CN107371189A - LTE signalings shunt method and system - Google Patents
LTE signalings shunt method and system Download PDFInfo
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- CN107371189A CN107371189A CN201710652150.4A CN201710652150A CN107371189A CN 107371189 A CN107371189 A CN 107371189A CN 201710652150 A CN201710652150 A CN 201710652150A CN 107371189 A CN107371189 A CN 107371189A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
- H04W28/02—Traffic management, e.g. flow control or congestion control
- H04W28/08—Load balancing or load distribution
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
- H04W28/02—Traffic management, e.g. flow control or congestion control
- H04W28/10—Flow control between communication endpoints
- H04W28/12—Flow control between communication endpoints using signalling between network elements
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Abstract
The present invention proposes that a kind of LTE signalings shunt method and system, this method comprise the following steps:S1:The signaling data of different links to receiving decodes, and extracts the key message of every signaling data;S2:Learn each interface in the ip addresses of mme network element side network elements, and according to the incidence relation between signaling datas at different levels, signaling is associated, and then learn into multiple mme network elements of access data the mark of each mme network elements and each mme network elements in the ip addresses of each interface;S3:Signaling traffic is issued according to mme network elements, to mme group id and mme the code id of each mme network elements by XOR algorithm calculation value, issued further according to associate device number modulus.The present invention is shunted to flow on the basis of signaling user association is not influenceed, improves efficiency, saved cost, while facilitates the dilatation of flow, disclosure satisfy that the use demand of big flow.
Description
Technical field
The present invention relates to mobile communication signaling dividing technology field, more particularly to a kind of LTE signalings shunt method and system.
Background technology
The access means such as Mobile Network Signaling is accessed by high-ohmic cross-connection, mirror image, light splitting access, are bypassed simultaneously from signaling network
It is accurate to replicate the signaling data transmitted on signaling link.Signalling link load, Internet usage, industry are analyzed by signaling data
Be engaged in signaling process, operation exchange result, be signaling network management and maintenance, quality of service monitoring and analysis provide efficiently and
When supporting method, and then for mobile network operation stability and security provide safeguard.
After it have passed through the convergence of more plurality of devices, every optical fiber of the signaling traffic being transferred on collecting device is all
There are a data of multiple network elements, the data of each network element may also be on multiple optical fiber, and when being associated again a use
Multiple interface data at family, such as s1, s11, s6a, sgs data are put into an equipment to handle.The user of one province is several at least
Million, at most several ten million, and the process performance of an equipment is limited.How these subscriber signaling data completely to be divided
Stream, it is a problem of signaling process field.
Traditional LTE signaling shunt methods are to carry out simple process to signaling by prime equipment, by the key in signaling
Information is exported to a rear class equipment with custom field, is associated and synthesized and business processing by rear class equipment, then generated
Various types of tickets and business.But with the fast development of LTE network, the swift and violent increase of signaling traffic.Conventional architectures by
The limitation of the process performance and device memory of rear class equipment, even if the custom field of prime output have passed through optimization, rear class connects
The data of receipts have also exceeded the process performance of an equipment, limit the disposal ability of acquisition system, it is impossible to meet present make
Use demand.
That is, in the case where existing signaling shunts framework, it is existing in the case where the custom field that prime goes out is fixed
Signaling acquisition system bottleneck is the disposal ability of rear class equipment.And the epoch of LTE flows outburst are in now, daily signaling
Total flow is all increasing, and this not expansible framework will soon not tackle flow at this stage, causes the loss of data,
Influence the use of data.
The content of the invention
It is contemplated that at least solves one of above-mentioned technical problem.
Therefore, it is an object of the present invention to propose a kind of LTE signalings shunt method, this method is not influenceing signaling use
On the basis of the association of family, flow is shunted, improves treatment effeciency, has saved cost, while facilitates the expansion of flow
Hold, disclosure satisfy that the use demand of big flow.
It is another object of the present invention to propose a kind of LTE signalings separate system.
To achieve these goals, the embodiment of first aspect present invention proposes a kind of LTE signalings shunt method, including
Following steps:S1:The signaling data of different links to receiving decodes, and extracts the key message of every signaling data;
S2:Learn each interface in the ip addresses of mme network element side network elements, and according to the incidence relation between signaling datas at different levels, signaling is carried out
Association, and then learn into multiple mme network elements of access data the mark of each mme network elements and each mme network elements in each interface
Ip addresses;S3:Signaling traffic is issued according to mme network elements, to mme the group id and mme of each mme network elements
Code id are issued, so that the load of every associate device by XOR algorithm calculation value further according to associate device number modulus
Tend to be balanced, the signaling data of processing approaches.
