CN107027151A - Ensure the method and device of service quality - Google Patents
Ensure the method and device of service quality Download PDFInfo
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- CN107027151A CN107027151A CN201710193980.5A CN201710193980A CN107027151A CN 107027151 A CN107027151 A CN 107027151A CN 201710193980 A CN201710193980 A CN 201710193980A CN 107027151 A CN107027151 A CN 107027151A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
- H04W28/16—Central resource management; Negotiation of resources or communication parameters, e.g. negotiating bandwidth or QoS [Quality of Service]
- H04W28/24—Negotiating SLA [Service Level Agreement]; Negotiating QoS [Quality of Service]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/08—Access point devices
- H04W88/10—Access point devices adapted for operation in multiple networks, e.g. multi-mode access points
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/50—Allocation or scheduling criteria for wireless resources
- H04W72/54—Allocation or scheduling criteria for wireless resources based on quality criteria
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Abstract
Ensure the method and device of service quality the disclosure is directed to a kind of, belong to communication technical field.Methods described includes：Master base station accesses the first core net；The first qos parameter that first core net is used is converted into the second qos parameter of the second core net use by master base station；Master base station carries out resource distribution according to the second qos parameter, with the service quality for each business for ensuring terminal offer.The disclosure is under the scene that the first core net and the second core net are merged, master base station is after the first core net is accessed, the first qos parameter that the first core net can be used, which is converted into, is different from the second qos parameter that the second core net of type is used, and resource distribution is carried out based on the second qos parameter afterwards, with the service quality for each business for ensuring the terminal offer for belonging to the second core net, because this kind ensures that the QoS modes of different business can be directed to the terminal of access UNE, so enriching usage scenario, so that the terminal of access UNE can also meet QoS demand.
Description
Technical field
This disclosure relates to which communication technical field, more particularly to a kind of to ensure the method and device of service quality.
Background technology
With the continuous progress of science and technology, wireless communication technology is gradually to 5G (the 5th Generation Mobile
Communication, the 5th third-generation mobile communication technology) evolution.Wherein, mobile Internet and Internet of Things are used as future mobile communications
Two big main drives of development, wide application scenarios are provided for 5G, this causes 5G not only to provide the user high definition
The ultimate visual experiences such as video, virtual reality, augmented reality, cloud desktop, game on line, can also be with industry, medical treatment, traffic etc.
The service item depth integration of Internet of Things field.And for the terminal of networking, how to ensure the QoS of different business
(Quality of Service, service quality), is always an important subject of this area.
For NR (New Radio, technology of newly eating dishes without rice or wine) network in 5G, correlation technique is in order to ensure access NR networks
Terminal each business QoS, following manner is usually taken：First, will come from different PDU (Protocol Data Unit,
Protocol Data Unit) flow of session is mapped to different DRB (Data Radio Bearer, Data Radio Bearer).2nd, it is right
For IP (Internet Protocol, procotol) the stream mappings of downlink, NRS (Non-Access Stratum,
Non-Access Stratum) it is responsible for IP and flows to QoS flow mapping, it is (true to DRB stream mappings that AS (Access Stratum, Access Layer) is responsible for QoS flow
Recognize working group's protocol status).3rd, for the IP stream mappings of up-link, NRS is responsible for IP and flows to QoS flow mapping, and AS is responsible for
QoS flow flows to DRB and mapped.
During the disclosure is realized, inventor has found that correlation technique at least has problems with：
The above-mentioned QoS modes for ensuring different business are only in the terminal of access NR networks, and mode is more single, are applicable model
Enclose narrow.
The content of the invention
To overcome problem present in correlation technique, disclosure offer is a kind of to ensure the method and device of service quality.
The method of service quality is ensured there is provided a kind of according to the first aspect of the embodiment of the present disclosure, applied to multi-internet integration
Scene, methods described includes：
Master base station accesses the first core net；
The first qos parameter that first core net is used is converted into the second of the second core net use by the master base station
Qos parameter；
The master base station carries out resource distribution according to second qos parameter, to ensure each business that terminal is provided
Service quality, the terminal is the terminal for belonging to second core net；
Wherein, when first core net is the core net that the master base station belongs to, second core net is prothetic group
The core net for ownership of standing, or, when first core net is the core net that the prothetic group station belongs to, second core net
Row data communication is entered in the core net belonged to for the master base station, the prothetic group station by the master base station and terminal.
