CN102088641B - Configuration method and device of passive optical network (PON) service - Google Patents
Configuration method and device of passive optical network (PON) service Download PDFInfo
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- CN102088641B CN102088641B CN200910225586.0A CN200910225586A CN102088641B CN 102088641 B CN102088641 B CN 102088641B CN 200910225586 A CN200910225586 A CN 200910225586A CN 102088641 B CN102088641 B CN 102088641B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q11/00—Selecting arrangements for multiplex systems
- H04Q11/0001—Selecting arrangements for multiplex systems using optical switching
- H04Q11/0062—Network aspects
- H04Q11/0067—Provisions for optical access or distribution networks, e.g. Gigabit Ethernet Passive Optical Network (GE-PON), ATM-based Passive Optical Network (A-PON), PON-Ring
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q11/00—Selecting arrangements for multiplex systems
- H04Q11/0001—Selecting arrangements for multiplex systems using optical switching
- H04Q11/0062—Network aspects
- H04Q2011/0079—Operation or maintenance aspects
Abstract
The invention discloses a configuration method and device of a passive optical network (PON) service. In the scheme provided by the invention, during the configuration of the PON service, a set global configuration template is used to act on a service configuration point according to the service information of a service flow. The invention provides a scheme for easily and practically configuring the PON service on the basis of a service flow thought. Compared with the conventional PON service configuration, the invention has the characteristics that: the concept of end to end complete service flow is put forward, and the process for configuring the PON service on the basis of the service flow mainly depends on a set global configuration template; and the key characteristics and the attributes of the service flow are determined by the global configuration template, PON service configurations of different PON technologies are unified, and the operation of PON service configuration is simplified to the maximum extent simultaneously. In the scheme provided by the invention, a very good service configuration model is provided, the operation principle of an operator is completely followed, bottom layer implementation relevant to a standard is shielded, operation is simplified, and the all sidedness and the flexibility of service attribute data are kept simultaneously.
Description
Technical field
The present invention relates to EPON (PON, Passive Optical Network) technology, refer to especially a kind of collocation method and device of passive optical network service.
Background technology
PON technology has been the one preferred technique in optical access network field at present, and it all has clear superiority aspect access rate, bandwidth efficiency and splitting ratio, full-service bearing capacity and fail safe.PON technology is also divided into Ethernet passive optical network (EPON, Ethernet Passive Optical Network) and Gigabit Passive Optical Network (GPON, Gigabit-Capable Passive Optical Network), EPON technology is by Institute of Electrical and Electric Engineers (IEEE, Institute of Electrical and Electronics Engineers)-first mile of Ethernet (EFM, Ethernet for the First Mile) working group carries out standardization in 802.3 research projects; GPON technology is by the telecommunication standards group (ITU-T of International Telecommunications Union, InternationalTelecommunication Union Telecommunication Standardization Sector) propose and standardization, finally formed G.984.x series standard.
No matter be EPON technology or GPON technology, the kind of wideband switch-in business is all substantially the same, and therefore, the step of PON business configuration is substantially identical.The current available class of business of PON system comprises internet business, VoIP (Voice over Internet Protocol) business, circuit emulation service (CES, Circuit Emulation Service), digital subscriber line (xDSL, x Digital Subscriber Line) business, video traffic etc., the process of PON business configuration is to be mainly configured one by one according to standard separately.
PON aspect, article one, the configuration starting point of teleservice is optical network unit (ONU, Optical Network Unit) physical terminal point user port (ONU PPTP (Physical Path Point) UNI (User Network Interface)), terminating point is optical line terminal (OLT, Optical Line Terminal) the empty port of the first line of a couplet (Virtual Port), the process of PON business configuration configures a series of service attribute data at point-to-point transmission exactly.Service attribute data mainly comprise the aspects such as the detailed configuration parameter of delineation of activities, QoS (QoS, Quality ofService), concrete business.Described delineation of activities is as VLAN (VLAN, Virtual Local Area Network), priority, ethernet type etc.; Described QoS is as Limit Rate, priority query's mapping etc.; Described concrete business detailed configuration parameter detail parameters as relevant in VoIP voice etc.
