CN114615708B - Method and device for accessing terminal to user plane of centralized unit in balanced manner - Google Patents

Method and device for accessing terminal to user plane of centralized unit in balanced manner Download PDF

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CN114615708B
CN114615708B CN202210506718.2A CN202210506718A CN114615708B CN 114615708 B CN114615708 B CN 114615708B CN 202210506718 A CN202210506718 A CN 202210506718A CN 114615708 B CN114615708 B CN 114615708B
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capacity
available capacity
user plane
bandwidth
value
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CN114615708A (en
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邓勇志
许晓强
王海满
刘伟
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Guangzhou Shiju Network Technology Co Ltd
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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
    • H04W28/086—Load balancing or load distribution among access entities
    • H04W28/0861—Load balancing or load distribution among access entities between base stations
    • 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
    • H04W28/082—Load balancing or load distribution among bearers or channels
    • 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
    • H04W28/0827—Triggering entity
    • H04W28/0835—Access entity, e.g. eNB
    • 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
    • H04W28/09—Management thereof
    • H04W28/0925—Management thereof using policies
    • H04W28/0942—Management thereof using policies based on measured or predicted load of entities- or links

Abstract

The application discloses a method and a device for accessing a terminal to a user plane of a central unit in a balanced manner, when a new terminal is accessed, the available capacity of the user planes of the central units is determined according to available capacity information reported by the user planes of the central units, the available capacity information is obtained by reporting a first available capacity by a user plane of a first central unit, the first available capacity is obtained by carrying out operation processing on terminal data of all accessed terminals by the user plane of the first central unit, and the first available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the user plane of the central unit in the current statistical period; determining a first centralized unit user plane with the available capacity meeting a preset condition according to the available capacity of the plurality of centralized unit user planes and the preset condition; and accessing a new terminal to the first centralized unit user plane, and improving the calculation accuracy of the available capacity of the 5G centralized unit user plane.

Description

Method and device for accessing terminal to user plane of centralized unit in balanced manner
Technical Field
The present application relates to the field of communications technologies, and in particular, to a method and an apparatus for enabling a terminal to access a user plane of a central unit in a balanced manner.
Background
With the development and popularization of the 5G technology, the 5G technology is applied to more and more fields. In the 5G technology, the available capacity of the user plane of the centralized unit directly affects the effectiveness of 5G data storage, and therefore, it is particularly important to accurately calculate the available capacity of the user plane of the 5G centralized unit.
When calculating the available capacity of the user plane of the 5G centralized unit, the available capacity of the user plane of the 5G centralized unit cannot be calculated according to the method for calculating the available capacity of the user plane of the centralized unit in the 4G because the quality of service (QoS) framework of the 5G is greatly different from that of the 4G. In the 4G quality of service framework, end-to-end of the concentrated unit user plane with the base station, the base station with the core network, and the concentrated unit user plane with the core network are managed according to bearer granularity. However, in the quality of service framework of the 5G centralized unit user plane, referring to fig. 1, there are two granularities of PDU session (protocol data unit session) and QoS flow (quality of service flow) between the base station and the core network, one PDU session contains multiple QoS flows, and each PDU session establishes an N3 tunnel between the base station and the core network. Between the terminal and the base station, there are two granularities of wireless data bearer and QoS flow, a PDU session is split into one or more wireless data bearers over the air interface, a wireless data bearer may contain multiple QoS flows, and the PDU session becomes invisible between the terminal and the base station.
However, currently, when calculating the available capacity of the user plane of the 5G centralized unit, the available capacity of the user plane of the 5G centralized unit is generally divided into several categories, such as a CPU (controller) main frequency, a memory, and a transmission network resource, and is not distinguished for several interfaces, such as an interface between the user plane of the centralized unit and a core network (N3 interface), an interface between the user plane of the centralized unit and a user end node (F1-U interface), and an interface between the user plane of the centralized unit and an adjacent base station (Xn-U interface), and does not consider the resource dimensions, such as PDU session number and radio data bearer number, and cannot accurately reflect the available capacity of the user plane of the 5G centralized unit.
Disclosure of Invention
The embodiment of the application provides a method and a device for accessing a terminal to a user plane of a central unit in a balanced manner, which can solve the problem of low calculation accuracy of the available capacity of the user plane of the 5G central unit and improve the calculation accuracy of the available capacity of the user plane of the 5G central unit.
In a first aspect, an embodiment of the present application provides a method for enabling a terminal to access a centralized unit user plane uniformly, including:
when a new terminal is accessed, determining the available capacity of the plurality of centralized unit user planes according to available capacity information reported by the plurality of centralized unit user planes, wherein the available capacity information is obtained by reporting a first available capacity by a first centralized unit user plane, the first available capacity is obtained by operating and processing terminal data of all accessed terminals by the first centralized unit user plane, and the first available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the centralized unit user plane of the current statistical period;
determining a first centralized unit user plane with the available capacity meeting a preset condition according to the available capacity of the plurality of centralized unit user planes and the preset condition;
and accessing a new terminal to the user plane of the first centralized unit.
Further, the reporting of the first available capacity by the user plane of the first centralized unit includes:
the first centralized unit user plane performs operation processing on terminal data of all accessed terminals to obtain a second available capacity, wherein the second available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the centralized unit user plane of the previous statistical period;
the first centralized unit user plane acquires the minimum value of the first available capacity and the minimum value of the second available capacity;
comparing the minimum value of the first available capacity with the minimum value of the second available capacity by the user plane of the first centralized unit to obtain a first difference value;
and the first centralized unit user plane compares the first difference value with a preset threshold value to obtain a comparison result, and if the comparison result meets a preset condition, the first available capacity is reported.
Further, the first available capacity is obtained by the first centralized unit user performing operation processing on the terminal data of all the terminals accessed, and includes:
the first centralized unit user plane carries out operation processing on terminal data of all accessed terminals to obtain a second available capacity and a first used capacity, and obtains the total capacity and the filter factor of the user plane of the centralized unit, wherein the second available capacity further comprises a CPU main frequency available capacity value, a memory available capacity value, a PDU session number available capacity value and a radio data bearer number available capacity value of a last statistical cycle, the first used capacity comprises the N3 bandwidth used capacity, the F1 bandwidth used capacity, the Xn bandwidth used capacity, the CPU main frequency used capacity, the memory used capacity, the PDU session number used capacity and the radio data bearer number used general capacity of the user plane of the centralized unit at the current moment, and the total capacity of the user plane of the centralized unit comprises the N3 bandwidth total capacity, the F1 bandwidth total capacity, the Xn bandwidth total capacity, the CPU main frequency total capacity, the Xn bandwidth total capacity, the PDU main frequency used capacity, the access terminal data of the user plane of the centralized unit, and the total capacity and the filter factor of the user plane of the centralized unit, The filter factors comprise an N3 bandwidth filter factor, an F1 bandwidth filter factor, an Xn bandwidth filter factor, a CPU dominant frequency filter factor, a memory filter factor, a PDU session number filter factor and a wireless data bearing number filter factor;
and the first centralized unit user plane performs operation processing on the second available capacity, the first used amount, the total capacity of the centralized unit user plane and the filter factor to obtain a first available capacity, wherein the first available capacity further comprises a CPU main frequency available capacity value, a memory available capacity value, a PDU session number available capacity value and a wireless data bearer number available capacity value of the current statistical period.
Further, the acquiring, by the first centralized unit user plane, a minimum value of the first available capacity and a minimum value of the second available capacity includes:
the first centralized unit user plane compares the available capacity value of N3 bandwidth, the available capacity value of F1 bandwidth and Xn bandwidth, the available capacity value of CPU master frequency, the available capacity value of memory, the available capacity value of PDU session number and the available capacity value of radio data bearer number in the first available capacity in the current statistical period centralized unit user plane, and the obtained minimum available capacity value is the minimum value of the first available capacity
And the first centralized unit user plane compares the N3 bandwidth available capacity value, the F1 bandwidth available capacity value and the Xn bandwidth available capacity value of the last statistical period in the second available capacity, the CPU main frequency available capacity value, the memory available capacity value, the PDU session number available capacity value and the radio data bearer number available capacity value to obtain the minimum available capacity value which is the minimum value of the second available capacity.