In another embodiment, the multi-internet integration scene is evolution block core net and NG (Next
It is Generation, of future generation) scene that blends of core net.
In another embodiment, the first qos parameter that first core net is used is converted into by the master base station
The second qos parameter that two core nets are used, including：
When the master base station is eLTE (evolved Long Term Evolution, evolved Long Term Evolution) base station, institute
Prothetic group station is stated for NR base stations, and first core net is when being the NG core nets that the NR base stations belong to,
Second core net is the evolution block core net that the eLTE base stations belong to, and the eLTE base stations will flow level
First qos parameter is converted into second qos parameter of carrying level.
In another embodiment, the first qos parameter that first core net is used is converted into by the master base station
The second qos parameter that two core nets are used, including：
When the master base station is eLTE base stations, the prothetic group station is NR base stations, and first core net is the eLTE
During the evolution block core net of base station ownership,
Second core net is the NG core nets that the NR base stations belong to, and the eLTE base stations will carry described the of level
One qos parameter is converted into second qos parameter of stream level.
In another embodiment, the first qos parameter that first core net is used is converted into by the master base station
The second qos parameter that two core nets are used, including：
When the master base station is NR base stations, the prothetic group station is eLTE base stations, and first core net is the NR bases
During the NG core nets for ownership of standing,
Second core net is the evolution block core net that the eLTE base stations belong to, and the institute of level will be flowed in the NR base stations
State second qos parameter that the first qos parameter is converted into carrying level.
The device of service quality is ensured there is provided a kind of according to the second aspect of the embodiment of the present disclosure, applied to multi-internet integration
Scene, described device includes：
AM access module, is configured as accessing the first core net；
Conversion module, is configured as that the first qos parameter that first core net is used is converted into the second core net and adopted
Second qos parameter；
Processing module, is configured as carrying out resource distribution according to second qos parameter, to ensure each of terminal offer
The service quality of individual business, the terminal is the terminal for belonging to second core net；
Wherein, when first core net is the core net that the master base station belongs to, second core net is prothetic group
The core net for ownership of standing, or, when first core net is the core net that the prothetic group station belongs to, second core net
Row data communication is entered in the core net belonged to for the master base station, the prothetic group station by the master base station and terminal.
In another embodiment, the multi-internet integration scene is the field that evolution block core net is blended with NG core nets
Scape.
In another embodiment, the conversion module, is configured as the master base station for eLTE base stations, the prothetic group
Stand as NR base stations, and first core net, when being the NG core nets that the NR base stations belong to, second core net is described
The evolution block core net of eLTE base stations ownership, first qos parameter for flowing level is converted into the 2nd QoS of carrying level
Parameter.
In another embodiment, the conversion module, is configured as the master base station for eLTE base stations, the prothetic group
Stand as NR base stations, and first core net is when being the evolution block core net that the eLTE base stations belong to, second core
Net is the NG core nets that the NR base stations belong to, and first qos parameter for carrying level is converted into the 2nd QoS of stream level
Parameter.
In another embodiment, the conversion module, is configured as the master base station for NR base stations, the prothetic group station
For eLTE base stations, and first core net, when being the NG core nets that the NR base stations belong to, second core net is described
The evolution block core net of eLTE base stations ownership, first qos parameter for flowing level is converted into the 2nd QoS of carrying level
Parameter.
The device of service quality is ensured there is provided a kind of according to the third aspect of the embodiment of the present disclosure, it is described applied to base station
Device includes：
Processor；
Memory for storing processor-executable instruction；
Wherein, the processor is configured as：Access the first core net；The first service that first core net is used
Quality Q oS parameters are converted into the second qos parameter of the second core net use；Resource distribution is carried out according to second qos parameter,
With the service quality for each business for ensuring terminal offer, the terminal is the terminal for belonging to second core net；
Wherein, when first core net is the core net that the master base station belongs to, second core net is prothetic group
The core net for ownership of standing, or, when first core net is the core net that the prothetic group station belongs to, second core net
Row data communication is entered in the core net belonged to for the master base station, the prothetic group station by the master base station and terminal.