In addition, LTE signalings shunt method according to the above embodiment of the present invention can also have technology additional as follows special
Sign:
In some instances, the interface comprises at least s1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces, the step
S1, further comprise:S1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces are decoded according to respective agreement, with respectively
Extract the key message in s1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces.
In some instances, the step S2, further comprises:By the crucial signaling in s1 interfaces, mme network elements are obtained
Mme group id and mme code id values, use two kinds of mme group id, mme code id and s1_mme_ip key
Table is built, and by mme group id, mme code id and s1_mme_ip deposit mme tables, passes through mme group id, mme
Code id or s1_mme_ip can inquire the mme tables, be using the carrying information carried in the crucial signaling in s1 interfaces
Key establishes carrying table, and s1_mme_ip is stored in the carrying table;When equipment receives the crucial signaling carried in s11 interfaces
When, using the carrying information inquiry carrying table in s11 critical messages, if looking into carrying table, s1_ is taken out from the carrying table
Mme_ip, and the use of s1_mme_ip is that key inquires about mme tables, and look into the s11_mme_ip deposits of the s11 interfaces after finding
To mme tables in;The use of the authentication information carried in the crucial signaling in s6a interfaces is that key establishes authentication table, by s6a_mme_
In ip deposit authentication tables, the authentication information carried using the crucial signaling in s1 interfaces inquires about the authentication table for key, and is looking into
During telogenesis work(, judge that two datas are the data in a mme network element, and s6a_mme_ip is taken out from authentication table, make
Mme tables are inquired about with the s1_mme_ip of s1 signalings, and in the mme tables for finding s6a_mme_ip deposits after finding;Use sgs
Mme group id and mme code id in crucial signaling in interface inquire about mme tables for key, will when finding mme tables
In the mme tables that the sgs_mme_ip deposits of sgs signalings are found.
In some instances, the step S3, further comprises:According to mme the group id and mme of each mme network elements
Code id carry out XOR Hash, to determine fiber port corresponding to the mme network elements associate device to be issued, and by the mme nets
Member filtered in the ip of each interface by ip rules, be issued to corresponding fiber port, by a mme network element it is complete under
It is dealt into same associate device.
LTE signaling shunt methods according to embodiments of the present invention, enter signaling by equipment interconnection and are decoded, by each interface
Learnt in the ip of mme network element side network elements, then mme network elements are learnt, the signaling traffic of access is carried out down by mme network elements
Hair shunting, each interface signaling of a user is given onto an equipment, ensure that the association between each interface, and according to rear end
The number and disposal ability of equipment, are flexibly shunted.I.e. on traditional shunting mode, mme network elements are learnt,
And shunted by mme network elements, so as on the basis of signaling user association is not influenceed, be shunted to flow;Also, this
The expansible shunting mode of kind sufficiently make use of the disposal ability of individual device, improves treatment effeciency, has saved cost;Together
When, the dilatation of flow is facilitated, even if flow rapidly increases, can also flexibly be tackled.
To achieve these goals, the embodiment of second aspect of the present invention proposes a kind of LTE signalings separate system, bag
Include:Signaling decoding module, the signaling data for the different links to receiving decode, and extract the pass of every signaling data
Key information;Network element study module, for learning each interface in the ip addresses of mme network element side network elements, and according between signaling datas at different levels
Incidence relation, signaling is associated, and then learn the mark of each mme network elements into multiple mme network elements of access data
And each mme network elements are in the ip addresses of each interface;Flow issues module, for signaling traffic to be issued according to mme network elements,
To mme group id and mme the code id of each mme network elements by XOR algorithm calculation value, taken further according to associate device number
Mould is issued, so that the load of every associate device tends to be balanced, the signaling data of processing approaches.
In addition, LTE signalings separate system according to the above embodiment of the present invention can also have technology additional as follows special
Sign:
In some instances, the interface comprises at least s1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces, the signaling
Decoder module is used for:S1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces are decoded according to respective agreement, to carry respectively
Take the key message in s1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces.
