipment by the component management sign.
Wherein, the component management sign is at least the IP address of parts.The resource management relation table comprises at least: insert parts and media resource parts the component management sign, insert parts and the number of active lanes that is connected of media resource parts and the annexation that inserts parts and media resource parts, the annexation of access parts and media resource parts can be 1 pair more than 1 or 1 pair.
In addition, in user's creation module, also comprise: new component configuration unit, be used for when increasing new parts, determine the kind of new parts, and be new component configuration component management sign, dispose the annexation of each parts in new parts and the present Access Network, and add annexation to the resource management relation table, wherein, when new parts are when inserting parts, new component configuration unit also is used for creating the user of new parts, and according to the resource management relation table, makes the user obtain the service that the media resource parts in the Access Network provide by new parts, and when new parts are the media resource parts, new component configuration unit also is used for creating the user of new parts, and according to the resource management relation table, makes new parts provide service for the user of the access parts in the Access Network.
Thereby, by the present invention, AG equipment for big and small various homogeneities in the present access network, be identified as respectively and insert parts and media component, concerning the design of the access device in future, should design by parts, produce, the network element that exists in the network then is identified as the combination of parts, configuration by parts provides the flexible changing capability of network in evolution process, the practical significance of doing like this is when carrying out networking in the present circumstance on the one hand, can choose for the equipment of the access point of all size capacity greater flexibility (demand more can gear to actual circumstances) is provided, simultaneously in plan of operation, more unified view is provided in the equipment control, namely, with respect to business control device (Softswitch), access network will be treated as a unified network layer, rather than the separate equipment that possesses business interface (refer to as H.248 the professional control interface of interface and so on) one by one under the present circumstances, the configuration that makes the network element device in the Access Network changes and does not influence configuration and the planning of soft switch service interface, and on the other hand, the standard mode that a kind of internal unit connects has also been proposed, all parts that meet this design, or even following design, can both fit into operating AG equipment, this will provide bigger space for the autgmentability of equipment.
Other features and advantages of the present invention will be set forth in the following description, and, partly from specification, become apparent, perhaps understand by implementing the present invention.Purpose of the present invention and other advantages can realize and obtain by specifically noted structure in the specification of writing, claims and accompanying drawing.
Description of drawings
Accompanying drawing is used to provide further understanding of the present invention, and constitutes the part of specification, is used from explanation the present invention with embodiments of the invention one, is not construed as limiting the invention.In the accompanying drawings:
Fig. 1 is the networking schematic diagram of SS of the prior art and AG;
Fig. 2 is the flow chart according to Access Network collocation method of the present invention;
Fig. 3 is the block diagram according to Access Network inking device of the present invention;
Fig. 4 is system schematic involved in the present invention; And
Fig. 5 is the networking schematic diagram by the resulting SS of the present invention and AG.
Embodiment
Below in conjunction with accompanying drawing the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein only is used for description and interpretation the present invention, and be not used in restriction the present invention.
Fig. 2 is the flow chart according to Access Network collocation method of the present invention.As shown in Figure 1, this method may further comprise the steps:
Step S202 is defined as inserting parts or media resource parts with the various heterogeneous network element devices in the Access Network, and is respectively access parts and media resource component configuration component management sign;
Step S204 according to the component management sign that inserts parts and media resource parts, comes to generate a resource management relation table for inserting parts and media resource parts by master control equipment; And
Step S206 creates the user who enters Access Network, and according to the resource management relation table, makes the user obtain the service that the media resource parts provide by inserting parts.
Can also carry out following processing in step S202: accessing gateway equipment carries out the mutual of control information with master control equipment by the component management sign.
Wherein, the component management sign is at least the IP address of parts.The resource management relation table can comprise at least: insert parts and media resource parts the component management sign, insert parts and the number of active lanes that is connected of media resource parts and the annexation that inserts parts and media resource parts, the annexation of access parts and media resource parts can be 1 pair more than 1 or 1 pair.
When increasing new parts, this method also comprises: determine the kind of new parts, and be new component configuration component management sign; And the annexation that disposes each parts in new parts and the present Access Network, and add annexation to the resource management relation table.
Wherein, when new parts are that this method also comprises when inserting parts: create the user of new parts, and according to the resource management relation table, make the user obtain the service that the media resource parts in the Access Network provide by new parts.
And when new parts were the media resource parts, this method also comprised: create the user of new parts, and according to the resource management relation table, make new parts provide service for the user of the access parts in the Access Network.
Fig. 3 is the block diagram according to Access Network inking device 300 of the present invention.As shown in Figure 3, this device comprises: part classification and sign configuration module 302 are used for the various heterogeneous network element devices of Access Network are defined as inserting parts or media resource parts, and are respectively access parts and media resource component configuration component management sign; Annexation generation module 304 is used for generating a resource management relation table according to the component management sign that inserts parts and media resource parts for inserting parts and media resource parts; And user's creation module 306, be used for creating the user who enters Access Network, and according to the resource management relation table, make the user obtain the service that the media resource parts provide by inserting parts.