At present, the problem of existence is that EPON technology and GPON technology are different, and the process of PON business configuration is also different, even if same PON technology, mode and the process of the PON business configuration that distinct device manufacturer provides also vary.In addition, a too complexity of PON business configuration process that more serious problem Shi Ge equipment vendors provide, OLT is separation with the PON business configuration of ONU.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of collocation method and device of passive optical network service, simplifies and unified PON business configuration.
For achieving the above object, technical scheme of the present invention is achieved in that
A collocation method for passive optical network service, comprising: while carrying out EPON (PON) business configuration, according to the business information of Business Stream, use the global configuration template action arranging in business configuration point.
Described global configuration template at least comprises: optical network unit physical terminal point user port (ONU PPTPUNI) serial service template and service quality (QoS) series mask;
Described business configuration point comprises the logic port of ONU PPTP UNI, optical network unit (ONU) and the empty port of the first line of a couplet of optical line terminal (OLT);
The method specifically comprises: according to the type of Business Stream, use corresponding ONU PPTP UNI service template to act on ONU PPTP UNI; According to the business information of Business Stream, use corresponding QoS template action in the logic port of ONU and the empty port of the first line of a couplet of OLT.
The method further comprises: after determining delineation of activities and forward according to the network environment of the PON system of the business information of Business Stream and bearer service, directly at OLT end and ONU, hold configuration service respectively to divide and the related service attribute data forwarding; Or,
Described global configuration template further comprises: delineation of activities and forwarding series mask; The method further comprises: according to the network environment of the PON system of the business information of Business Stream and bearer service, use corresponding delineation of activities and forward template action in the associated OLT end of Business Stream and ONU end.
The method further comprises: for Business Stream arranges title, identify described Business Stream.
Described carry out PON business configuration before, further comprise: according to the various traffic streams of existence is arranged to global configuration template, and the global configuration template setting is stored.
An inking device for passive optical network service, comprising:
Template storage unit, for storing the global configuration template of setting;
Dispensing unit, when carrying out PON business configuration, is used the global configuration template action arranging in business configuration point according to the business information of Business Stream.
Described global configuration template at least comprises: ONU PPTP UNI series service template and QoS series mask;
Described business configuration point comprises the empty port of ONU PPTP UNI, the logic port of ONU and the first line of a couplet of optical line terminal OLT;
Described dispensing unit comprises:
UNI dispensing unit, for being used corresponding ONU PPTP UNI service template to act on ONU PPTP UNI according to the type of Business Stream;
QoS dispensing unit, for being used corresponding QoS template action in the logic port of ONU and the empty port of the first line of a couplet of OLT according to the business information of Business Stream.
Described dispensing unit further comprises: divide and forward dispensing unit;
Described division with forward dispensing unit for after determining delineation of activities according to the network environment of the PON system of the business information of Business Stream and bearer service and forwarding, directly OLT end and ONU end respectively configuration service divide and the related service attribute data of forwarding; Or,
Described global configuration template further comprises delineation of activities and forwards series mask, described division, is used corresponding delineation of activities and is forwarded template action in the associated OLT end of Business Stream and ONU end for according to the network environment of the PON system of the business information of Business Stream and bearer service with forwarding dispensing unit.
Described dispensing unit is further used for identifying this Business Stream for Business Stream arranges title.
Described device further comprises template-setup unit, for according to the various traffic streams of existence is arranged to global configuration template, and the global configuration template setting is stored in to template storage unit.