In some instances, the network element study module is used for:By the crucial signaling in s1 interfaces, mme network elements are obtained
Mme group id and mme code id values, use two kinds of mme group id, mme code id and s1_mme_ip key
Table is built, and by mme group id, mme code id and s1_mme_ip deposit mme tables, passes through mme group id, mme
Code id or s1_mme_ip can inquire the mme tables, be using the carrying information carried in the crucial signaling in s1 interfaces
Key establishes carrying table, and s1_mme_ip is stored in the carrying table;When equipment receives the crucial signaling carried in s11 interfaces
When, using the carrying information inquiry carrying table in s11 key signalings, if finding carrying table, s1_ is taken out from the carrying table
Mme_ip, and the use of s1_mme_ip is that key inquires about mme tables, and look into the s11_mme_ip deposits of the s11 interfaces after finding
To mme tables in;The use of the authentication information carried in the crucial signaling in s6a interfaces is that key establishes authentication table, by s6a_mme_
In ip deposit authentication tables, the authentication information carried using the crucial signaling in s1 interfaces inquires about the authentication table for key, and is looking into
During telogenesis work(, judge that two datas are the data in a mme network element, and s6a_mme_ip is taken out from authentication table, make
Mme tables are inquired about with the s1_mme_ip of s1 signalings, and in the mme tables for finding s6a_mme_ip deposits after finding;Use sgs
Mme group id and mme code id in crucial signaling in interface inquire about mme tables for key, will when finding mme tables
In the mme tables that the sgs_mme_ip deposits of sgs signalings are found.
In some instances, the flow issues module and is used for:According to mme the group id and mme of each mme network elements
Code id carry out XOR Hash, to determine fiber port corresponding to the mme network elements associate device to be issued, and by the mme nets
Member filtered in the ip of each interface by ip rules, be issued to corresponding fiber port, by a mme network element it is complete under
It is dealt into same associate device.
LTE signaling separate systems according to embodiments of the present invention, enter signaling by equipment interconnection and are decoded, by each interface
Learnt in the ip of mme network element side network elements, then mme network elements are learnt, the signaling traffic of access is carried out down by mme network elements
Hair shunting, each interface signaling of a user is given onto an equipment, ensure that the association between each interface, and according to rear end
The number and disposal ability of equipment, are flexibly shunted.I.e. on traditional shunting mode, mme network elements are learnt,
And shunted by mme network elements, so as on the basis of signaling user association is not influenceed, be shunted to flow;Also, this
The expansible shunting mode of kind sufficiently make use of the disposal ability of individual device, improves treatment effeciency, has saved cost;Together
When, the dilatation of flow is facilitated, even if flow rapidly increases, can also flexibly be tackled.
The additional aspect and advantage of the present invention will be set forth in part in the description, and will partly become from the following description
Obtain substantially, or recognized by the practice of the present invention.
Brief description of the drawings
The above-mentioned and/or additional aspect and advantage of the present invention will become in the description from combination accompanying drawings below to embodiment
Substantially and it is readily appreciated that, wherein:
Fig. 1 is the flow chart according to the LTE signaling shunt methods of an embodiment of the present invention;
The system of shunting platforms of the Fig. 2 according to involved by the LTE signaling shunt methods of a specific embodiment of the invention is shown
It is intended to;
Fig. 3 is the structured flowchart of LTE signalings separate system according to an embodiment of the invention.
Embodiment
Embodiments of the invention are described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning to end
Same or similar label represents same or similar element or the element with same or like function.Below with reference to attached
The embodiment of figure description is exemplary, is only used for explaining the present invention, and is not considered as limiting the invention.
In the description of the invention, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " on ", " under ",
The orientation or position relationship of the instruction such as "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outer " are
Based on orientation shown in the drawings or position relationship, it is for only for ease of the description present invention and simplifies description, rather than instruction or dark
Show that the device of meaning or element there must be specific orientation, with specific azimuth configuration and operation, thus it is it is not intended that right
The limitation of the present invention.In addition, term " first ", " second " are only used for describing purpose, and it is not intended that instruction or hint are relative
Importance.