Further, the first available capacity is obtained by the first centralized unit user performing operation processing on the terminal data of all the terminals accessed, and includes:
the first centralized unit user performs operation processing on the terminal data to obtain a second available capacity
Figure 370707DEST_PATH_IMAGE001
The second used amount
Figure 583645DEST_PATH_IMAGE002
And the third used amount
Figure 869133DEST_PATH_IMAGE003
And obtaining the total capacity of the user plane of the first concentration unit
Figure 12669DEST_PATH_IMAGE004
And a first filter factor
Figure 801634DEST_PATH_IMAGE005
，
According to the formula
Figure 887270DEST_PATH_IMAGE006
Obtaining the first available capacity
Figure 66579DEST_PATH_IMAGE007
；
Wherein the second available capacity
Figure 138440DEST_PATH_IMAGE008
The system comprises a network bandwidth available capacity value, a CPU main frequency available capacity value and a memory available capacity value of the last statistical period, and the second used value
Figure 939168DEST_PATH_IMAGE009
The method comprises the used network bandwidth capacity of the user plane of the central unit when no PDU conversation is accessed, the used CPU main frequency capacity of the user plane of the central unit when no terminal is accessed, and the used memory capacity of the user plane of the central unit when no terminal is accessed, and the third used capacity
Figure 805493DEST_PATH_IMAGE010
The method comprises the used capacity of the network bandwidth of the user plane of the current time central unit, the used capacity of the CPU main frequency of the user plane of the current time central unit and the used capacity of the memory of the user plane of the current time central unit, wherein the central unitTotal capacity of meta-user plane
Figure 940939DEST_PATH_IMAGE011
Including total network bandwidth capacity, CPU main frequency capacity and memory capacity of user plane of centralized unit, and the filter factor
Figure 550912DEST_PATH_IMAGE012
The filter comprises a network bandwidth filter factor, a CPU main frequency filter factor and a memory filter factor.
Further, the network bandwidth available capacity value includes an N3 bandwidth available capacity value, an F1 bandwidth available capacity value, and an Xn bandwidth available capacity value, where the N3 bandwidth available capacity value includes a bandwidth available capacity value of an interface of the hub unit user plane interfacing with the subscriber units of the core network, the F1 bandwidth available capacity value includes a bandwidth available capacity value of an interface of the hub unit user plane interfacing with the distribution unit, and the Xn bandwidth includes a bandwidth available capacity value of an interface of the hub unit user plane interfacing with the neighbor base stations.
Further, the method further comprises:
the first centralized unit user plane performs operation processing on the terminal data, obtains the available capacity of N3 bandwidth of the last statistical period in the second available capacity, the used capacity of N3 bandwidth of the centralized unit user plane when no PDU session is accessed in the first used amount, and the used capacity of N3 bandwidth of the centralized unit user plane at the current moment, and obtains the total capacity of N3 bandwidth and N3 bandwidth filter factor of the centralized unit user plane;
according to the following formula:
Figure 704682DEST_PATH_IMAGE013
the value of N3 bandwidth available capacity for the current statistical period in the first available capacity is obtained,
wherein the content of the first and second substances,
Figure 741908DEST_PATH_IMAGE014
the value of N3 bandwidth available capacity representing the current statistical period,
Figure 99071DEST_PATH_IMAGE015
representing the N3 bandwidth filter factor,
Figure 512735DEST_PATH_IMAGE016
the value of N3 bandwidth available capacity representing the last statistical period,
Figure 819214DEST_PATH_IMAGE017
representing the total capacity of the N3 bandwidth of the centralized unit user plane,
Figure 168286DEST_PATH_IMAGE018
the N3 bandwidth of the centralized element user plane has used capacity at the current time,
Figure 137379DEST_PATH_IMAGE019
n3 bandwidth used capacity representing the user plane of the central unit without PDU session access;
the first centralized unit user plane performs operation processing on the terminal data, obtains the F1 bandwidth available capacity of the last statistical period in the second available capacity, the F1 bandwidth used capacity of the centralized unit user plane when no PDU session is accessed in the first used amount, and the F1 bandwidth used capacity of the centralized unit user plane at the current moment, and obtains the F1 bandwidth total capacity and the F1 bandwidth filter factor of the centralized unit user plane;
according to the following formula:
Figure 948210DEST_PATH_IMAGE020
the value of the bandwidth available capacity of F1 for the current statistical period in the first available capacity is obtained,
wherein the content of the first and second substances,
Figure 951938DEST_PATH_IMAGE021
f1 bandwidth availability capacity value representing the current statistics period,
Figure 3070DEST_PATH_IMAGE022
representing the bandwidth filtering factor of F1,
Figure 85558DEST_PATH_IMAGE023
the value of the bandwidth available capacity of F1 representing the last statistical period,
Figure 841024DEST_PATH_IMAGE024
representing the total capacity of the F1 bandwidth of the concentration unit user plane,
Figure 574625DEST_PATH_IMAGE025
the F1 bandwidth of the centralized unit user plane has used capacity at the current time,
Figure 124555DEST_PATH_IMAGE026
f1 bandwidth used capacity representing the user plane of the central unit when no PDU session is accessed;
the first centralized unit user plane performs operation processing on terminal data to obtain the Xn bandwidth available capacity of the last statistical period in the second available capacity, the Xn bandwidth used capacity of the centralized unit user plane when no PDU session is accessed in the first used amount, and the Xn bandwidth used capacity of the centralized unit user plane at the current moment, and obtains the total Xn bandwidth capacity and the Xn bandwidth filtering factor of the centralized unit user plane;
according to the following formula:
Figure 989612DEST_PATH_IMAGE027
obtaining the Xn bandwidth available capacity value of the current statistical period in the first available capacity,
wherein the content of the first and second substances,
Figure 486452DEST_PATH_IMAGE028
an Xn bandwidth available capacity value representing the current statistics period,
Figure 871297DEST_PATH_IMAGE029
representing the filter factor of the Xn bandwidth,
Figure 472088DEST_PATH_IMAGE030
representing the last statistical periodThe available capacity value of the Xn bandwidth of (c),
Figure 903069DEST_PATH_IMAGE031
representing the Xn bandwidth total capacity of the centralized unit user plane,
Figure 875704DEST_PATH_IMAGE032
the Xn bandwidth of the concentrated unit user plane has used capacity at the current time,
Figure 177373DEST_PATH_IMAGE033
representing the used capacity of Xn bandwidth of the user plane of the central unit when no PDU session is accessed.
Further, the first available capacity is obtained by performing operation processing on terminal data of all terminals accessed by a first centralized unit user, and includes:
the first centralized unit user performs operation processing on the terminal data to obtain a second available capacity
Figure 459318DEST_PATH_IMAGE034
The fourth used amount
Figure 49700DEST_PATH_IMAGE035
And obtaining the total capacity of the user plane of the second concentration unit
Figure 685080DEST_PATH_IMAGE036
And a second filter factor
Figure 998512DEST_PATH_IMAGE037
，
According to the formula
Figure 61146DEST_PATH_IMAGE038
Obtaining the first available capacity
Figure 76507DEST_PATH_IMAGE039
；
Wherein the second available capacity
Figure 702529DEST_PATH_IMAGE040
A PDU session number available capacity value and a radio data bearer number available capacity value including a last statistic period, the fourth used amount
Figure 244369DEST_PATH_IMAGE041
Including the used PDU session number capacity of the current time central unit user plane and the used wireless data bearing number capacity of the current time central unit user plane, the total capacity of the second central unit user plane
Figure 618849DEST_PATH_IMAGE042
Including total PDU session number capacity of centralized unit user plane and total wireless data bearing number capacity of centralized unit user plane, the second filter factor
Figure 980561DEST_PATH_IMAGE043
Including PDU session number filter factors and radio data bearer number filter factors.
Further, the determining the first centralized unit user plane with the available capacity meeting the preset condition according to the available capacity of the plurality of centralized unit user planes and the preset condition includes:
obtaining
Figure 583843DEST_PATH_IMAGE044
The available capacity information reported by the user plane of each centralized unit is obtained to the current statistical period
Figure 245768DEST_PATH_IMAGE046
Available capacity reported by user plane of centralized unit
Figure 791150DEST_PATH_IMAGE047
Wherein
Figure 827108DEST_PATH_IMAGE048
;
According to available capacity reported by user plane of centralized unit
Figure 607982DEST_PATH_IMAGE049
Obtaining the total available capacity reported by j centralized unit user planes
Figure 575118DEST_PATH_IMAGE052
Wherein
Figure 68679DEST_PATH_IMAGE053
，
Figure 653244DEST_PATH_IMAGE054
；
If the total available capacity is
Figure 633969DEST_PATH_IMAGE055
Satisfy the preset conditions
Figure 567159DEST_PATH_IMAGE056
If R is equal to 0, then obtaining the 1 st centralized unit user plane as the first centralized unit user plane;
if the total available capacity is
Figure 390759DEST_PATH_IMAGE057
Satisfies the predetermined conditions
Figure 654381DEST_PATH_IMAGE058
R is (0 to 255)]When the number of the second concentrated unit user plane is an integer, the jth concentrated unit user plane is obtained as the first concentrated unit user plane.