The invention provides a kind of scheme of carrying out PON business configuration based on Business Stream thought, simple.Compare with existing PON business configuration, the present invention proposes the concept of end-to-end complete Business Stream, the process of carrying out PON business configuration based on Business Stream mainly depends on the global configuration template of setting; By global configuration template key characteristic and the attribute that Business Stream has of clearly knowing clearly, unified the PON business configuration of different PON technology, also farthest simplified the operation of PON business configuration simultaneously.The present invention program is an extraordinary business configuration model, fully, in accordance with operator's Operational idea, has shielded the bottom layer realization relevant to standard, the comprehensive and flexibility of the business attribute data of not being unemployed again when simplifying the operation." QoS on ONU " and " QoS on OLT " have fully demonstrated the applicability of the comprehensive and different scenes of Business Stream.In addition, " delineation of activities on ONU and forwarding " and " delineation of activities on OLT and forwarding " have fully demonstrated the flexibility of Business Stream.
Accompanying drawing explanation
Fig. 1 is the model structure schematic diagram of realizing PON business configuration in the present invention;
Fig. 2 is the flow chart of realizing PON business configuration in the present invention;
Fig. 3 is the apparatus structure schematic diagram of realizing PON business configuration in the present invention.
Embodiment
The present invention program is applied to PON system, as be applied to the network element device of EPON or GPON, because the business of carrying out finally all embodies with Business Stream, and a complete Business Stream will be through ONU end and OLT end, so just, determined business configuration point, therefore, the present invention program has been mainly the PON business configuration that comprises OLT and ONU.
In the present invention, while carrying out PON business configuration, according to the business information of Business Stream, use the global configuration template action arranging in business configuration point.
Described business configuration point comprises the empty port of ONU PPTP UNI, the logic port of ONU and the first line of a couplet of OLT.ONU PPTP UNI is connected with the logic port of ONU, and the logic port of ONU is connected with the empty port of the first line of a couplet of OLT, has so just formed a complete Business Stream through ONU end and OLT end.The logic port of ONUPPTP UNI and ONU is n: the relation of n, the empty port of the logic port of ONU and the first line of a couplet of OLT is 1: 1 or n: 1 relation.The logic port of described ONU can be the G-PON Encapsulation Mode port (GEM PORT) of GPON or LLID (LLID, the Logical LinkIdentifier) port of EPON.
Described global configuration template at least comprises ONU PPTP UNI series service template and QoS series mask, while carrying out PON business configuration, particularly, according to the type of Business Stream, uses corresponding ONU PPTPUNI service template to act on ONU PPTP UNI; According to the business information of Business Stream, use corresponding QoS template action in the logic port of ONU and the empty port of the first line of a couplet of OLT, so just completed basic PON business configuration.Described ONU PPTP UNI service template or QoS template can set in advance; Also can be when carrying out PON business configuration, the PON business configuration of carrying out according to current needs arranges, correspondingly be added in ONU PPTP UNI business series mask or QoS series mask, so that while there is the PON business configuration of identical or close situation later, can reuse corresponding template, identical configuration information can be reused, avoided repeated configuration.
Described global configuration template may further include delineation of activities and forwards series mask, according to the network environment of the PON system of the business information of Business Stream and bearer service, use corresponding delineation of activities and forward template action in the associated OLT end of Business Stream and ONU end.Delineation of activities can set in advance with forwarding template; Also can be when carrying out PON business configuration, the PON business configuration of carrying out according to current needs arranges, correspondingly be added into delineation of activities and forward in series mask, so that while there is the PON business configuration of identical or close situation later, can reuse corresponding template, identical configuration information can be reused, avoided repeated configuration.
When described global configuration template does not comprise delineation of activities and forwards series mask, after determining delineation of activities and forward according to the network environment of the PON system of the business information of Business Stream and bearer service, directly at OLT end and ONU, hold configuration service respectively to divide and the related service attribute data forwarding.
The order of PON business configuration is very flexibly, can, from ONU, then arrive OLT; Also can, from OLT, then arrive ONU.
Fig. 1 is the model structure schematic diagram of realizing PON business configuration in the present invention, and as shown in Figure 1, global configuration template at least comprises: ONU PPTP UNI series service template and QoS series mask.