In the description of the invention, it is necessary to illustrate, unless otherwise clearly defined and limited, term " installation ", " phase
Even ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or be integrally connected;Can
To be mechanical connection or electrical connection;Can be joined directly together, can also be indirectly connected by intermediary, Ke Yishi
The connection of two element internals.For the ordinary skill in the art, with concrete condition above-mentioned term can be understood at this
Concrete meaning in invention.
LTE signalings shunt method according to embodiments of the present invention and system are described below in conjunction with accompanying drawing.
Fig. 1 is the flow chart of LTE signalings shunt method according to an embodiment of the invention.As shown in figure 1, this method bag
Include following steps:
Step S1:The signaling data of different links to receiving decodes, and extracts the crucial letter of every signaling data
Breath.
Step S2:Learn each interface in the ip addresses of mme network element side network elements, and closed according to the association between signaling datas at different levels
System, signaling is associated, and then learns into multiple mme network elements of access data the mark of each mme network elements and each mme
Network element is in the ip addresses of each interface.
Step S3:Signaling traffic is issued according to mme network elements, to mme the group id and mme of each mme network elements
Code id are issued, so that the load of every associate device by XOR algorithm calculation value further according to associate device number modulus
Tend to be balanced, the signaling data of processing approaches.Further, ensure in the case where not changing number of devices, each network element
Flow can be dealt into an equipment all the time.
Specifically, in one embodiment of the invention, interface comprises at least s1 interfaces, s11 interfaces, s6a interfaces and sgs
Interface.With reference to shown in Fig. 2, specifically, signaling acquisition system obtains original signaling data from mobile radio communication, is linked into point
In flow device, signaling data is provided by shunting device rear end associate device.Mobile communication provides signaling data source, gathers model
Enclose including network element and interfaces such as s1 interfaces, s11 interfaces, s6a interfaces, sgs interfaces.Associate device receives the flow of shunting device
Afterwards, each interface message is associated, exports the ticket and business of various user actions.
Based on this, step S1 further comprises:By s1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces according to respective association
View is decoded, to extract the key message in s1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces respectively.
Further, describe for convenience, for example, mme is denoted as into s1_mme_ip, mme in the ip of s1 interface sides, mme exists
S6a interface sides ip is denoted as s6a_mme_ip, and mme is denoted as sgs_mme_ip in sgs interface sides ip.
Based on this, in one embodiment of the invention, step S2 further comprises:
By the crucial signaling in s1 interfaces, mme group id and mme the code id values of mme network elements are obtained, are used
Two kinds of mme group id, mme code id and s1_mme_ip key build table, and by mme group id, mme code id and
In s1_mme_ip (i.e. ip of the mme network elements in s1 interface sides) deposit mme tables, by mme group id, mme code id or
S1_mme_ip can inquire the mme tables, the use of the carrying information carried in the crucial signaling in s1 interfaces be that key foundation is held
Table is carried, and s1_mme_ip is stored in the carrying table;
When equipment receives the crucial signaling carried in s11 interfaces, held using the carrying information inquiry in s11 key signalings
Table is carried, if finding carrying table, s1_mme_ip is taken out from the carrying table, and the use of s1_mme_ip is that key inquires about mme
Table, and in the mme tables for finding the s11_mme_ip deposits of the s11 interfaces after finding;
The use of the authentication information carried in the crucial signaling in s6a interfaces is that key establishes authentication table, s6a_mme_ip is deposited
Entering in authentication table, the authentication information carried using the crucial signaling in s1 interfaces inquires about the authentication table for key, and in success of tabling look-up
When, judge that two datas are the data in a mme network element, and s6a_mme_ip is taken out from authentication table, believed using s1
The s1_mme_ip inquiry mme tables of order, and in the mme tables for finding s6a_mme_ip deposits after finding;
The use of the mme group id and mme code id in the crucial signaling in sgs interfaces is that key inquires about mme tables, when
When finding mme tables, in the mme tables that the sgs_mme_ip deposits of sgs signalings are found.
So far, above procedure completes network element ip study.
Based on this, in one embodiment of the invention, step S3 further comprises:According to the mme of each mme network elements
Group id and mme code id carry out XOR Hash, to determine optical fiber end corresponding to the mme network elements associate device to be issued
Mouthful, and ip of the mme network elements in each interface is filtered by ip rules, it is issued to the corresponding optical fiber end that the above is calculated
Mouthful, realize the purpose that a mme network element is completely issued to same associate device.Specifically, by the flow of a network element
Be issued to an equipment, it is ensured that the network element user each interface data all in an equipment, respectively connect so as to solve
The problem of being associated between mouthful.