The technical scheme provided by this disclosed embodiment can include the following benefits：
Under the scene that the first core net and the second core net are merged, master base station, can be by the after the first core net is accessed
The first qos parameter that one core net is used is converted into the second qos parameter of the second core net use, and after being converted
Resource distribution is carried out based on the second qos parameter, with the clothes for each business for ensuring the terminal offer for belonging to the second core net
Business quality, because this kind ensures that the QoS modes of different business can be directed to the terminal of access UNE, is used so enriching
Scene so that the terminal of access UNE can also meet the qos requirement of different business.
It should be appreciated that the general description of the above and detailed description hereinafter are only exemplary and explanatory, not
The disclosure can be limited.
Brief description of the drawings
Accompanying drawing herein is merged in specification and constitutes the part of this specification, shows the implementation for meeting the disclosure
Example, and be used to together with specification to explain the principle of the disclosure.
Fig. 1 is that a kind of according to an exemplary embodiment ensures the method flow diagram of service quality.
Fig. 2 is that a kind of according to an exemplary embodiment ensures the method flow diagram of service quality.
Fig. 3 A are the relation signals between a kind of base station, terminal and core net according to an exemplary embodiment
Figure.
Fig. 3 B are the relation signals between another base station, terminal and core net according to an exemplary embodiment
Figure.
Fig. 4 is a kind of block diagram of device for ensuring service quality according to an exemplary embodiment.
Fig. 5 is a kind of block diagram of base station according to an exemplary embodiment.
Embodiment
Here exemplary embodiment will be illustrated in detail, its example is illustrated in the accompanying drawings.Following description is related to
During accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawings represent same or analogous key element.Following exemplary embodiment
Described in embodiment do not represent all embodiments consistent with the disclosure.On the contrary, they be only with it is such as appended
The example of the consistent apparatus and method of some aspects be described in detail in claims, the disclosure.
Fig. 1 is that a kind of according to an exemplary embodiment ensures the method flow diagram of service quality, as shown in figure 1,
This method is used in base station, comprises the following steps.
In a step 101, master base station accesses the first core net.
In a step 102, the first qos parameter that the first core net is used is converted into the use of the second core net by master base station
Second qos parameter.
In step 103, master base station according to the second qos parameter carry out resource distribution, with ensure terminal provide each
The service quality of business, the terminal is the terminal for belonging to the second core net.
Wherein, the core of base station ownership when the first core net is the core net that master base station belongs to, supplemented by the second core net
Net, or, supplemented by the first core net during the core net of base station ownership, the second core net is the core net that master base station belongs to, auxiliary
Row data communication is entered in base station by master base station and terminal.
The method that the embodiment of the present disclosure is provided, under the scene that the first core net and the second core net are merged, master base station exists
Access after the first core net, the first qos parameter that can use the first core net is converted into the 2nd QoS of the second core net use
Parameter, and resource distribution is carried out based on the second qos parameter after being converted, belong to the second core net to ensure
The service quality for each business that terminal is provided, because this kind ensures that the QoS modes of different business can be directed to access fusion net
The terminal of network, so enriching usage scenario so that the QoS that the terminal of access UNE can also meet different business will
Ask.
In another embodiment, multi-internet integration scene is the scene that evolution block core net is blended with NG core nets.
In another embodiment, the first qos parameter that the first core net is used is converted into the second core net by master base station
The second qos parameter used, including：
When master base station is eLTE base stations, prothetic group station is NR base stations, and the first core net is the NG core nets that NR base stations belong to
When,
Second core net is the evolution block core net that eLTE base stations belong to, and the first qos parameter of level will be flowed in eLTE base stations
It is converted into the second qos parameter of carrying level.
In another embodiment, the first qos parameter that the first core net is used is converted into the second core net by master base station
The second qos parameter used, including：
When master base station is eLTE base stations, prothetic group station is NR base stations, and the first core net is the evolution point that eLTE base stations belong to
During group core net,
Second core net is the NG core nets that NR base stations belong to, and the first qos parameter for carrying level is converted into by eLTE base stations
Flow the second qos parameter of level.
In another embodiment, the first qos parameter that the first core net is used is converted into the second core net by master base station
The second qos parameter used, including：
When master base station is NR base stations, prothetic group station is eLTE base stations, and the first core net is the NG core nets that NR base stations belong to
When,
Second core net is the evolution block core net that eLTE base stations belong to, and NR base stations turn the first qos parameter for flowing level
Turn to the second qos parameter of carrying level.