Can also comprise in part classification and sign configuration module 302: interactive unit is used for to carry out the mutual of control information with master control equipment by the component management sign.
Wherein, the component management sign is at least the IP address of parts.The resource management relation table comprises at least: insert parts and media resource parts the component management sign, insert parts and the number of active lanes that is connected of media resource parts and the annexation that inserts parts and media resource parts, the annexation of access parts and media resource parts can be 1 pair more than 1 or 1 pair.
In addition, in user's creation module 306, can also comprise: new component configuration unit, be used for when increasing new parts, determine the kind of new parts, and be new component configuration component management sign, dispose the annexation of each parts in new parts and the present Access Network, and add annexation to the resource management relation table, wherein, when new parts are when inserting parts, new component configuration unit also is used for creating the user of new parts, and according to the resource management relation table, makes the user obtain the service that the media resource parts in the Access Network provide by new parts, and when new parts are the media resource parts, new component configuration unit also is used for creating the user of new parts, and according to the resource management relation table, makes new parts provide service for the user of the access parts in the Access Network.
Thereby, should be appreciated that, AG equipment when configuration generally according to the following steps:
(1) creates a business interface (as creating H.248 interface) and relevant parameter;
(2) insert user's veneer in some groove position, and the configure user veneer;
(3) insert the media resource veneer in some groove position, and the resource allocation veneer; And
(4) create the user, this user can enter business service.
In this process, certain AG equipment has a management sign, can be an inner AG# or management ip address sign, and inserting the groove position of user's plate and the groove position of media resource plate is that this equipment design is determined, can use with also and can independently take.
In addition, the quantity of user's plate and media resource plate also is that the equipment design determines that some AG equipment divides OLT/ONU form, but also identical on method, and just the frame quantity of user's veneer is more; For one-board AG equipment, a management sign is arranged equally, do not dispose the process of veneer in the configuration, the process of creating business interface and service-user is arranged equally.
Fig. 4 is system schematic involved in the present invention.As shown in Figure 4, veneer in the IAD is divided into two kinds of parts, be respectively and insert parts 402 and media resource parts 404, these two kinds of parts have management sign separately respectively, the management sign is an IP address normally, they carry out the mutual of control information with master control equipment separately, and the management sign of two parts changes with components number, can be a plurality ofly also can share one.
Master control equipment is the main body of AG among the figure, be called the master control frame, status with optical line terminal in the Access Network (OLT), it possesses business interface, can be in order to connect business control devices such as SS, and be responsible for signaling processing, configuration management, the monitoring of tools task of whole IAD, the master control frame externally provides Ethernet interface, insert parts and media resource parts in order to be communicated with each, can connect by Ethernet light or cable between them, also can be communicated with by Ethernet switch.
When carrying out the equipment configuration, specify the management sign (as the IP address) of each parts except needing configuration, also need to specify the attaching relation each other that inserts parts and media resource parts, this relation is dependent on the connection situation of hardware, is used for showing the business of access by which media resource is served for it.
In the software of master control frame, there is a tables of data to be used for the use of management resource, in inserting parts, this key value is corresponded on the time slot of TDM outlet, in the media resource parts, this key value is corresponded on the media channel, these three tables such as tables 1 are shown in the table 2, table 3.
Table 1: resource management table:
Table 2: the internal resource table that inserts parts
| Index | Passage index | Passage index | Hardware resource |
| 1 | 0 | 31 | HW12[ts0...ts31] |
| 2 | 32 | 63 | HW13[ts0...ts31] |
| 3 | 64 | 95 | HW14[ts0...ts31] |
| 4 | 96 | 128 | HW15[ts0...ts31] |
| … |
Table 3: the internal resource table of media resource parts
| Index | Passage index | Passage index | Hardware resource |
| 1 | 0 | 42 | CHIP0[ch0...ch42] |
| 2 | 32 | 63 | CHIP1[ch0...ch42] |
| 3 | 64 | 95 | CHIP2[ch0...ch42] |
| 4 | 96 | 128 | CHIP3[ch0...ch42] |
| … |
Have only table 1 to dispose by man-machine interface in these three tables, and table 2, table 3 do not need the man-machine interface configuration, they generate when the software startup of parts separately, and (and table 2,3 can change because of the differences of hardware designs, the present invention only needs the clearly effect of table 1, and table 2,3 belongs to the content of other realization aspect), the configuration of table 1 can be carried out separately also can being integrated in the process of creating the media resource parts and carry out, but can check and revise by man-machine interface; In business procedure (calling procedure), the release that takies of resource is determined by master control software fully, inserts the software of parts and media resource parts and carries out by instruction fully.Need to prove, for equipment can provide the ability of holding heterogeneous network element node, such as integrated nodes such as veneer, boxlikes, also need to carry out this configuration.