To sum up, LTE signaling shunt methods according to embodiments of the present invention, enter signaling by equipment interconnection and are decoded, will
Each interface is learnt in the ip of mme network element side network elements, and then mme network elements are learnt, and the signaling traffic of access is pressed into mme network elements
Carry out issuing shunting, each interface signaling of a user is given onto an equipment, ensure that the association between each interface, and root
According to the number and disposal ability of rear end equipment, flexibly shunted.I.e. on traditional shunting mode, mme network elements are carried out
Study, and shunted by mme network elements, so as on the basis of signaling user association is not influenceed, be shunted to flow;
Also, this expansible shunting mode sufficiently make use of the disposal ability of individual device, treatment effeciency is improved, is saved
Cost;Meanwhile the dilatation of flow is facilitated, even if flow rapidly increases, can also flexibly tackle.
Further embodiment of the present invention also proposed a kind of LTE signalings separate system.
Fig. 3 is the structured flowchart of LTE signalings separate system according to an embodiment of the invention.As shown in figure 3, the LTE
Signaling separate system 100 includes:Signaling decoding module 110, network element study module 120 and flow issue module 130.
Wherein, signaling decoding module 110 decodes for the signaling data of the different links to receiving, and extracts every
The crucial signaling of signaling data.
Network element study module 120 be used for learn each interface in the ip addresses of mme network element side network elements, and according to signaling datas at different levels it
Between incidence relation, signaling is associated, and then learn the mark of each mme network elements into multiple mme network elements of access data
Know and each mme network elements are in the ip addresses of each interface.
Flow issues module 130 and is used to be issued signaling traffic according to mme network elements, to the mme of each mme network elements
Group id and mme code id are issued, so that every by XOR algorithm calculation value further according to associate device number modulus
The load of associate device tends to be balanced, and the signaling data of processing approaches.Further, ensure do not changing the situation of number of devices
Under, the flow of each network element can be dealt into an equipment all the time.
Specifically, in one embodiment of the invention, interface comprises at least s1 interfaces, s11 interfaces, s6a interfaces and sgs
Interface.Based on this, signaling decoding module 110 is specifically used for:By s1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces according to respective
Agreement decoded, to extract the crucial signaling in s1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces respectively.
Further, describe for convenience, for example, mme is denoted as into s1_mme_ip, mme in the ip of s1 interface sides, mme exists
S6a interface sides ip is denoted as s6a_mme_ip, and mme is denoted as sgs_mme_ip in sgs interface sides ip.
Based on this, in one embodiment of the invention, network element study module 120 is specifically used for:
By the crucial signaling in s1 interfaces, mme group id and mme the code id values of mme network elements are obtained, are used
Two kinds of mme group id, mme code id and s1_mme_ip key build table, and by mme group id, mme code id and
In s1_mme_ip (i.e. ip of the mme network elements in s1 interface sides) deposit mme tables, by mme group id, mme code id or
S1_mme_ip can inquire the mme tables, the use of the carrying information carried in the crucial signaling in s1 interfaces be that key foundation is held
Table is carried, and s1_mme_ip is stored in the carrying table;
When equipment receives the crucial signaling carried in s11 interfaces, held using the carrying information inquiry in s11 key signalings
Table is carried, if finding carrying table, s1_mme_ip is taken out from the carrying table, and the use of s1_mme_ip is that key inquires about mme
Table, and in the mme tables for finding the s11_mme_ip deposits of the s11 interfaces after finding;
The use of the authentication information carried in the crucial signaling in s6a interfaces is that key establishes authentication table, by s6a_mme_ip
In deposit authentication table, the authentication information carried using the crucial signaling in s1 interfaces inquires about the authentication table for key, and is tabling look-up into
During work(, judge that two datas are the data in a mme network element, and s6a_mme_ip is taken out from authentication table, use s1
The s1_mme_ip inquiry mme tables of signaling, and in the mme tables for finding s6a_mme_ip deposits after finding;
The use of the mme group id and mme code id in the crucial signaling in sgs interfaces is that key inquires about mme tables, when
When finding mme tables, in the mme tables that the sgs_mme_ip deposits of sgs signalings are found.