ONU PPTP UNI series service template is the different service template arranging according to the type of ONU PPTP UNI, and the type of ONU PPTP UNI comprises ethernet user's port (Ethernet UNI), analog telephone service-user port (POTS UNI), digital subscriber line user port (xDSL UNI), circuit emulation service user port (CES UNI), video traffic user port (Video UNI) etc.Because the PON business configuration of dissimilar ONU PPTP UNI exists very large difference, the PON business configuration of the ONUPPTP UNI of some type is quite complicated, therefore, for simplifying and reduce repeated configuration, can and sum up special ONU PPTPUNI service template for the service attribute Data induction of dissimilar ONU PPTP UNI, composition ONU PPTP UNI series service template.For example, ONU PPTP UNI series service template comprises following ONU PPTP UNI service template: the VoIP service template of CES service template, dialogue-based startup agreement (SIP, Session Initiation Protocol), the VoIP service template based on agreement H.248, xDSL service template etc.The type of ONU PPTP UNI should be corresponding with the type of the Business Stream of this ONU PPTPUNI carrying, for example, xDSL Business Stream needs xDSL UNI to hold, CES stream needs CES UNI to carry, like this, while carrying out PON business configuration, by the type of Business Stream, just can determine the type of ONU PPTP UNI, thereby use corresponding ONU PPTP UNI service template.ONU PPTP UNI service template acts on ONU PPTP UNI.
QoS series mask is to describe in Business Stream transmitting procedure, to be used for the data template of guaranteed qos, for identical qos parameter, concludes and sum up the QoS template with certain versatility.QoS series mask comprises a series of QoS templates take qos parameter as content, as allocated bandwidth template, Business Stream speed limit template, queue priority mapping template etc.QoS template acts on respectively the empty port of the first line of a couplet of OLT and the logic port of ONU.While carrying out PON business configuration, according to the business information of Business Stream, just can determine required qos parameter, thereby use corresponding QoS template.
Global configuration template may further include delineation of activities and forwards series mask, delineation of activities with forward series mask and be used for division and the forwarding mechanism of the business of describing, specifically according to the IEEE 802.1Q label frame format in Ethernet (Ethernet), carry out division business, and according to the network environment of the PON system of bearer service, determine the forwarding mechanism of business.For example, can carry out division business according to modes such as VLAN, priority, VLAN+ priority, ethernet type, VLAN+ ethernet type, tag protocol identifiers (TPID, Tag Protocol Identifier).And for example, delineation of activities can be the attributes such as user vlan (CVLAN, Customer VLAN), stacking VLAN (SVLAN, Stack VLAN), VLAN conversion, processed mode with the content that forwards relevant forwarding in series mask.Delineation of activities acts on respectively the associated OLT end of Business Stream and ONU end with forwarding template.
After global configuration template-setup is good, just can be when carrying out PON business configuration, in global configuration template, select applicable template to carry out PON business configuration, can greatly simplify like this PON business configuration, and simple.
Fig. 2 is the flow chart of realizing PON business configuration in the present invention, and as shown in Figure 2, the processing procedure that realizes PON business configuration comprises the following steps:
Step 201: template-setup unit arranges global configuration template according to the various traffic streams that may exist, and the global configuration template setting is stored in to template storage unit.
Described global configuration template at least comprises ONU PPTP UNI series service template and QoS series mask, and template-setup unit can arrange according to the business information of various traffic streams, also can arrange according to the information of Configuration Management Officer input; Described global configuration template can further include delineation of activities and forwards series mask, can arrange according to the network environment of the PON system of the business information of various traffic streams and bearer service, also can arrange according to the information of Configuration Management Officer input.
Step 202: in the time of need to creating end to end Business Stream, while needing to carry out PON business configuration, dispensing unit is determined the business information of Business Stream, and this business information comprises the type of Business Stream, as business of networking, VoIP speech business, xDSL business, IPTV video traffic etc.The business information of Business Stream refers to the service attribute data relevant to Business Stream, as type, qos requirement, delineation of activities etc.
Dispensing unit can also further identify this Business Stream for Business Stream arranges title, so that this Business Stream distinguishes over other Business Streams.