Through the AG equipment layoutprocedure of redesign, after the hardware single board of equipment is installed configuration, must carry out the layoutprocedure of parts, the component configuration process that increases newly is as follows:
One, set up access node and increase parts, concrete operations are at first to create certain access node, can be titles, then to the sign that wherein adds parts (being the IP address of parts);
Two, the annexation of arrangement components, it can be the annexation that inserts 1 pair 1 of parts and media resource parts, also can be to insert parts and the annexation of media resource parts more than 1 pair, this relation be based upon between 2 component identification, and man-machine interface need indicate the number of active lanes in the connection; When this human-machine operation, system will set up the inside list item as table 1, and all list item states all are idle; And
Three, create the user, this user just can enter service by business interface.
Use such collocation method, can realize the identical configuration of access device under various form situations, to such an extent as to, all AG all present with component form in network, these parts constitute access network, even some node only is made up of a kind of parts, the practical significance of doing like this is when carrying out networking in the present circumstance on the one hand, can choose for the equipment of the access point of all size capacity greater flexibility (demand more can gear to actual circumstances) is provided, provide more unified view in plan of operation, equipment control simultaneously; On the other hand, the standard mode that a kind of internal unit connects has been proposed also, all parts that meet this design, or even following design, can both fit into operating AG equipment, this will provide bigger space for the autgmentability of equipment.
Next be illustrated.After various veneers being finished the installation configuration of hardware at small-sized AG equipment, at the access of the adding under one's name parts of this equipment, component identification namely is the IP address of user board; Add the media resource parts again, sign is the management ip address of media resource plate, and the media resource parts generally are polyliths, needs to add one by one; Then dispose attaching relation, each media resource parts is created by table 1 with the access parts relationship finished; After finishing configuration, the configuration service user can drop into business service.
Big capacity AG equipment for the optical access device form, it has the OLT equipment of local side and the ONU equipment of user access point, between connect by E1 (by SDH transmission), polylith media resource veneer is arranged in the equipment machine frame of local side, in description of the invention, TDM intersection control section between OLT-ONU all belongs to the access parts, every media resource veneer belongs to media resource parts, under disclosed design, after single plate hardware is installed the configuration end, need to dispose two big parts respectively set by step, this is identical with last example.
We it is contemplated that, if the situation that increases the access point configuration of professional control interface (and can not change) under this AG is arranged later on, if increase an one-board AG, then create an access node again, and configuration inserts parts and media resource parts (for veneer A G, both are identical), after realizing one-board AG and the Ethernet of this OLT is communicated with, can provide professional by this big capacity AG.
Thereby, by setting up an intermediate level: the configuration of two big parts, the various combination abilities of AG network are unified under a kind of method, designed system according to this, can dispose in the early stage with mid-term and in servicely hold inhomogeneous hardware device, therefore the networking hardware kind of Access Network increases greatly, and different region-user distributions is more possessed adaptability.
Fig. 5 is the networking schematic diagram by the resulting SS of the present invention and AG.As shown in Figure 5, the difference with Fig. 2 is: at first, the AG control assembly provides the ability of isolating the SS plan of operation; Secondly, see at network level, embody network layer more clearly.
Should be appreciated that the AG control assembly is a software part, it may operate on the various hardware platforms, and the control ability that provides also is not quite similar.
In addition, should also be clear that the present invention makes equipment body in the network not exclusively rely on the design of producer, but the combination of the parts that can redefine makes in this way, make operator when operation is professional, realize the possibility of configurable network.
The present invention is divided into access parts and media resource parts with AG equipment, and these two parts can be various relations with hardware single board (form), such as: inserting parts has the polylith veneer to constitute, and the media resource parts are made of the polylith veneer; Perhaps inserting parts and media component is same veneer, by this method, and in a AG equipment, can hold various multi-form accesses and media component, an AG equipment has covered the above large and small type frame type equipment of enumerating and all combinatory possibilities of one-board equipment.
In sum, by the present invention, the ability that provides operator that network is reconfigured in man-machine interface, allowing operator can adjust network in the network evolution process constitutes, with the changes in demand of operation, the network equipment can provide the ability of variation, and is not limited by the design of equipment manufacturers.
Be the preferred embodiments of the present invention only below, be not limited to the present invention, for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. an Access Network collocation method is used for holding various heterogeneous network element devices simultaneously in an Access Network under next generation network NGN condition, it is characterized in that, may further comprise the steps:
Step 1 is defined as inserting parts or media resource parts with the various heterogeneous network element devices in the described Access Network, and is respectively described access parts and described media resource component configuration component management sign;
Step 2 according to the described component management sign of described access parts and described media resource parts, comes to be described access parts and resource management relation table of described media resource parts generation by master control equipment; And
Step 3 is created the user who enters described Access Network, and according to described resource management relation table, is made described user obtain the service that described media resource parts provide by described access parts.