Further, the comparing the first difference with a preset threshold to obtain a comparison result, and if the comparison result meets a preset condition, reporting the first available capacity includes:
presetting the available capacity reporting update period as
Figure 879826DEST_PATH_IMAGE059
The preset first difference is expressed as
Figure 423065DEST_PATH_IMAGE060
The preset threshold value is represented by
Figure 999540DEST_PATH_IMAGE061
And
Figure 801274DEST_PATH_IMAGE062
wherein
Figure 881225DEST_PATH_IMAGE063
And
Figure 421797DEST_PATH_IMAGE064
represents an integer of 0 to 255, and
Figure 95355DEST_PATH_IMAGE065
；
comparing the first difference value
Figure 559834DEST_PATH_IMAGE066
And a predetermined threshold value
Figure 385970DEST_PATH_IMAGE067
And
Figure 910492DEST_PATH_IMAGE064
comparing to obtain a comparison result;
if the comparison result is
Figure 805767DEST_PATH_IMAGE068
Then not waiting for available capacity to report an update period of
Figure 260888DEST_PATH_IMAGE069
Reporting the first available capacity immediately after time out;
if the comparison result is
Figure 315432DEST_PATH_IMAGE070
Then wait for available capacity to report an update period of
Figure 886221DEST_PATH_IMAGE071
Reporting the first available capacity after time out;
if the comparison result is
Figure 659005DEST_PATH_IMAGE072
And not reporting the first available capacity.
In a second aspect, an embodiment of the present application provides an apparatus for equalizing access of a terminal to a user plane of a centralized unit, including:
a plurality of available capacity determining units, configured to determine available capacities of the plurality of concentrated unit user planes according to available capacity information reported by the plurality of concentrated unit user planes when a new terminal is accessed, where the available capacity information is obtained by reporting, by a first concentrated unit user plane, a first available capacity at an irregular time, where the first available capacity is obtained by performing an arithmetic processing on terminal data of all terminals accessed by the first concentrated unit user plane, and the first available capacity includes a value of N3 bandwidth available capacity, a value of F1 bandwidth available capacity, and a value of Xn bandwidth available capacity of the concentrated unit user plane of a current statistics period;
a first centralized unit user plane determining unit, configured to determine, according to the available capacities of the multiple centralized unit user planes and preset conditions, a first centralized unit user plane whose available capacity meets the preset conditions;
and the new terminal access unit is used for accessing the new terminal to the user plane of the first centralized unit.
Further, the apparatus further includes a first available capacity reporting unit;
the first available capacity reporting unit is configured to perform operation processing on terminal data of all accessed terminals to obtain a second available capacity, where the second available capacity includes an N3 bandwidth available capacity value, an F1 bandwidth available capacity value, and an Xn bandwidth available capacity value of the centralized unit user plane in a previous statistical period;
the first centralized unit user plane acquires the minimum value of the first available capacity and the minimum value of the second available capacity;
comparing the minimum value of the first available capacity with the minimum value of the second available capacity to obtain a first difference value;
and comparing the first difference value with a preset threshold value to obtain a comparison result, and reporting the first available capacity if the comparison result meets a preset condition.
Further, the apparatus further includes a first available capacity calculation unit;
the first available capacity calculating unit is configured to perform operation processing on terminal data of all accessed terminals, obtain a second available capacity and a first used capacity, and obtain a total capacity and a filter factor of a user plane of the central unit, where the second available capacity further includes a CPU main frequency available capacity value, a memory available capacity value, a PDU session number available capacity value, and a radio data bearer number available capacity value of a last statistical cycle, the first used capacity includes an N3 bandwidth used capacity of the user plane of the central unit at a current time, an F1 bandwidth used capacity, an Xn bandwidth used capacity, a CPU main frequency used capacity, a memory used capacity, a PDU session number used capacity, and a radio data bearer number used general capacity, and the total capacity of the user plane of the central unit includes an N3 bandwidth total capacity, an F1 bandwidth total capacity, an Xn bandwidth total capacity, a CPU main frequency total capacity, a PDU session number total capacity, an Xn bandwidth total capacity, a PDU session number, a radio data bearer number used general capacity, and a filter factor of the user plane of the central unit, and the total capacity of the user plane of the central unit are obtained by the last statistical cycle The filter factors comprise N3 bandwidth filter factors, F1 bandwidth filter factors, Xn bandwidth filter factors, CPU dominant frequency filter factors, memory filter factors, PDU session number filter factors and wireless data bearing number filter factors;
and performing operation processing on the second available capacity, the first used capacity, the total capacity of the user plane of the centralized unit and the filter factor to obtain a first available capacity, wherein the first available capacity further comprises a CPU main frequency available capacity value, a memory available capacity value, a PDU session number available capacity value and a wireless data bearer number available capacity value of the current statistical period.
Further, the first available capacity reporting unit is further configured to compare an available capacity value of N3 bandwidth, an available capacity value of F1 bandwidth, an available capacity value of Xn bandwidth, a main frequency available capacity value of a CPU, an available capacity value of a memory, an available capacity value of PDU session numbers, and an available capacity value of the radio data bearers in the current statistical period centralized unit user plane in the first available capacity, and obtain a minimum available capacity value as a minimum value of the first available capacity
And comparing the N3 bandwidth available capacity value, the F1 bandwidth available capacity value and the Xn bandwidth available capacity value of the last statistical period in the second available capacity, the CPU main frequency available capacity value, the memory available capacity value, the PDU session number available capacity value and the wireless data bearer number available capacity value to obtain the minimum available capacity value which is the minimum value of the second available capacity.
Further, the first available capacity calculating unit is further configured to perform operation processing on the terminal data to obtain a second available capacity
Figure 91386DEST_PATH_IMAGE073
The second used amount
Figure 436DEST_PATH_IMAGE074
And the third used amount
Figure 7706DEST_PATH_IMAGE075
And obtaining the total capacity of the user plane of the first concentration unit
Figure 923579DEST_PATH_IMAGE076
And a first filter factor
Figure 799131DEST_PATH_IMAGE077
，
According to the formula
Figure 703633DEST_PATH_IMAGE078
Obtaining the first available capacity
Figure 475280DEST_PATH_IMAGE079
；
Wherein the second available capacity
Figure 848754DEST_PATH_IMAGE080
The system comprises a network bandwidth available capacity value, a CPU main frequency available capacity value and a memory available capacity value of the last statistical period, and the second used value
Figure 934522DEST_PATH_IMAGE081
The system comprises the used network bandwidth capacity of the user plane of the centralized unit without PDU session access, the used CPU main frequency capacity of the user plane of the centralized unit without terminal access and the used memory capacity of the user plane of the centralized unit without terminal access, and the third used capacity
Figure 818165DEST_PATH_IMAGE082
The method comprises the used network bandwidth capacity of the user plane of the current time central unit, the used CPU main frequency capacity of the user plane of the current time central unit, and the used memory capacity of the user plane of the current time central unit, the total capacity of the user plane of the central unit
Figure 150926DEST_PATH_IMAGE083
Including total network bandwidth capacity, CPU main frequency capacity and memory capacity of user plane of centralized unit, and the filter factor
Figure 120019DEST_PATH_IMAGE084
The filter comprises a network bandwidth filter factor, a CPU main frequency filter factor and a memory filter factor.
Further, the network bandwidth available capacity value includes a N3 bandwidth available capacity value, a F1 bandwidth available capacity value, and an Xn bandwidth available capacity value, where the N3 bandwidth available capacity value includes a bandwidth available capacity value of an interface of the central unit user plane interfacing with the subscriber units of the core network, the F1 bandwidth available capacity value includes a bandwidth available capacity value of an interface of the central unit user plane interfacing with the distribution units, and the Xn bandwidth includes a bandwidth available capacity value of an interface of the central unit user plane interfacing with the neighbor base stations.