Above-mentioned all optional technical schemes, can form the alternative embodiment of the disclosure, herein no longer using any combination
Repeat one by one.
Fig. 2 is a kind of flow chart of method for ensuring service quality according to an exemplary embodiment, applied to many
Net fusion scene, referring to Fig. 2, this method is used in base station, comprised the following steps：
In step 201, master base station accesses the first core net.
In the disclosed embodiments, multi-internet integration scene refers to EPC (Evolved Packet Core, evolution block core
Net) scene that blends with NG core nets.Wherein, EPC is 4G (the 4th Generation mobile
Communication, forth generation mobile communication technology) mobile communications network core net.It belongs to core net category, its feature
Separated to only have packet domain without circuit domain, based on full IP structures, control with carrying and network structure flattening, and possess user
The traditional capability of the mobile networks such as subscription data storage, mobile management and data exchange.By using LTE (Long Term
Evolution, Long Term Evolution) technology, EPC can provide broadband access anywhere or anytime and colourful application, with more preferable
Ground meets user's request.And NG core nets are the core net of future generation towards 5G.
Under the multi-internet integration scene that the embodiment of the present disclosure is provided, base station is divided into master base station and from base station.Wherein, main base
The relation stood between prothetic group station is similar to the relation between Mater (master) and Slave (from), and prothetic group station not directly enters core
Net also not directly enters row data communication with terminal, and prothetic group station need to can enter row data communication by master base station with terminal.In addition,
It is known that only communication service normally could be provided for the terminal in its coverage after the core network access of base station.Cause
This master base station also needs to access the first core net.Wherein, the core net that master base station is accessed is referred to as in the disclosed embodiments
One core net.
In step 202., the first qos parameter that the first core net is used is converted into the use of the second core net by master base station
Second qos parameter, wherein, when the first core net is the core net that master base station belongs to, base station ownership supplemented by the second core net
Core net, or, supplemented by the first core net during the core net of base station ownership, the second core net is the core that master base station belongs to
Net.
In the disclosed embodiments, the first core net is different with the type of the second core net, and relation therebetween can be total
Become as follows：
When the first core net is the core net that master base station belongs to, the core net of base station ownership supplemented by the second core net, when
During the core net that base station belongs to supplemented by the first core net, the second core net is the core net that master base station belongs to.For example, one
The core net of base station ownership may be interpreted as：See Fig. 3 A, for eLTE base stations, its core net belonged to is just evolution packet core
Heart net (EPC)；Referring to Fig. 3 B, for NR base stations, its core net belonged to is just NG core nets.Wherein, eLTE base stations are
Towards the base station of eLTE technologies, and NR base stations are towards the base station of NR technologies in 5G.
Wherein, service quality (QoS), which refers to a network, can utilize various basic technologies, be provided for specified network service
More preferable service ability, is a kind of security mechanism of network, for solving network delay and a kind of technology the problems such as obstruction.
Under normal circumstances, if network is only used for specific timeless application system, then and do not need QoS, such as Web
(network) is applied, or Email setting etc..But it is then very necessary to multimedia application.When network over loading or congestion, QoS
It can ensure that important service will not be delayed by or be dropped data.Briefly, QoS refers to obtains necessarily for certain business need
Service quality, QoS controlling mechanisms can ensure the service quality of different business.And qos parameter is specifically to be used for illustrating not
Demand for services needed for ad eundem business.
Under normal circumstances, some related QoS active constraints, setting (such as setting of user's signing speed, user's carrying
Service priority etc.), be to be carried out in core-network side；Wireless side is more to perform the strategy of core net, according to core net
The qos parameter come is given, wireless side resource is configured.Such as, when actually realizing, master base station can combine qos parameter with
And other core net parameters, generating a SPI mixed in wireless side, (Schedu-ling Priority Index are dispatched excellent
First level index) table, the resource allocation for instructing wireless side.
Certainly, for different types of core net, its qos parameter used is generally also different, for non-
For the base station for belonging to this core net, the qos parameter that this core net is used, this base station cannot be recognized.
And under multi-internet integration scene, in order to ensure the service quality of business, it is therefore desirable to carry out the conversion of qos parameter.
In the disclosed embodiments, the first amount qos parameter that the first core net is used is converted into the second core by master base station
The second qos parameter that net is used, generally includes following several situations：
The first situation, when master base station be eLTE base stations, prothetic group station be NR base stations, and the first core net be NR base stations ownership
NG core nets when,
Second core net is the evolution block core net that eLTE base stations belong to, and the first qos parameter of level will be flowed in eLTE base stations
It is converted into the second qos parameter of carrying level.