2. method according to claim 1 is characterized in that, described component management sign is at least the IP address of described parts.
3. method according to claim 1, it is characterized in that, described resource management relation table comprises at least: the described component management sign of described access parts and described media resource parts, described access parts and the number of active lanes that is connected of described media resource parts and the annexation of described access parts and described media resource parts
Wherein, the annexation of described access parts and described media resource parts is 1 pair more than 1 or 1 pair.
4. method according to claim 1 is characterized in that, when increasing new parts, also comprises:
Determine the kind of described new parts, and be described new component configuration component management sign; And
Dispose the annexation of each parts in described new parts and the present described Access Network, and add described annexation to described resource management relation table.
5. method according to claim 4 is characterized in that, when described new parts are described access parts, also comprises:
Create the user of described new parts, and according to described resource management relation table, make described user obtain the service that the media resource parts in the described Access Network provide by described new parts.
6. method according to claim 4 is characterized in that, when described new parts are described media resource parts, also comprises:
Create the user of described new parts, and according to described resource management relation table, make described new parts provide service for the user of the described access parts in the described Access Network.
7. an Access Network inking device is used for holding various heterogeneous network element devices simultaneously in an Access Network under next generation network NGN condition, it is characterized in that, comprising:
Part classification and sign configuration module are used for the various heterogeneous network element devices of described Access Network are defined as inserting parts or media resource parts, and are respectively described access parts and described media resource component configuration component management sign;
The annexation generation module is used for the described component management sign according to described access parts and described media resource parts, is described access parts and resource management relation table of described media resource parts generation; And
User's creation module is used for creating the user who enters described Access Network, and according to described resource management relation table, makes described user obtain the service that described media resource parts provide by described access parts.
8. device according to claim 7 is characterized in that, described component management sign is at least the IP address of described parts.
9. device according to claim 7, it is characterized in that, described resource management relation table comprises at least: the described component management sign of described access parts and described media resource parts, described access parts and the number of active lanes that is connected of described media resource parts and the annexation of described access parts and described media resource parts
Wherein, the annexation of described access parts and described media resource parts is 1 pair more than 1 or 1 pair.
10. device according to claim 7 is characterized in that, also comprises in described user's creation module:
New component configuration unit, be used for when increasing new parts, determine the kind of described new parts, and be described new component configuration component management sign, dispose the annexation of each parts in described new parts and the present described Access Network, and add described annexation to described resource management relation table, wherein
When described new parts are described access parts, described new component configuration unit also is used for creating the user of described new parts, and according to described resource management relation table, make described user obtain the service that the media resource parts in the described Access Network provide by described new parts, and
When described new parts are described media resource parts, described new component configuration unit also is used for creating the user of described new parts, and according to described resource management relation table, make described new parts provide service for the user of the described access parts in the described Access Network.
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|---|---|---|---|
| PCT/CN2007/003810 WO2009082835A1 (en) | 2007-12-26 | 2007-12-26 | Configuration method and device for access network |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20050115653A (en) * | 2004-06-04 | 2005-12-08 | 주식회사 케이티 | Method for managing softswitch on next generation network and system thereof |
| CN1909506A (en) * | 2006-08-10 | 2007-02-07 | 华为技术有限公司 | Device and method for controlling broadcast of media resource in soft exchange |
| CN101009590A (en) * | 2006-09-28 | 2007-08-01 | 华为技术有限公司 | A method and system for device management |
| CN101087208A (en) * | 2007-06-27 | 2007-12-12 | 华为技术有限公司 | Method and device for configuring user access network data |
-
2007
- 2007-12-26 CN CN200780102081.4A patent/CN101911608B/en not_active Expired - Fee Related
- 2007-12-26 WO PCT/CN2007/003810 patent/WO2009082835A1/en active Application Filing
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20050115653A (en) * | 2004-06-04 | 2005-12-08 | 주식회사 케이티 | Method for managing softswitch on next generation network and system thereof |
| CN1909506A (en) * | 2006-08-10 | 2007-02-07 | 华为技术有限公司 | Device and method for controlling broadcast of media resource in soft exchange |
| CN101009590A (en) * | 2006-09-28 | 2007-08-01 | 华为技术有限公司 | A method and system for device management |
| CN101087208A (en) * | 2007-06-27 | 2007-12-12 | 华为技术有限公司 | Method and device for configuring user access network data |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101911608A (en) | 2010-12-08 |
| WO2009082835A1 (en) | 2009-07-09 |
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