Further, the first available capacity calculating unit is configured to perform operation processing on the terminal data, acquire N3 bandwidth available capacity of a last statistical cycle in the second available capacity, N3 bandwidth used capacity of the centralized unit user plane when no PDU session in the first used amount is accessed, and N3 bandwidth used capacity of the centralized unit user plane at the current time, and acquire N3 bandwidth total capacity and N3 bandwidth filter factor of the centralized unit user plane;
according to the following formula:
Figure 947160DEST_PATH_IMAGE085
the value of N3 bandwidth available capacity for the current statistical period in the first available capacity is obtained,
wherein the content of the first and second substances,
Figure 685309DEST_PATH_IMAGE086
the value of N3 bandwidth available capacity representing the current statistical period,
Figure 764472DEST_PATH_IMAGE087
representing the bandwidth filtering factor of N3,
Figure 96228DEST_PATH_IMAGE088
the value of N3 bandwidth available capacity representing the last statistical period,
Figure 851694DEST_PATH_IMAGE089
representing the total capacity of the N3 bandwidth of the centralized unit user plane,
Figure 568983DEST_PATH_IMAGE090
the N3 bandwidth used capacity for the centralized element user plane at the current time,
Figure 384493DEST_PATH_IMAGE091
n3 bandwidth used capacity representing the user plane of the central unit without PDU session access;
performing operation processing on terminal data to obtain F1 bandwidth available capacity of a last statistical period in second available capacity, F1 bandwidth used capacity of a user plane of a centralized unit when no PDU session is accessed in first used amount, and F1 bandwidth used capacity of the user plane of the centralized unit at the current moment, and obtain F1 bandwidth total capacity and F1 bandwidth filter factor of the user plane of the centralized unit;
according to the following formula:
Figure 937965DEST_PATH_IMAGE092
the value of the bandwidth available capacity of F1 for the current statistical period in the first available capacity is obtained,
wherein the content of the first and second substances,
Figure 919958DEST_PATH_IMAGE093
the value of the bandwidth availability capacity of F1 representing the current statistical period,
Figure 632699DEST_PATH_IMAGE094
representing the bandwidth filtering factor of F1,
Figure 494476DEST_PATH_IMAGE095
the value of the bandwidth available capacity of F1 representing the last statistical period,
Figure 659878DEST_PATH_IMAGE096
representing the total capacity of the F1 bandwidth of the centralized unit user plane,
Figure 881781DEST_PATH_IMAGE097
the F1 bandwidth of the centralized unit user plane has used capacity at the current time,
Figure 449029DEST_PATH_IMAGE098
f1 bandwidth used capacity representing the user plane of the central unit without PDU session access;
performing operation processing on the terminal data to obtain the Xn bandwidth available capacity of the last statistical period in the second available capacity, the Xn bandwidth used capacity of the user plane of the centralized unit when no PDU session is accessed in the first used amount, and the Xn bandwidth used capacity of the user plane of the centralized unit at the current moment, and obtain the total Xn bandwidth capacity and the Xn bandwidth filter factor of the user plane of the centralized unit;
according to the following formula:
Figure 278444DEST_PATH_IMAGE099
obtaining the Xn bandwidth available capacity value of the current statistical period in the first available capacity,
wherein, the first and the second end of the pipe are connected with each other,
Figure 557241DEST_PATH_IMAGE100
an Xn bandwidth available capacity value representing the current statistics period,
Figure 192622DEST_PATH_IMAGE101
representing the filter factor of the Xn bandwidth,
Figure 755321DEST_PATH_IMAGE102
an Xn bandwidth available capacity value representing the last statistical period,
Figure 83535DEST_PATH_IMAGE103
representing the Xn bandwidth total capacity of the centralized unit user plane,
Figure 144900DEST_PATH_IMAGE104
the Xn bandwidth used capacity of the centralized unit user plane at the current time,
Figure 459338DEST_PATH_IMAGE105
representing the used capacity of Xn bandwidth of the user plane of the central unit when no PDU session is accessed.
Further, the first available capacity calculating unit is further configured to perform operation processing on the terminal data by the first centralized unit user to obtain a second available capacity
Figure 735599DEST_PATH_IMAGE106
The fourth used amount
Figure 860812DEST_PATH_IMAGE107
And obtaining the total capacity of the user plane of the second concentration unit
Figure 488102DEST_PATH_IMAGE108
And a second filter factor
Figure 402969DEST_PATH_IMAGE109
，
According to the formula
Figure 189528DEST_PATH_IMAGE110
Obtaining the first available capacity
Figure 593964DEST_PATH_IMAGE111
；
Wherein the second available capacity
Figure 318338DEST_PATH_IMAGE112
A PDU session number available capacity value and a radio data bearer number available capacity value including a last statistic period, the fourth used amount
Figure 364791DEST_PATH_IMAGE113
Including the used PDU session number capacity of the current time central unit user plane and the used wireless data bearing number capacity of the current time central unit user plane, the total capacity of the second central unit user plane
Figure 304060DEST_PATH_IMAGE114
Including total PDU session number capacity of centralized unit user plane and total radio data bearer number capacity of centralized unit user plane, and the second filter factor
Figure 20343DEST_PATH_IMAGE115
Including PDU session number filter factors and radio data bearer number filter factors.
Further, the first centralized unit user plane determining unit is also used for obtaining
Figure 356646DEST_PATH_IMAGE116
The available capacity information reported by the user plane of each centralized unit is obtained to the current statistical period
Figure 800266DEST_PATH_IMAGE117
Available capacity reported by user plane of centralized unit
Figure 843308DEST_PATH_IMAGE118
Wherein
Figure 855127DEST_PATH_IMAGE119
;
According to the available capacity reported by the user plane of the centralized unit
Figure 570404DEST_PATH_IMAGE120
Obtaining the total available capacity reported by j centralized unit user planes
Figure 693081DEST_PATH_IMAGE121
Wherein
Figure 793892DEST_PATH_IMAGE122
，
Figure 897983DEST_PATH_IMAGE123
；
If the total available capacity
Figure 208879DEST_PATH_IMAGE124
Satisfy the preset conditions
Figure 745034DEST_PATH_IMAGE125
If R is equal to 0, then obtaining the 1 st centralized unit user plane as the first centralized unit user plane;
if the total available capacity is
Figure 90564DEST_PATH_IMAGE126
Satisfies the predetermined conditions
Figure 70284DEST_PATH_IMAGE127
R is (0 to 255)]When the number of the second concentrated unit user plane is an integer, the jth concentrated unit user plane is obtained as the first concentrated unit user plane.
Further, the first available capacity reporting unit is further configured to preset an available capacity reporting update period as
Figure 540579DEST_PATH_IMAGE128
The preset first difference is expressed as
Figure 270638DEST_PATH_IMAGE129
The preset threshold value is represented by
Figure 595309DEST_PATH_IMAGE130
And
Figure 119831DEST_PATH_IMAGE131
wherein
Figure 15106DEST_PATH_IMAGE132
And
Figure 548856DEST_PATH_IMAGE133
represents an integer of 0 to 255, and
Figure 229498DEST_PATH_IMAGE134
；
comparing the first difference value
Figure 924921DEST_PATH_IMAGE135
And a predetermined threshold
Figure 369809DEST_PATH_IMAGE061
And
Figure 566304DEST_PATH_IMAGE136
comparing to obtain a comparison result;
if the comparison result is
Figure 475354DEST_PATH_IMAGE137
Then the available capacity is not waited to report an update period of
Figure 217045DEST_PATH_IMAGE138
Reporting the first time when overtime happensCapacity for use;
if the comparison result is
Figure 211546DEST_PATH_IMAGE139
Then wait for the available capacity to report an update period of
Figure 701478DEST_PATH_IMAGE140
Reporting the first available capacity after time out;
if the comparison result is
Figure 137139DEST_PATH_IMAGE141
And not reporting the first available capacity.
In a third aspect, an embodiment of the present application provides an apparatus for accessing a terminal to a user plane of a centralized unit in a balanced manner, where the apparatus includes:
a memory and one or more processors;
the memory to store one or more programs;
when executed by the one or more processors, cause the one or more processors to implement the method for balancing access of terminals to a centralized unit user plane as described in the first aspect.
In a fourth aspect, embodiments of the present application provide a storage medium storing computer-executable instructions, which when executed by a computer processor, are configured to perform the method for balancing access of terminals to a centralized unit user plane as described in the first aspect.
According to the embodiment of the application, when a new terminal is accessed, the available capacity of a plurality of concentrated unit user planes is determined according to the available capacity information reported by the concentrated unit user planes, a first concentrated unit user plane with the available capacity meeting preset conditions is determined according to the available capacity of the concentrated unit user planes and preset conditions, and the new terminal is accessed to the first concentrated unit user plane; the available capacity information is obtained by reporting a first available capacity by the first centralized unit user plane, the first available capacity is obtained by performing operation processing on terminal data of all accessed terminals by the first centralized unit user plane, and the first available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the centralized unit user plane of a current statistical period. By adopting the technical means, the first available capacity comprising the N3 bandwidth available capacity value, the F1 bandwidth available capacity value and the Xn bandwidth available capacity value of the concentrated unit user plane of the current statistical period reported by the first concentrated unit user plane can be received, so that the available capacity of the concentrated unit user plane can be distinguished for an N3 interface between the concentrated unit user plane and a core network, an F1 interface between the concentrated unit user plane and a user end node and an Xn interface between the concentrated unit user plane and an adjacent base station when the available capacity of the concentrated unit user plane is obtained, and the calculation accuracy of the available capacity of the 5G concentrated unit user plane is improved. In addition, the first centralized unit user planes with the available capacity meeting the preset conditions can be screened, so that good data interaction can be realized after the new terminal is accessed into the first centralized unit user planes, and the access rationality of the new terminal is improved.