For the first situation, due to having accessed NG core nets as the eLTE base stations of master base station, i.e., towards eLTE
The base station of technology, has been accessed towards in 5G core net.In this case, in order to ensure access eLTE-NR this fusion net
The service quality of different business in the LTE terminal of network, the stream for also needing the eLTE base stations as master base station to use NG core nets
Level QoS (flow based QoS) parameter is converted into carrying level QoS (the bearer based of evolution block core net use
QoS) parameter.
Wherein, flow (stream) represents a connection at the reciprocity end of communication.In EPC, the elementary cell of QoS controls is
Bearer (carrying).It is mapped to the business data flow of same carrying and will obtains same QoS and ensures (such as scheduling strategy, wireless
Carry strategy etc.).Wherein, carrying level qos parameter may include QCI (QoS Class Identifier, QoS classification mark), ARP
(Allocation/Retension Priority, distribution and holding priority), GBR (Guaranteed Bit Rate, it is ensured that
Bit rate), MBR (Maximum Bit Rate, maximum bit rate), per APN (Access Point Name, access point)
Maximum convergence bit rate, maximum convergence bit rate etc. per terminal.
Wherein, QCI parameters are used for the packet bag pass-through mode for specifying the control carrying grade defined in accessed node, such as adjust
Spend weight, access thresholding, queue management thresholding, link layer protocol configuration etc..Qos parameter can be effectively reduced using QCI parameters
Data volume during transmission.
ARP parameter can be applied to GBR and Non-GBR simultaneously and carry, and its main purpose is to be used to determine a carrying foundation
Or whether the request of bearing modification can be received, can be used for determining a carrying set up or bearing modification request because
System resource is limited and is rejected.Furthermore it is also possible to determine which is carried when system is in resource-constrained using ARP parameter
It can be released.The ARP parameter of one carrying only works before carrying is successfully established.
GBR refers to the bit rate that a GBR carrying ensure that offer.MBR refers to what a GBR carrying can be provided
Maximum bit rate, the message transmission rate available for limit service.MBR parameters are typically greater than or equal to GBR parameter values.
Every APN maximum convergences bit rate parameters are stored in HSS (Home Subscriber Server, ownership signing use
Family server) in, each APN can have different settings, be mainly used under one APN of limitation all Non-GBR carrying and
The maximum data service rate that all PDN connections can be provided, more than during speed, system can pass through one as defined in this parameter
Determine rate control feature to be limited.
Per terminal, maximum convergence bit rate parameters are stored in HSS, for limiting all Non-GBR carryings of each terminal
The maximum data service rate that can be provided, again may be by rate control feature more than speed as defined in this parameter and carries out
Limitation.
In the disclosed embodiments, stream level qos parameter is being carried out to carrying level qos parameter, or carrying level qos parameter is extremely
When flowing the conversion of level qos parameter, it can be realized using the mapping algorithm of the qos parameter pre-set, a core net is adopted
The QoS that another core net can be appreciated, recognizes or use is converted into the various demands of different business in qos parameter
Parameter.Such as, based on above-mentioned mapping algorithm by the priority of the business level that is converted into that All factors being equal, preference will be give to or higher priority,
Or more low priority, with suitable for another core net.
Second case, when master base station be eLTE base stations, prothetic group station be NR base stations, and the first core net be eLTE base stations return
During the evolution block core net of category,
Second core net is the NG core nets that NR base stations belong to, and the first qos parameter for carrying level is converted into by eLTE base stations
Flow the second qos parameter of level.
For second case, due to having accessed evolution block core net, i.e. face as the eLTE base stations of master base station
To the base station of eLTE technologies, access in the core net that it is belonged to.In this case, in order to ensure access eLTE-NR this
The service quality of different business in the NR terminals of one UNE, also needs to adopt NG core nets as the eLTE base stations of master base station
Stream level qos parameter is converted into the carrying level qos parameter of evolution block core net use.
The third situation, when master base station be NR base stations, prothetic group station be eLTE base stations, and the first core net be NR base stations ownership
NG core nets when,
Second core net is the evolution block core net that eLTE base stations belong to, and NR base stations turn the first qos parameter for flowing level
Turn to the second qos parameter of carrying level.