Dissimilar ONU PPTP UNI corresponding to Business Stream, for example, business of networking is used Ethernet UNI, VoIP speech business to use POTS UNI etc., an and only associated ONU PPTP UNI of Business Stream, therefore, UNI dispensing unit just can be selected Business Stream according to the type of Business Stream and want associated ONU PPTP UNI.
For dissimilar ONU PPTP UNI, while carrying out PON business configuration, need to configure concrete service attribute data for it.For example, for VoIP speech business, need to be POTS UNI configured voice service attribute data, comprise H.248 or the voice protocol parameter such as MGCP, SIP.For simplifying the complexity of configuration, reduce the configuration effort amount repeating, in the present invention program, UNI dispensing unit is used corresponding ONUPPTP UNI service template to act on ONU PPTP UNI.Have ground, UNI dispensing unit can be selected corresponding ONU PPTP UNI service template by the sign of ONU PPTP UNI service template or key message.
Step 206: the QoS dispensing unit in dispensing unit is determined the logic port of ONU and the empty port of the first line of a couplet of OLT of traffic streams.
Configuration Management Officer can be selected as required the logic port of the ONU having existed or create the logic port of new ONU, and need associated ONU end and OLT end according to Business Stream, select the empty port of the first line of a couplet of the OLT having existed or create the first line of a couplet void port of new OLT.If the empty port of the first line of a couplet of the logic port of ONU and OLT is the relation of 1: 1, the step of the empty port of the first line of a couplet of selection or establishment OLT can be omitted.
Because the empty port of the logic port of ONU and the first line of a couplet of OLT definite do not have certain front and back execution sequence, therefore, Configuration Management Officer also can be selected as required the empty port of the first line of a couplet of the OLT having existed or create the empty port of the first line of a couplet of new OLT, and according to Business Stream, need associated ONU end and OLT end, the logic port of the ONU that selection has existed or create the logic port of new ONU.If the logic port of the empty port of the first line of a couplet of OLT and ONU is the relation of 1: 1, the step of the logic port of selection or establishment ONU can be omitted.
QoS dispensing unit can be selected corresponding QoS template by the sign of QoS template or key message.
If in step 206 be, select the logic port of the ONU having existed and/or the empty port of the first line of a couplet of OLT, when the QoS template that acts on the empty port of the logic port of selected ONU and/or the first line of a couplet of OLT conforms to required QoS template, can not carry out associative operation.
Step 209～step 210: for guaranteeing the flexibility of Business Stream, need to be to OLT end and the ONU end related service attribute data that configuration service is divided and forwarded respectively, divide with forwarding dispensing unit and determine delineation of activities and forwarding according to the network environment of the PON system of the business information of Business Stream and bearer service, and OLT end and ONU end are configured respectively.
If global configuration template does not comprise delineation of activities and forwards series mask, divide with forwarding dispensing unit and determine after delineation of activities and forwarding according to the network environment of the PON system of the business information of Business Stream and bearer service, directly at OLT end and ONU, hold the division of difference configuration service and the related service attribute data forwarding.
If global configuration template comprises delineation of activities and forwards series mask, divide with forward dispensing unit and determine delineation of activities and forward according to the network environment of the PON system of the business information of Business Stream and bearer service after, use corresponding delineation of activities and forward that template acts on respectively OLT end and ONU holds.Divide with forwarding dispensing unit and can select corresponding delineation of activities and forward template by delineation of activities and the sign or the key message that forward template.
The information comprising in the related service attribute data of delineation of activities and forwarding or delineation of activities and forwarding template is as VLAN, VLAN conversion, SVLAN, processed mode, priority, ethernet type, TPID etc.
Visible according to above description, although the concrete PON technology adopting may be different, but no matter based on which kind of PON technology, service attribute data based on Business Stream are to have certain general character, make to there is general character, the service attribute data formation template of versatility, just can bring greatly and to simplify for PON business configuration, again can be because of the difference of EPON technology and GPON technology, and there is the larger difference of PON business configuration.