Drawings
FIG. 1 is a schematic diagram of a prior art 5G quality of service framework;
fig. 2 is a flowchart of a method for equalizing access of a terminal to a user plane of a centralized unit according to an embodiment of the present application;
fig. 3 is a flowchart of reporting a first available capacity according to an embodiment of the present application;
fig. 4 is a flowchart of another first available capacity reporting process provided in the embodiment of the present application;
fig. 5 is a schematic diagram of a reporting process configuration provided in an embodiment of the present application;
fig. 6 is a schematic structural diagram of an apparatus for equalizing access of a terminal to a user plane of a centralized unit according to an embodiment of the present application;
fig. 7 is a schematic structural diagram of an apparatus for enabling a terminal to access a user plane of a centralized unit in a balanced manner according to an embodiment of the present application.
Detailed Description
In order to make the objects, technical solutions and advantages of the present application more apparent, specific embodiments of the present application will be described in detail with reference to the accompanying drawings. It is to be understood that the specific embodiments described herein are merely illustrative of and not restrictive on the broad application. It should be further noted that, for the convenience of description, only some but not all of the relevant portions of the present application are shown in the drawings. Before discussing exemplary embodiments in greater detail, it should be noted that some exemplary embodiments are described as processes or methods depicted as flowcharts. Although a flowchart may describe the operations (or steps) as a sequential process, many of the operations can be performed in parallel, concurrently or simultaneously. In addition, the order of the operations may be re-arranged. The process may be terminated when its operations are completed, but may have additional steps not included in the figure. The processes may correspond to methods, functions, procedures, subroutines, and the like.
The method and the device for accessing the terminal to the user plane of the centralized unit in a balanced manner aim to improve the calculation accuracy of the available capacity of the user plane of the 5G centralized unit by receiving the first available capacity which is reported by the user plane of the first centralized unit and comprises the N3 bandwidth available capacity value, the F1 bandwidth available capacity value and the Xn bandwidth available capacity value of the user plane of the centralized unit in the current statistical period when the fixed new terminal is accessed. And, the first centralized unit user plane with the available capacity meeting the preset conditions is determined, so that the access rationality of the new terminal can be improved. Compared with the conventional new terminal access mode, when the available capacity of the user plane of the central unit is calculated, the available capacity of the user plane of the 5G central unit cannot be accurately reflected because the available capacity of the user plane of the central unit is generally classified into several categories such as a CPU (controller) main frequency, a memory, transmission network resources and the like, and the available capacity of the user plane of the 5G central unit is not distinguished according to several interfaces such as an interface (N3 interface) between the user plane of the central unit and a core network, an interface (F1-U interface) between the user plane of the central unit and a user end node, and an interface (Xn-U interface) between the user plane of the central unit and an adjacent base station. Therefore, the method for accessing the terminal to the user plane of the centralized unit in a balanced manner is provided to solve the problem that the available capacity of the user plane of the existing 5G centralized unit is low in calculation accuracy.
Fig. 2 is a flowchart of a method for enabling a terminal to access a centralized unit user plane in a balanced manner according to an embodiment of the present application, where the method for enabling the terminal to access the centralized unit user plane in a balanced manner provided in this embodiment may be executed by a device for enabling the terminal to access the centralized unit user plane in a balanced manner, the device for enabling the terminal to access the centralized unit user plane in a balanced manner may be implemented in a software and/or hardware manner, and the device for enabling the terminal to access the centralized unit user plane in a balanced manner may be formed by two or more physical entities or may be formed by one physical entity. Generally, the device for equalizing the access of the terminal to the user plane of the centralized unit can be a terminal device, such as a computer device.
The following description will be made by taking a computer device as an example of a main body for executing a method for accessing a terminal to a user plane of a central unit in a balanced manner. Referring to fig. 2, the method for enabling a terminal to access a centralized unit user plane in a balanced manner specifically includes:
s101, when a new terminal is accessed, determining available capacities of a plurality of centralized unit user planes according to available capacity information reported by the plurality of centralized unit user planes, wherein the available capacity information is obtained by reporting a first available capacity by a first centralized unit user plane, the first available capacity is obtained by performing operation processing on terminal data of all accessed terminals by the first centralized unit user plane, and the first available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the centralized unit user plane of a current statistical period.
The 5G independent networking base station generally includes a Baseband Base Unit (BBU) and a radio frequency processing Unit (RRU), and in order to save hardware cost and implement flexible deployment and coordination management of a station, the Baseband Base Unit (BBU) further divides a protocol stack of the base station by adopting a manner of separating a Central Unit (CU) from a Distributed Unit (DU). The centralized unit includes a centralized unit user plane (CU-UP) and a centralized unit control plane (CU-CP). One control plane of the central unit in the central unit can correspond to a plurality of user planes of the central unit, and the balanced service bearing of the user planes of the central units is very critical to the stable operation of the whole central unit.
In a scenario where a hub control plane interfaces multiple hub user planes, one hub user plane may access multiple terminals, and a PDU session, radio data bearer, and QoS flow to which a terminal belongs are only handled in a certain designated hub user plane. The control plane of the central unit can timely know the load state of the corresponding user plane of the central unit through the available capacity information reported by the user plane of the central unit, and then, one user plane of the central unit is distributed for a new terminal which is initially accessed to the base station to process the PDU session, the wireless data bearer and the QoS flow subordinate to the new terminal through the method for balancing and accessing the terminal to the user plane of the central unit. The new terminal may be switched to access through Xn connection, restored to access across stations in an inactive state, reestablished to access across stations, or established to access through dual connection.
The present embodiment is described with the control plane of the central unit as the main body. Under the scene that one centralized unit control plane is connected with a plurality of centralized unit user planes, the plurality of centralized unit user planes report the available capacity information of the plurality of centralized unit user planes to the centralized unit control plane at random. When a new terminal needs to be accessed, the control plane of the central unit determines the available capacity of the user planes of the plurality of central units which are currently docked according to the available capacity information reported last time before the current time of the user planes of the plurality of central units which are docked. The available capacity information is obtained by reporting the available capacity of the user plane of all the connected centralized units, and the available capacity information comprises the first available capacity reported by the user plane of the first centralized unit. The available capacity reported by the user plane of a certain centralized unit is obtained by the operation processing of the terminal data of all the terminals accessed to the user plane by the corresponding user plane of the centralized unit. Furthermore, the first available capacity is obtained by the first centralized unit user through calculation processing on the terminal data of all the accessed terminals. Wherein the first available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value, and an Xn bandwidth available capacity value of the concentrated unit user plane of the current statistics period.
In an embodiment, in the process that the first centralized unit user plane performs operation processing on the terminal data of all accessed terminals to obtain the first available capacity, the operation processing is first performed on the terminal data of all accessed terminals to obtain the second available capacity and the first used amount, and to obtain the total capacity and the filter factor of the centralized unit user plane. And secondly, the second available capacity, the first used capacity, the total capacity of the user plane of the centralized unit and the filter factor are subjected to operation processing to obtain the first available capacity.
Wherein the second available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the centralized unit user plane of the last statistical cycle, a CPU main frequency available capacity value, a memory available capacity value, a PDU session number available capacity value and a radio data bearer number available capacity value. The first used amount comprises N3 bandwidth used capacity, F1 bandwidth used capacity, Xn bandwidth used capacity, CPU main frequency used capacity, memory used capacity, PDU session number used capacity and wireless data bearing number used general capacity of the user plane of the centralized unit at the current moment, the total capacity of the user plane of the centralized unit comprises N3 bandwidth total capacity, F1 bandwidth total capacity, Xn bandwidth total capacity, CPU main frequency total capacity, memory total capacity, PDU session number total capacity and wireless data bearing number total capacity of the user plane of the centralized unit, and the filter factors comprise N3 bandwidth filter factor, F1 bandwidth filter factor, Xn bandwidth filter factor, CPU main frequency filter factor and memory filter factor, PDU session number filter factor and wireless data bearing number filter factor. The first available capacity includes an N3 bandwidth available capacity value, an F1 bandwidth available capacity value, and an Xn bandwidth available capacity value of the hub unit user plane for the current statistics period, a CPU dominant frequency available capacity value, a memory available capacity value, a PDU session number available capacity value, and a radio data bearer number available capacity value.
In one embodiment, the second available capacity includes a network bandwidth available capacity value of the centralized unit user plane of the last statistical period, and the first available capacity includes a network bandwidth available capacity value of the centralized unit user plane of the current statistical period. The network bandwidth available capacity values include an N3 bandwidth available capacity value, an F1 bandwidth available capacity value, and an Xn bandwidth available capacity value, where the N3 bandwidth available capacity value includes a bandwidth available capacity value of an interface of the hub unit user plane interfacing with the subscriber units of the core network, the F1 bandwidth available capacity value includes a bandwidth available capacity value of an interface of the hub unit user plane interfacing with the distribution units, and the Xn bandwidth includes a bandwidth available capacity value of an interface of the hub unit user plane interfacing with the neighbor base stations.