So far, above procedure completes network element ip study.
Based on this, in one embodiment of the invention, flow issues module 130 and is specifically used for:According to each mme network elements
Mme group id and mme code id carry out XOR Hash, to determine corresponding to the mme network elements associate device to be issued
Fiber port, and ip of the mme network elements in each interface is filtered by ip rules, be issued to the above be calculated it is corresponding
Fiber port, realize the purpose that a mme network element is completely issued to same associate device.Specifically, by a network element
Flow be issued to an equipment, it is ensured that the network element user each interface data all in an equipment, so as to solve
The problem of being associated between each interface.
It should be noted that the specific implementation of the LTE signaling separate systems of the embodiment of the present invention is implemented with the present invention
The specific implementation of the LTE signaling shunt methods of example is similar, specifically refers to the description of method part, in order to reduce redundancy,
Here is omitted.
LTE signaling separate systems according to embodiments of the present invention, enter signaling by equipment interconnection and are decoded, by each interface
Learnt in the ip of mme network element side network elements, then mme network elements are learnt, the signaling traffic of access is carried out down by mme network elements
Hair shunting, each interface signaling of a user is given onto an equipment, ensure that the association between each interface, and according to rear end
The number and disposal ability of equipment, are flexibly shunted.I.e. on traditional shunting mode, mme network elements are learnt,
And shunted by mme network elements, so as on the basis of signaling user association is not influenceed, be shunted to flow;Also, this
The expansible shunting mode of kind sufficiently make use of the disposal ability of individual device, improves treatment effeciency, has saved cost;Together
When, the dilatation of flow is facilitated, even if flow rapidly increases, can also flexibly be tackled.
In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show
The description of example " or " some examples " etc. means specific features, structure, material or the spy for combining the embodiment or example description
Point is contained at least one embodiment or example of the present invention.In this manual, to the schematic representation of above-mentioned term not
Necessarily refer to identical embodiment or example.Moreover, specific features, structure, material or the feature of description can be any
One or more embodiments or example in combine in an appropriate manner.
Although an embodiment of the present invention has been shown and described, it will be understood by those skilled in the art that:Not
In the case of departing from the principle and objective of the present invention a variety of change, modification, replacement and modification can be carried out to these embodiments, this
The scope of invention is by claim and its equivalent limits.
Claims (8)
1. a kind of LTE signalings shunt method, it is characterised in that comprise the following steps:
S1:The signaling data of different links to receiving decodes, and extracts the key message of every signaling data;
S2:Learn each interface in the ip addresses of mme network element side network elements, and according to the incidence relation between signaling datas at different levels, by signaling
It is associated, and then learns into multiple mme network elements of access data the mark of each mme network elements and each mme network elements each
The ip addresses of interface;
S3:Signaling traffic is issued according to mme network elements, to the mme group id and mme code id of each mme network elements
By XOR algorithm calculation value, issued further according to associate device number modulus, so that the load of every associate device tends to be equal
Weighing apparatus, the signaling data of processing approach.
2. LTE signalings shunt method according to claim 1, it is characterised in that the interface comprise at least s1 interfaces,
S11 interfaces, s6a interfaces and sgs interfaces, the step S1, further comprise:
S1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces are decoded according to respective agreement, with extract respectively s1 interfaces,
Key message in s11 interfaces, s6a interfaces and sgs interfaces.
3. LTE signalings shunt method according to claim 2, it is characterised in that the step S2, further comprise:
By the crucial signaling in s1 interfaces, mme group id and mme the code id values of mme network elements are obtained, use mme
Two kinds of group id, mme code id and s1_mme_ip key build table, and by mme group id, mme code id and s1_
In mme_ip deposit mme tables, the mme tables can be inquired by mme group id, mme code id or s1_mme_ip, made
It is that key establishes carrying table with the carrying information carried in the crucial signaling in s1 interfaces, and s1_mme_ip is stored in the carrying
In table;
When equipment receives the crucial signaling carried in s11 interfaces, carrying is inquired about using the carrying information in s11 key signalings
Table, if finding carrying table, s1_mme_ip is taken out from the carrying table, and the use of s1_mme_ip is that key inquires about mme tables,
And in the mme tables for finding the s11_mme_ip deposits of the s11 interfaces after finding;
The use of the authentication information carried in the crucial signaling in s6a interfaces is that key establishes authentication table, s6a_mme_ip is stored in and reflected
To weigh in table, the authentication information carried using the crucial signaling in s1 interfaces inquires about the authentication table for key, and in success of tabling look-up
When, judge that two datas are the data in a mme network element, and s6a_mme_ip is taken out from authentication table, believed using s1
The s1_mme_ip inquiry mme tables of order, and in the mme tables for finding s6a_mme_ip deposits after finding;
The use of the mme group id and mme code id in the crucial signaling in sgs interfaces is that key inquires about mme tables, when finding
During mme tables, in the mme tables that the sgs_mme_ip deposits of sgs signalings are found.