In the process of above PON business configuration, if there is no applicable correlate template, can first arrange corresponding template according to the business information of Business Stream, and then uses corresponding template to be configured.The template setting is added in corresponding series mask, in the identical configuration of subsequent scenario, can reuse, and has avoided repeated configuration.
In the process of above PON business configuration, execution sequence before and after the configuration of each several part is not obvious can carry out simultaneously, also can at random successively carry out.
Fig. 3 is the apparatus structure schematic diagram of realizing PON business configuration in the present invention, and as shown in Figure 3, this device comprises: template storage unit and dispensing unit, and wherein, template storage unit is for storing the global configuration template of setting; When dispensing unit is used for carrying out PON business configuration, according to the business information of Business Stream, use the global configuration template action arranging in business configuration point.
The global configuration template of storing in template storage unit at least comprises ONU PPTP UNI series service template and QoS series mask; Described business configuration point comprises the empty port of ONU PPTP UNI, the logic port of ONU and the first line of a couplet of optical line terminal OLT; Correspondingly, dispensing unit comprises: UNI dispensing unit and QoS dispensing unit, and UNI dispensing unit is for being used corresponding ONU PPTPUNI service template to act on ONU PPTP UNI according to the type of Business Stream; QoS dispensing unit is for being used corresponding QoS template action in the logic port of ONU and the empty port of the first line of a couplet of OLT according to the business information of Business Stream.
Described dispensing unit further comprises: divide and forward dispensing unit.When the global configuration template of storing in template storage unit further comprises delineation of activities and forwards series mask, divide and forward dispensing unit correspondingly for according to the network environment of the PON system of the business information of Business Stream and bearer service, use corresponding delineation of activities and forward template action in the associated OLT end of Business Stream and ONU end.When the global configuration template of storing in template storage unit does not comprise delineation of activities and forwards series mask, divide and forward dispensing unit correspondingly for determining according to the network environment of the PON system of the business information of Business Stream and bearer service after delineation of activities and forwarding, directly in OLT end and the division of ONU end difference configuration service and the related service attribute data forwarding.
Described device also comprises template-setup unit, for according to the various traffic streams that may exist, global configuration template being set, and the global configuration template setting is stored in to template storage unit.
When described dispensing unit is further used for creating end to end Business Stream, for arranging title, Business Stream identifies this Business Stream.
The above, be only preferred embodiment of the present invention, is not intended to limit protection scope of the present invention.
Claims (8)
1. a collocation method for passive optical network service, is characterized in that, comprising:
While carrying out EPON (PON) business configuration, according to the business information of Business Stream, use the global configuration template action arranging in business configuration point;
Wherein, described global configuration template at least comprises: optical network unit physical terminal point user port (ONUPPTP UNI) serial service template and service quality (QoS) series mask;
Described business configuration point comprises the logic port of ONU PPTP UNI, optical network unit (ONU) and the empty port of the first line of a couplet of optical line terminal (OLT);
The described business information according to Business Stream is used the global configuration template action arranging to comprise in business configuration point: according to the type of Business Stream, use corresponding ONU PPTP UNI service template to act on ONU PPTPUNI; According to the business information of Business Stream, use corresponding QoS template action in the logic port of ONU and the empty port of the first line of a couplet of OLT.
2. method according to claim 1, is characterized in that,
The method further comprises: after determining delineation of activities and forward according to the network environment of the PON system of the business information of Business Stream and bearer service, directly at OLT end and ONU, hold configuration service respectively to divide and the related service attribute data forwarding; Or,
Described global configuration template further comprises: delineation of activities and forwarding series mask; The method further comprises: according to the network environment of the PON system of the business information of Business Stream and bearer service, use corresponding delineation of activities and forward template action in the associated OLT end of Business Stream and ONU end.
3. method according to claim 1, is characterized in that, the method further comprises: for Business Stream arranges title, identify described Business Stream.
4. according to the arbitrary described method of claims 1 to 3, it is characterized in that, described carry out the configuration of passive optical network service configuration service before, further comprise: according to the various traffic streams of existence is arranged to global configuration template, and the global configuration template setting is stored.