In an embodiment, the process of obtaining the first available capacity by performing operation processing on terminal data of all accessed terminals by a first centralized unit user is specifically as follows: performing operation processing on the terminal data of all the accessed terminals to obtain a second available capacity
Figure 439944DEST_PATH_IMAGE142
The second used amount
Figure 46375DEST_PATH_IMAGE143
And the third used amount
Figure 460039DEST_PATH_IMAGE144
And obtaining the total capacity of the user plane of the first centralized unit
Figure 953468DEST_PATH_IMAGE145
And a first filter factor
Figure 427175DEST_PATH_IMAGE146
. Wherein the first used amount includes the second used amount and the third used amount. According to the formula:
Figure 22366DEST_PATH_IMAGE147
obtaining the first available capacity
Figure 911825DEST_PATH_IMAGE148
. Wherein the second available capacity
Figure 649974DEST_PATH_IMAGE149
The method comprises a network bandwidth available capacity value, a CPU main frequency available capacity value and a memory available capacity value of the last statistical period. The second used amount
Figure 419216DEST_PATH_IMAGE150
The method comprises the used network bandwidth capacity of the user plane of the centralized unit without PDU session access, the used CPU main frequency capacity of the user plane of the centralized unit without terminal access and the used memory capacity of the user plane of the centralized unit without terminal access. The third used amount
Figure 875605DEST_PATH_IMAGE151
The method comprises the used network bandwidth capacity of the user plane of the current time central unit, the used CPU main frequency capacity of the user plane of the current time central unit and the used memory capacity of the user plane of the current time central unit. Total capacity of user plane of said central unit
Figure 240858DEST_PATH_IMAGE152
The system comprises the total network bandwidth capacity, the CPU main frequency capacity and the total memory capacity of a user plane of a centralized unit. The first filter factor
Figure 99093DEST_PATH_IMAGE153
The filter comprises a network bandwidth filter factor, a CPU main frequency filter factor and a memory filter factor. Wherein the first filter factor
Figure 71859DEST_PATH_IMAGE154
A constant term, a specific value can be set according to actual conditions, and a first filtering factor
Figure 890910DEST_PATH_IMAGE154
For smoothing
Figure 450068DEST_PATH_IMAGE155
Is highly variable. The first available capacity
Figure 287443DEST_PATH_IMAGE156
The method comprises the network bandwidth available capacity value, the CPU main frequency available capacity value and the memory available capacity value of the current statistical period.
Specifically, the process of the first centralized unit user performing operation processing on terminal data of all the accessed terminals to obtain a CPU dominant frequency available capacity value of the first available capacity specifically includes: and the first centralized unit user performs operation processing on the terminal data to acquire the CPU main frequency available capacity of the last statistical period in the second available capacity, the CPU main frequency used capacity of the centralized unit user plane when no terminal is accessed in the first used amount, and the CPU main frequency used capacity of the centralized unit user plane at the current moment, and acquire the CPU main frequency total capacity and the CPU main frequency filter factor of the centralized unit user plane. According to the following formula:
Figure 273853DEST_PATH_IMAGE157
and obtaining the CPU dominant frequency available capacity value of the current statistical period in the first available capacity, wherein,
Figure 49042DEST_PATH_IMAGE158
a CPU dominant frequency available capacity value representing the current statistical period,
Figure 146311DEST_PATH_IMAGE159
represents the main frequency filtering factor of the CPU,
Figure 401974DEST_PATH_IMAGE160
a value representing the CPU main frequency available capacity of the last statistical period,
Figure 434652DEST_PATH_IMAGE161
representing the CPU master frequency total capacity of the hub unit user plane,
Figure 821771DEST_PATH_IMAGE162
the CPU main frequency of the user plane of the centralized unit has used capacity at the current moment,
Figure 847365DEST_PATH_IMAGE163
the CPU main frequency used capacity of the user plane of the centralized unit represents the access of the terminal. Wherein, CPU dominant frequency filter factor
Figure 534698DEST_PATH_IMAGE164
A constant term, a specific value can be set according to actual conditions, and a CPU main frequency filter factor
Figure 738278DEST_PATH_IMAGE165
For smoothing
Figure 301108DEST_PATH_IMAGE166
Is highly variable.
Specifically, the process of the first centralized unit user performing operation processing on terminal data of all the terminals accessed to obtain the available memory capacity value of the first available capacity specifically includes: and the first centralized unit user plane performs operation processing on the terminal data to obtain the available memory capacity of the last statistical period in the second available capacity, the used memory capacity of the user plane of the centralized unit when no terminal accesses in the first used amount, and the used memory capacity of the user plane of the centralized unit at the current moment, and obtain the total memory capacity and the memory filter factor of the user plane of the centralized unit. According to the following formula:
Figure 740180DEST_PATH_IMAGE167
obtaining a memory available capacity value of a current statistical cycle in the first available capacity, wherein,
Figure 157386DEST_PATH_IMAGE168
a value representing the available capacity of the memory for the current statistical period,
Figure 390921DEST_PATH_IMAGE169
represents the in-memory filter factor, and is,
Figure 142845DEST_PATH_IMAGE170
a value representing the amount of memory available in the last statistical cycle,
Figure 385608DEST_PATH_IMAGE171
representing the total memory capacity of the user plane of the concentration unit,
Figure 454058DEST_PATH_IMAGE172
the current time concentrates the used memory capacity of the user plane of the unit,
Figure 750172DEST_PATH_IMAGE173
representing the used capacity of the memory of the user plane of the centralized unit when the terminal is accessed. Wherein the filter factor is stored in memory
Figure 864759DEST_PATH_IMAGE174
A constant term, a specific numerical value can be set according to actual conditions, and a filter factor is stored in a memory
Figure 786579DEST_PATH_IMAGE175
For smoothing
Figure 771852DEST_PATH_IMAGE176
Is highly variable.
Specifically, the process of obtaining the value of the available bandwidth capacity of N3 of the first available capacity by performing operation processing on terminal data of all terminals accessed by the first centralized unit user is specifically: and the first centralized unit user plane performs operation processing on the terminal data, acquires the N3 bandwidth available capacity of the last statistical period in the second available capacity, the N3 bandwidth used capacity of the centralized unit user plane when no PDU session is accessed in the first used amount, and the N3 bandwidth used capacity of the centralized unit user plane at the current moment, and acquires the N3 bandwidth total capacity and the N3 bandwidth filter factor of the centralized unit user plane. According to the following formula:
Figure 737403DEST_PATH_IMAGE177
n3 bandwidth available for the current statistical period in the first available capacityThe value of the capacity is used, wherein,
Figure 339286DEST_PATH_IMAGE178
the value of N3 bandwidth available capacity representing the current statistical period,
Figure 595955DEST_PATH_IMAGE179
representing the bandwidth filtering factor of N3,
Figure 592992DEST_PATH_IMAGE180
the value of N3 bandwidth available capacity representing the last statistical period,
Figure 604810DEST_PATH_IMAGE181
representing the total capacity of the N3 bandwidth of the centralized unit user plane,
Figure 303776DEST_PATH_IMAGE182
the N3 bandwidth of the centralized element user plane has used capacity at the current time,
Figure 426453DEST_PATH_IMAGE183
representing the N3 bandwidth used capacity of the user plane of the concentrator unit when no PDU session is accessed. Wherein, N3 bandwidth filtering factor
Figure 776531DEST_PATH_IMAGE184
The specific value can be set according to the actual situation, and the N3 bandwidth filtering factor is a constant term
Figure 896934DEST_PATH_IMAGE185
For smoothing
Figure 207830DEST_PATH_IMAGE186
Is highly variable.