For the third situation, due to having accessed NG core nets as the NR base stations of master base station, i.e., towards NR in 5G
The base station of technology, has been accessed in the core net that it is belonged to.In this case, in order to ensure access eLTE-NR this fusion
The service quality of different business in the LTE terminal of network, the stream for also needing the NR base stations as master base station to use NG core nets
Level qos parameter is converted into the carrying level qos parameter of evolution block core net use.
In summary, it is above-mentioned three kinds progress qos parameter conversion situation can induction and conclusion be table 1 below.
Table 1
In step 203, master base station according to the second qos parameter carry out resource distribution, with ensure terminal provide each
The service quality of business, the terminal is the terminal for belonging to the second core net.
Wherein, when master base station accesses evolution block core net, the terminal is just LTE terminal, when master base station accesses NG cores
During heart net, the terminal is just NR terminals.
After the conversion of qos parameter is carried out, master base station just can be configured according to the second qos parameter to wireless side resource.
For example, master base station is based on the second qos parameter and other core network parameters, the SPI tables of a mixing are generated in wireless side, according to
The SPI tables instruct the resource allocation of wireless side, so as to ensure to be supplied to the different business for the terminal for belonging to the second core net
Service quality.
The method that the embodiment of the present disclosure is provided, under the scene that the first core net and the second core net are merged, master base station exists
Access after the first core net, the first qos parameter that can use the first core net is converted into the 2nd QoS of the second core net use
Parameter, and resource distribution is carried out based on the second qos parameter after being converted, belong to the second core net to ensure
The service quality for each business that terminal is provided, because this kind ensures that the QoS modes of different business can be directed to access fusion net
The terminal of network, so enriching usage scenario so that the QoS that the terminal of access UNE can also meet different business will
Ask.
Fig. 4 is a kind of block diagram of device for ensuring service quality according to an exemplary embodiment.Reference picture 4, should
Device includes AM access module 401, conversion module 402 and processing module 403.
Wherein, AM access module 401, are configured as accessing the first core net；
Conversion module 402, is configured as the first qos parameter that the first core net is used being converted into the use of the second core net
The second qos parameter；
Processing module 403, is configured as carrying out resource distribution according to the second qos parameter, to ensure each of terminal offer
The service quality of individual business, terminal is the terminal for belonging to the second core net；
Wherein, the core of base station ownership when the first core net is the core net that master base station belongs to, supplemented by the second core net
Net, or, supplemented by the first core net during the core net of base station ownership, the second core net is the core net that master base station belongs to, auxiliary
Row data communication is entered in base station by master base station and terminal.
In another embodiment, multi-internet integration scene is the scene that evolution block core net is blended with NG core nets.
In another embodiment, conversion module 402, are configured as master base station for eLTE base stations, and prothetic group station is NR bases
Stand, and the first core net be NR base stations belong to NG core nets when, the second core net be eLTE base stations belong to evolution packet core
Heart net, the first qos parameter for flowing level is converted into the second qos parameter of carrying level.
In another embodiment, conversion module 402, are configured as master base station for eLTE base stations, and prothetic group station is NR bases
Stand, and the first core net be eLTE base stations belong to evolution block core net when, the second core net be NR base stations belong to NG cores
Heart net, the first qos parameter for carrying level is converted into the second qos parameter of stream level.
In another embodiment, conversion module 402, are configured as master base station for NR base stations, and prothetic group station is eLTE bases
Stand, and the first core net be NR base stations belong to NG core nets when, the second core net be eLTE base stations belong to evolution packet core
Heart net, the first qos parameter for flowing level is converted into the second qos parameter of carrying level.
The device that the embodiment of the present disclosure is provided, under the scene that the first core net and the second core net are merged, master base station exists
Access after the first core net, the first qos parameter that can use the first core net is converted into the 2nd QoS of the second core net use
Parameter, and resource distribution is carried out based on the second qos parameter after being converted, belong to the second core net to ensure
The service quality for each business that terminal is provided, because this kind ensures that the QoS modes of different business can be directed to access fusion net
The terminal of network, so enriching usage scenario so that the QoS that the terminal of access UNE can also meet different business will
Ask.
On the device in above-described embodiment, wherein modules perform the concrete mode of operation in relevant this method
Embodiment in be described in detail, explanation will be not set forth in detail herein.