5. an inking device for passive optical network service, is characterized in that, comprising:
Template storage unit, for storing the global configuration template of setting;
Dispensing unit, when carrying out PON business configuration, is used the global configuration template action arranging in business configuration point according to the business information of Business Stream; Wherein,
Described global configuration template at least comprises: ONU PPTP UNI series service template and QoS series mask; Described business configuration point comprises the empty port of ONU PPTP UNI, the logic port of ONU and the first line of a couplet of optical line terminal OLT;
Described dispensing unit comprises:
UNI dispensing unit, for being used corresponding ONU PPTP UNI service template to act on ONU PPTP UNI according to the type of Business Stream;
QoS dispensing unit, for being used corresponding QoS template action in the logic port of ONU and the empty port of the first line of a couplet of OLT according to the business information of Business Stream.
6. device according to claim 5, is characterized in that, described dispensing unit further comprises: divide and forward dispensing unit;
Described division with forward dispensing unit for after determining delineation of activities according to the network environment of the PON system of the business information of Business Stream and bearer service and forwarding, directly OLT end and ONU end respectively configuration service divide and the related service attribute data of forwarding; Or,
Described global configuration template further comprises delineation of activities and forwards series mask, described division, is used corresponding delineation of activities and is forwarded template action in the associated OLT end of Business Stream and ONU end for according to the network environment of the PON system of the business information of Business Stream and bearer service with forwarding dispensing unit.
7. device according to claim 5, is characterized in that, described dispensing unit is further used for identifying this Business Stream for Business Stream arranges title.
8. according to the arbitrary described device of claim 5 to 7, it is characterized in that, described device further comprises template-setup unit, for according to the various traffic streams of existence is arranged to global configuration template, and the global configuration template setting is stored in to template storage unit.
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| CN200910225586.0A CN102088641B (en) | 2009-12-03 | 2009-12-03 | Configuration method and device of passive optical network (PON) service |
| PCT/CN2010/078887 WO2011066772A1 (en) | 2009-12-03 | 2010-11-18 | Method and apparatus for configuring passive optical network service |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103166791B (en) * | 2011-12-16 | 2018-08-24 | 中兴通讯股份有限公司 | The method and device of Gigabit Passive Optical Network business granting |
| CN103428012B (en) * | 2012-05-17 | 2018-07-13 | 中兴通讯股份有限公司 | The configuration method and Element management system of passive optical network service |
| CN111654765B (en) * | 2014-05-13 | 2023-02-24 | 中兴通讯股份有限公司 | Business service processing method and device and optical line terminal |
| CN105376081A (en) * | 2014-08-22 | 2016-03-02 | 中兴通讯股份有限公司 | Service routing constraint reuse method and device |
| CN106452906A (en) * | 2016-10-28 | 2017-02-22 | 鼎点视讯科技有限公司 | Configuration data automatic issuing method and device |
| CN111246319B (en) * | 2019-12-31 | 2022-01-28 | 瑞斯康达科技发展股份有限公司 | GPON ONU service deployment method and device |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101035389A (en) * | 2006-03-08 | 2007-09-12 | 上海交通大学 | System and method for bandwidth allocation in the remote device of the passive optical network |
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| KR100666989B1 (en) * | 2005-12-12 | 2007-01-10 | 삼성전자주식회사 | Epon system and method of traffic scheduling thereof |
| CN101425943B (en) * | 2007-10-30 | 2011-08-10 | 中兴通讯股份有限公司 | Method for uplink QoS guarantee in G bit passive optical network system |
| US8351785B2 (en) * | 2008-04-21 | 2013-01-08 | Futurewei Technologies, Inc. | Gigabit passive optical network transmission convergence extension for next generation access |
-
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|---|---|---|---|---|
| CN101035389A (en) * | 2006-03-08 | 2007-09-12 | 上海交通大学 | System and method for bandwidth allocation in the remote device of the passive optical network |
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