Specifically, the process of the first centralized unit user performing operation processing on terminal data of all accessed terminals to obtain the F1 bandwidth available capacity value of the first available capacity specifically includes: and the first centralized unit user plane performs operation processing on the terminal data, acquires F1 bandwidth available capacity of a last statistical period in the second available capacity, F1 bandwidth used capacity of the centralized unit user plane when no PDU session in the first used amount is accessed, and F1 bandwidth used capacity of the centralized unit user plane at the current moment, and acquires F1 bandwidth total capacity and F1 bandwidth filter factor of the centralized unit user plane. According to the following formula:
Figure 760296DEST_PATH_IMAGE187
the F1 bandwidth available capacity value for the current statistical period in the first available capacity is obtained, wherein,
Figure 840248DEST_PATH_IMAGE188
the value of the bandwidth availability capacity of F1 representing the current statistical period,
Figure 69235DEST_PATH_IMAGE189
representing the bandwidth filtering factor of F1,
Figure 788798DEST_PATH_IMAGE190
the value of the bandwidth available capacity of F1 representing the last statistical period,
Figure 518857DEST_PATH_IMAGE191
representing the total capacity of the F1 bandwidth of the centralized unit user plane,
Figure 594260DEST_PATH_IMAGE192
the F1 bandwidth of the centralized unit user plane has used capacity at the current time,
Figure 118782DEST_PATH_IMAGE193
f1 bandwidth used capacity representing the user plane of the central unit when no PDU session is accessed. Wherein, F1 bandwidth filtering factor
Figure 776508DEST_PATH_IMAGE194
The specific value of the constant term can be set according to actual conditions, and the F1 bandwidth filtering factor
Figure 44678DEST_PATH_IMAGE189
For smoothing
Figure 974588DEST_PATH_IMAGE195
Is highly variable.
Specifically, the process of the first centralized unit user performing operation processing on the terminal data of all the accessed terminals to obtain the Xn bandwidth available capacity value of the first available capacity specifically includes: and the first centralized unit user plane performs operation processing on the terminal data, acquires the Xn bandwidth available capacity of the last statistical period in the second available capacity, the Xn bandwidth used capacity of the centralized unit user plane when no PDU session is accessed in the first used amount, and the Xn bandwidth used capacity of the centralized unit user plane at the current moment, and acquires the total Xn bandwidth capacity and the Xn bandwidth filtering factor of the centralized unit user plane. According to the following formula:
Figure 935591DEST_PATH_IMAGE196
and obtaining the Xn bandwidth available capacity value of the current statistical period in the first available capacity. Wherein the content of the first and second substances,
Figure 629746DEST_PATH_IMAGE197
an Xn bandwidth availability capacity value representing the current statistics period,
Figure 311395DEST_PATH_IMAGE198
representing the filter factor of the Xn bandwidth,
Figure 220445DEST_PATH_IMAGE199
an Xn bandwidth available capacity value representing the last statistical period,
Figure 712868DEST_PATH_IMAGE200
representing the total Xn bandwidth capacity of the concentrated unit user plane,
Figure 972948DEST_PATH_IMAGE201
the Xn bandwidth used capacity of the centralized unit user plane at the current time,
Figure 458287DEST_PATH_IMAGE202
representing the used capacity of Xn bandwidth of the user plane of the central unit when no PDU session is accessed. Wherein, Xn bandwidth filter factor
Figure 408795DEST_PATH_IMAGE203
As constant term, the specific value can be set according to actual conditions, and Xn bandwidth filtering factor
Figure 711600DEST_PATH_IMAGE204
For smoothing
Figure 68763DEST_PATH_IMAGE205
Is highly variable.
In an embodiment, the process of obtaining the first available capacity by performing operation processing on terminal data of all accessed terminals by a first centralized unit user is specifically as follows: the first centralized unit user performs operation processing on the terminal data to obtain a second available capacity
Figure 216848DEST_PATH_IMAGE206
The fourth used amount
Figure 726589DEST_PATH_IMAGE207
And obtaining the total capacity of the user plane of the second concentration unit
Figure 200296DEST_PATH_IMAGE208
And a second filter factor
Figure 841492DEST_PATH_IMAGE209
. The first used amount includes a fourth used amount. According to the formula
Figure 917902DEST_PATH_IMAGE210
Obtaining the first available capacity
Figure 921630DEST_PATH_IMAGE211
. Wherein the second available capacity
Figure 176025DEST_PATH_IMAGE212
Including the PDU session number available capacity value and the radio data bearer number available capacity value of the last statistical period. The fourth used amount
Figure 632414DEST_PATH_IMAGE213
The method comprises the used capacity of the PDU conversation number of the user plane of the centralized unit at the current moment and the used capacity of the wireless data bearing number of the user plane of the centralized unit at the current moment. Total capacity of user plane of the second centralized unit
Figure 13979DEST_PATH_IMAGE214
Including the total PDU session count capacity of the centralized unit user plane and the total radio data bearer count capacity of the centralized unit user plane. The second filter factor
Figure 606634DEST_PATH_IMAGE215
Including PDU session number filter factors and radio data bearer number filter factors. The first available capacity includes a PDU session number available capacity value and a radio data bearer number available capacity value for a current statistics period. Wherein the second filter factor
Figure 828668DEST_PATH_IMAGE216
A constant term, a specific value can be set according to actual conditions, and a second filtering factor
Figure 896987DEST_PATH_IMAGE217
For smoothing
Figure 456145DEST_PATH_IMAGE218
Is highly variable.
Specifically, the process of the first centralized unit user performing operation processing on the terminal data of all the accessed terminals to obtain the PDU session number available capacity value of the first available capacity specifically includes: and the first centralized unit user plane performs operation processing on the terminal data, acquires the available capacity of the PDU session number in the last statistical period in the second available capacity and the used capacity of the PDU session number of the centralized unit user plane at the current moment in the first used capacity, and acquires the total capacity of the PDU session number and the PDU session number filter factor of the centralized unit user plane. According to the following formula:
Figure 44252DEST_PATH_IMAGE219
and obtaining the PDU session number available capacity value of the current statistical period in the first available capacity. Wherein the content of the first and second substances,
Figure 765083DEST_PATH_IMAGE220
the PDU session number available capacity value representing the current statistics period,
Figure 618901DEST_PATH_IMAGE221
represents a filtering factor for the number of sessions of the PDU,
Figure 591536DEST_PATH_IMAGE222
a value representing the available capacity of the number of PDU sessions of the last statistical period,
Figure 424363DEST_PATH_IMAGE223
represents the total capacity of PDU sessions number of the user plane of the concentration unit,
Figure 175150DEST_PATH_IMAGE224
the PDU session number of the centralized unit user plane has used capacity at the current moment. Wherein the PDU session number filter factor
Figure 93427DEST_PATH_IMAGE225
A constant term, a specific value can be set according to the actual situation, and a PDU session number filter factor
Figure 869754DEST_PATH_IMAGE226
For smoothing
Figure 291508DEST_PATH_IMAGE227
Is changed drastically.
Specifically, the process of the first centralized unit user performing operation processing on terminal data of all the terminals accessed to obtain the available capacity value of the radio data bearer number of the first available capacity specifically includes: and the first centralized unit user plane performs operation processing on the terminal data, acquires the available capacity of the wireless data bearer number of the centralized unit user plane at the current moment in the second available capacity and the used capacity of the wireless data bearer number of the centralized unit user plane in the first used capacity, and acquires the total capacity of the wireless data bearer number of the centralized unit user plane and the filtering factor of the wireless data bearer number. According to the following formula:
Figure 42557DEST_PATH_IMAGE228
and obtaining the available capacity value of the wireless data bearing number of the current statistical period in the first available capacity. Wherein, the first and the second end of the pipe are connected with each other,
Figure 57918DEST_PATH_IMAGE229
a value representing the available capacity of the number of radio data bearers for the current statistical period,
Figure 762568DEST_PATH_IMAGE230
representing a wireless data bearer number filter factor,
Figure 163463DEST_PATH_IMAGE231
a value representing the available capacity of the number of radio data bearers of the last statistical period,
Figure 662577DEST_PATH_IMAGE232
representing the total capacity of the radio data bearers of the user plane of the centralized unit,
Figure 165234DEST_PATH_IMAGE233
the current time concentrates the used capacity of the radio data bearer number of the user plane of the unit. Wherein the wireless data carrying number filter factor
Figure 830833DEST_PATH_IMAGE234
The specific numerical value can be set according to the actual situation,wireless data bearer number filter factor
Figure 227179DEST_PATH_IMAGE235
For smoothing
Figure 772561DEST_PATH_IMAGE236
Is highly variable.