Fig. 5 is a kind of block diagram of device for ensuring service quality according to an exemplary embodiment, and the device is specific
It can be base station.As shown in figure 5, the base station include emitter 501, receiver 502, memory 503 and respectively with emitter
501st, the processor 504 that receiver 502 and memory 503 are connected.Certainly, base station can also include antenna, baseband process component,
The universal components such as middle radio frequency processing part, input/output unit, the embodiment of the present disclosure no longer any limitation herein.
Processor be configured as performing it is a kind of ensure the method for service quality, this method is applied to multi-internet integration scene, should
Method includes：
Master base station accesses the first core net；
The first qos parameter that first core net is used is converted into the second qos parameter of the second core net use by master base station；
Master base station carries out resource distribution according to the second qos parameter, with the Service Quality for each business for ensuring terminal offer
Amount, terminal is the terminal for belonging to the second core net；
Wherein, the core of base station ownership when the first core net is the core net that master base station belongs to, supplemented by the second core net
Net, or, supplemented by the first core net during the core net of base station ownership, the second core net is the core net that master base station belongs to, auxiliary
Row data communication is entered in base station by master base station and terminal.
In another embodiment, multi-internet integration scene is the scene that evolution block core net is blended with NG core nets.
In another embodiment, the first qos parameter that the first core net is used is converted into the second core net by master base station
The second qos parameter used, including：
When master base station is eLTE base stations, prothetic group station is NR base stations, and the first core net is the NG core nets that NR base stations belong to
When,
Second core net is the evolution block core net that eLTE base stations belong to, and the first qos parameter of level will be flowed in eLTE base stations
It is converted into the second qos parameter of carrying level.
In another embodiment, the first qos parameter that the first core net is used is converted into the second core net by master base station
The second qos parameter used, including：
When master base station is eLTE base stations, prothetic group station is NR base stations, and the first core net is the evolution point that eLTE base stations belong to
During group core net,
Second core net is the NG core nets that NR base stations belong to, and the first qos parameter for carrying level is converted into by eLTE base stations
Flow the second qos parameter of level.
In another embodiment, the first qos parameter that the first core net is used is converted into the second core net by master base station
The second qos parameter used, including：
When master base station is NR base stations, prothetic group station is eLTE base stations, and the first core net is the NG core nets that NR base stations belong to
When,
Second core net is the evolution block core net that eLTE base stations belong to, and NR base stations turn the first qos parameter for flowing level
Turn to the second qos parameter of carrying level.
The base station that the embodiment of the present disclosure is provided, under the scene that the first core net and the second core net are merged, master base station exists
Access after the first core net, the first qos parameter that can use the first core net is converted into the 2nd QoS of the second core net use
Parameter, and resource distribution is carried out based on the second qos parameter after being converted, belong to the second core net to ensure
The service quality for each business that terminal is provided, because this kind ensures that the QoS modes of different business can be directed to access fusion net
The terminal of network, so enriching usage scenario so that the QoS that the terminal of access UNE can also meet different business will
Ask.
Those skilled in the art will readily occur to its of the disclosure after considering specification and putting into practice invention disclosed herein
Its embodiment.The application is intended to any modification, purposes or the adaptations of the disclosure, these modifications, purposes or
Person's adaptations follow the general principle of the disclosure and including the undocumented common knowledge in the art of the disclosure
Or conventional techniques.Description and embodiments are considered only as exemplary, and the true scope of the disclosure and spirit are by following
Claim is pointed out.
It should be appreciated that the precision architecture that the disclosure is not limited to be described above and is shown in the drawings, and
And various modifications and changes can be being carried out without departing from the scope.The scope of the present disclosure is only limited by appended claim.
Claims (11)
1. a kind of ensure the method for service quality, applied to multi-internet integration scene, it is characterised in that methods described includes：
Master base station accesses the first core net；
The first service quality Q oS parameters that first core net is used are converted into the use of the second core net by the master base station
Second qos parameter；
The master base station carries out resource distribution according to second qos parameter, with the clothes for each business for ensuring terminal offer
Business quality, the terminal is the terminal for belonging to second core net；
Wherein, when first core net is the core net that the master base station belongs to, base station is returned supplemented by second core net
The core net of category, or, when first core net is the core net that the prothetic group station belongs to, second core net is institute
The core net of master base station ownership is stated, row data communication is entered in the prothetic group station by the master base station and terminal.