4. LTE signalings shunt method according to claim 3, it is characterised in that the step S3, further comprise:
XOR Hash is carried out according to the mme group id of each mme network elements and mme code id, to determine that the mme network elements will
Fiber port corresponding to the associate device issued, and ip of the mme network elements in each interface is filtered by ip rules, issue
To corresponding fiber port, a mme network element is completely issued to same associate device.
A kind of 5. LTE signalings separate system, it is characterised in that including:
Signaling decoding module, the signaling data for the different links to receiving decode, every signaling data of extraction
Key message;
Network element study module, for learning each interface in the ip addresses of mme network element side network elements, and according to the pass between signaling datas at different levels
Connection relation, signaling is associated, and then learns into multiple mme network elements of access data the mark of each mme network elements and every
Individual mme network elements are in the ip addresses of each interface;
Flow issues module, for signaling traffic to be issued according to mme network elements, to the mme group of each mme network elements
Id and mme code id are issued, so that every association is set by XOR algorithm calculation value further according to associate device number modulus
Standby load tends to be balanced, and the signaling data of processing approaches.
6. LTE signalings separate system according to claim 5, it is characterised in that the interface comprise at least s1 interfaces,
S11 interfaces, s6a interfaces and sgs interfaces, the signaling decoding module are used for:
S1 interfaces, s11 interfaces, s6a interfaces and sgs interfaces are decoded according to respective agreement, with extract respectively s1 interfaces,
Key message in s11 interfaces, s6a interfaces and sgs interfaces.
7. LTE signalings separate system according to claim 6, it is characterised in that the network element study module is used for:
By the crucial signaling in s1 interfaces, mme group id and mme the code id values of mme network elements are obtained, use mme
Two kinds of group id, mme code id and s1_mme_ip key build table, and by mme group id, mme code id and s1_
In mme_ip deposit mme tables, the mme tables can be inquired by mme group id, mme code id or s1_mme_ip, made
It is that key establishes carrying table with the carrying information carried in the crucial signaling in s1 interfaces, and s1_mme_ip is stored in the carrying
In table;
When equipment receives the crucial signaling carried in s11 interfaces, carrying is inquired about using the carrying information in s11 key signalings
Table, if finding carrying table, s1_mme_ip is taken out from the carrying table, and the use of s1_mme_ip is that key inquires about mme tables,
And in the mme tables for finding the s11_mme_ip deposits of the s11 interfaces after finding;
The use of the authentication information carried in the crucial signaling in s6a interfaces is that key establishes authentication table, s6a_mme_ip is stored in and reflected
To weigh in table, the authentication information carried using the crucial signaling in s1 interfaces inquires about the authentication table for key, and in success of tabling look-up
When, judge that two datas are the data in a mme network element, and s6a_mme_ip is taken out from authentication table, believed using s1
The s1_mme_ip inquiry mme tables of order, and in the mme tables for finding s6a_mme_ip deposits after finding;
The use of the mme group id and mme code id in the crucial signaling in sgs interfaces is that key inquires about mme tables, when finding
During mme tables, in the mme tables that the sgs_mme_ip deposits of sgs signalings are found.
8. LTE signalings separate system according to claim 7, it is characterised in that the flow issues module and is used for:
XOR Hash is carried out according to the mme group id of each mme network elements and mme code id, to determine that the mme network elements will
Fiber port corresponding to the associate device issued, and ip of the mme network elements in each interface is filtered by ip rules, issue
To corresponding fiber port, a mme network element is completely issued to same associate device.
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CN1937575A (en) * | 2005-09-22 | 2007-03-28 | 中兴通讯股份有限公司 | Signalling flow distributing method and signalling distributing processing unit |
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