2. according to the method described in claim 1, it is characterised in that the multi-internet integration scene is evolution block core net with
The scene that generation NG core nets are blended.
3. method according to claim 1 or 2, it is characterised in that the master base station uses first core net
First service quality Q oS parameters are converted into the second qos parameter of the second core net use, including：
When the master base station is evolved Long Term Evolution eLTE base stations, the prothetic group station is new technology NR base stations of eating dishes without rice or wine, and described
When first core net is the NG core nets that the NR base stations belong to,
Second core net is the evolution block core net that the eLTE base stations belong to, and the eLTE base stations will be flowed described in level
First qos parameter is converted into second qos parameter of carrying level.
4. method according to claim 1 or 2, it is characterised in that the master base station uses first core net
First service quality Q oS parameters are converted into the second qos parameter of the second core net use, including：
When the master base station is eLTE base stations, the prothetic group station is NR base stations, and first core net is the eLTE base stations
During the evolution block core net of ownership,
Second core net is the NG core nets that the NR base stations belong to, and the eLTE base stations will carry described the first of level
Qos parameter is converted into second qos parameter of stream level.
5. method according to claim 1 or 2, it is characterised in that the master base station uses first core net
First service quality Q oS parameters are converted into the second qos parameter of the second core net use, including：
When the master base station is NR base stations, the prothetic group station is eLTE base stations, and first core net is that the NR base stations are returned
During the NG core nets of category,
Second core net is the evolution block core net that the eLTE base stations belong to, and the NR base stations will flow described the of level
One qos parameter is converted into second qos parameter of carrying level.
6. a kind of ensure the device of service quality, applied to multi-internet integration scene, it is characterised in that described device includes：
AM access module, is configured as accessing the first core net；
Conversion module, is configured as the first service quality Q oS parameters that first core net is used being converted into the second core
The second qos parameter that net is used；
Processing module, is configured as carrying out resource distribution according to second qos parameter, to ensure each industry that terminal is provided
The service quality of business, the terminal is the terminal for belonging to second core net；
Wherein, when first core net is the core net that the master base station belongs to, base station is returned supplemented by second core net
The core net of category, or, when first core net is the core net that the prothetic group station belongs to, second core net is institute
The core net of master base station ownership is stated, row data communication is entered in the prothetic group station by the master base station and terminal.
7. device according to claim 6, it is characterised in that the multi-internet integration scene is evolution block core net with
The scene that generation NG core nets are blended.
8. the device according to claim 6 or 7, it is characterised in that the conversion module, is configured as the master base station
For eLTE base stations, the prothetic group station is new technology NR base stations of eating dishes without rice or wine, and first core net is the NG that the NR base stations belong to
During core net, second core net is the evolution block core net that the eLTE base stations belong to, and will flow the first QoS of level
Parameter is converted into second qos parameter of carrying level.
9. the device according to claim 6 or 7, it is characterised in that the conversion module, is configured as the master base station
For eLTE base stations, the prothetic group station is NR base stations, and first core net is the evolution packet core that the eLTE base stations belong to
During heart net, second core net is the NG core nets that the NR base stations belong to, and first qos parameter for carrying level is converted
To flow second qos parameter of level.
10. the device according to claim 6 or 7, it is characterised in that the conversion module, is configured as the main base
Stand as NR base stations, the prothetic group station is eLTE base stations, and first core net is when being the NG core nets that the NR base stations belong to,
Second core net is the evolution block core net that the eLTE base stations belong to, and first qos parameter for flowing level is converted
To carry second qos parameter of level.
11. a kind of ensure the device of service quality, it is characterised in that applied to base station, described device includes：
Processor；
Memory for storing processor-executable instruction；
Wherein, the processor is configured as：Access the first core net；The first service quality that first core net is used
Qos parameter is converted into the second qos parameter of the second core net use；Resource distribution is carried out according to second qos parameter, with true
The service quality of each business provided for terminal is protected, the terminal is the terminal for belonging to second core net；
Wherein, when first core net is the core net that the master base station belongs to, base station is returned supplemented by second core net
The core net of category, or, when first core net is the core net that the prothetic group station belongs to, second core net is institute
The core net of master base station ownership is stated, row data communication is entered in the prothetic group station by the master base station and terminal.
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