In one embodiment, there are also cases where the centralized unit user plane and the distributed unit co-exist. In the case of a combination of the hub unit user plane and the distribution unit, the hub unit user plane and the distribution unit are located on the same physical host, and both can use one of the intra-host communications, such as interprocess communications, such as shared memory, so that the shared memory resource can be used to replace the F1 bandwidth resource. Therefore, the process of the first centralized unit user performing operation processing on the terminal data of all the accessed terminals to obtain the available capacity value of the shared memory of the first available capacity specifically includes: and the first centralized unit user plane performs operation processing on the terminal data, acquires the available capacity of the shared memory of the last statistical period in the second available capacity, the used capacity of the shared memory of the centralized unit user plane when no terminal accesses in the first used capacity, and the used capacity of the shared memory of the centralized unit user plane at the current moment, and acquires the total capacity of the shared memory and the shared memory filter factor of the centralized unit user plane. According to the following formula:
Figure 621568DEST_PATH_IMAGE237
obtaining a value of the available capacity of the shared memory for the current statistical period in the first available capacity, wherein,
Figure 527076DEST_PATH_IMAGE238
representing the value of the available capacity of the shared memory for the current statistical period,
Figure 43508DEST_PATH_IMAGE239
representing the shared-memory filter factor, is,
Figure 759791DEST_PATH_IMAGE240
the value of the available capacity of the shared memory representing the last statistical period,
Figure 361674DEST_PATH_IMAGE241
representing the total capacity of the shared memory of the user plane of the centralized unit,
Figure 369076DEST_PATH_IMAGE242
the shared memory used capacity of the user plane of the centralized unit at the current moment,
Figure 615380DEST_PATH_IMAGE243
representing the shared memory used capacity of the user plane of the central unit without PDU session access. Wherein the memory filter factor is shared
Figure 361619DEST_PATH_IMAGE244
A constant term, a specific value can be set according to actual conditions, and a filter factor of a shared memory
Figure 309853DEST_PATH_IMAGE245
For smoothing
Figure 698109DEST_PATH_IMAGE246
Is changed drastically.
In an embodiment, the N3, F1, Xn bandwidth available capacity values of the current statistics cycle centralized unit user plane in the first available capacity are compared, the CPU master frequency available capacity value, the memory available capacity value, the PDU session number available capacity value, and the radio data bearer number available capacity value, and the minimum available capacity value is the minimum value of the first available capacity. And the first centralized unit user plane compares the N3 bandwidth available capacity value, the F1 bandwidth available capacity value and the Xn bandwidth available capacity value of the last statistical period in the second available capacity, the CPU main frequency available capacity value, the memory available capacity value, the PDU session number available capacity value and the radio data bearer number available capacity value to obtain the minimum available capacity value which is the minimum value of the second available capacity.
In an embodiment, when the first centralized unit user plane reports the first available capacity, the first centralized unit user plane performs operation processing on terminal data of all accessed terminals to obtain a second available capacity. The first centralized unit user plane acquires a minimum value of the first available capacity and a minimum value of the second available capacity. Wherein, the CPU main frequency available capacity value of the first available capacity including the current statistical period can be obtained by calculation according to the above
Figure 798920DEST_PATH_IMAGE247
And available capacity value of memory
Figure 392757DEST_PATH_IMAGE248
N3 value of bandwidth available capacity
Figure 969232DEST_PATH_IMAGE249
F1 value of available capacity of bandwidth
Figure 770966DEST_PATH_IMAGE250
Xn bandwidth available capacity value
Figure 585338DEST_PATH_IMAGE251
PDU session number available capacity value
Figure 329172DEST_PATH_IMAGE252
Available capacity value of radio data carrying number
Figure 799468DEST_PATH_IMAGE253
And sharing available capacity value of memory
Figure 529526DEST_PATH_IMAGE254
Thus obtaining a minimum value of the first available capacity of
Figure 824504DEST_PATH_IMAGE255
Or the minimum value of the first available capacity is
Figure 614605DEST_PATH_IMAGE256
. Similarly, the minimum value of the second available capacity is obtained
Figure 572197DEST_PATH_IMAGE257
Or the minimum value of the first available capacity is
Figure 965001DEST_PATH_IMAGE258
. A first centralized unit user plane minimizes the first available capacity
Figure 19545DEST_PATH_IMAGE259
And a minimum value of said second available capacity
Figure 855914DEST_PATH_IMAGE260
Comparing to obtain a first difference value
Figure 97539DEST_PATH_IMAGE060
. The first difference value is processed by the user plane of the first centralized unit
Figure 795499DEST_PATH_IMAGE261
And comparing the first available capacity with a preset threshold to obtain a comparison result, and reporting the first available capacity if the comparison result meets a preset condition. And reporting the first available capacity to the control plane of the centralized unit through the user plane of each centralized unit.
In one embodiment, the first centralized unit user plane presets a statistical period when reporting the first available capacity
Figure 970128DEST_PATH_IMAGE262
The unit is millisecond, for example 2000 millisecond, the specific value can be set according to the actual situation, and the preset available capacity reporting update period is
Figure 508557DEST_PATH_IMAGE263
In milliseconds, e.g., 500 milliseconds, and the specific value may be based onAnd setting the actual situation. Wherein
Figure 627692DEST_PATH_IMAGE264
. The preset first difference is expressed as
Figure 237664DEST_PATH_IMAGE265
The preset threshold value is represented by
Figure 938904DEST_PATH_IMAGE130
And
Figure 179393DEST_PATH_IMAGE266
wherein
Figure 349605DEST_PATH_IMAGE267
And
Figure 638635DEST_PATH_IMAGE268
represents an integer of 0 to 255, and
Figure 256698DEST_PATH_IMAGE269
，
Figure 855039DEST_PATH_IMAGE270
and
Figure 824132DEST_PATH_IMAGE062
the specific numerical value can be set according to actual conditions. Comparing the first difference value
Figure 448011DEST_PATH_IMAGE060
And a predetermined threshold value
Figure 77838DEST_PATH_IMAGE271
And
Figure 456867DEST_PATH_IMAGE272
and comparing to obtain a comparison result. If the comparison result is
Figure 788622DEST_PATH_IMAGE273
Then the available capacity is not waited to report an update period of
Figure 278509DEST_PATH_IMAGE274
And immediately reporting the first available capacity after time out. If the comparison result is
Figure 261378DEST_PATH_IMAGE275
Then wait for the available capacity to report an update period of
Figure 76887DEST_PATH_IMAGE276
And reporting the first available capacity after time out. If the comparison result is
Figure 692676DEST_PATH_IMAGE277
And not reporting the first available capacity.
In an embodiment, when the hub unit user plane reports the available capacity information to the hub unit control plane, after the E1 interface is established, the hub unit user plane may actively initiate reporting of the available capacity by configuring a reporting procedure through the gNB-CU-UP. Fig. 3 is a first available Capacity reporting flow chart according to an embodiment of the present application, and referring to fig. 3, data transmission between the concentrated subscriber unit user plane and the concentrated unit control panel is performed through GNB-CU-UP-Capacity field delivery in a GNB-CU-UP E1 SETUP REQUEST message in an E1 flow initiated by the concentrated unit user plane. Fig. 4 is another first available Capacity reporting flow chart provided in this embodiment, and referring to fig. 4, data transmission between the centralized subscriber unit user plane and the centralized unit control panel is performed through GNB-CU-UP-Capacity field delivery in a GNB-CU-CP E1 SETUP RESPONSE message in an E1 procedure initiated by the centralized unit control plane. Fig. 5 is a schematic CONFIGURATION diagram of a reporting procedure provided in an embodiment of the present application, and referring to fig. 5, data transmission between a centralized user unit user plane and a centralized unit control panel is performed through GNB-CU-UP-Capacity field transfer in a GNB-CU-UP CONFIGURATION UPDATE message in a GNB-CU-UP CONFIGURATION procedure initiated by a centralized unit control plane.
In one embodiment, the first hub unit user plane reports the first difference when reporting the first available capacity
Figure 612353DEST_PATH_IMAGE278
And a predetermined threshold
Figure 325094DEST_PATH_IMAGE279
And
Figure 921291DEST_PATH_IMAGE280
and comparing to obtain a comparison result. If the comparison result is
Figure 352273DEST_PATH_IMAGE281
Then the available capacity is not waited to report an update period of
Figure 370913DEST_PATH_IMAGE282
And immediately initiating a GNB-CU-UP configuration updating process to report the first available capacity after time out. If the comparison result is
Figure 141423DEST_PATH_IMAGE283
Then wait for the available capacity to report an update period of
Figure 970839DEST_PATH_IMAGE284
And after time out, initiating a GNB-CU-UP configuration updating process to report the first available capacity. If the comparison result is
Figure 515215DEST_PATH_IMAGE285
And if so, not initiating a GNB-CU-UP configuration updating process to report the first available capacity.
S102, according to the available capacity of the plurality of centralized unit user planes and a preset condition, determining a first centralized unit user plane with the available capacity meeting the preset condition.
In a scenario where a single concentrator control plane interfaces with multiple concentrator user planes, the concentrator control plane is shared
Figure 885016DEST_PATH_IMAGE286
A centralized unit user plane. Obtaining
Figure 447716DEST_PATH_IMAGE287
The available Capacity information GNB-CU-UP-Capacity reported by the user plane of the centralized unit obtains the first statistical period
Figure 775929DEST_PATH_IMAGE288
Available capacity reported by user plane of centralized unit
Figure 40557DEST_PATH_IMAGE289
Wherein
Figure 417312DEST_PATH_IMAGE290
In which available capacity
Figure 693572DEST_PATH_IMAGE291
Comprises that
Figure 84365DEST_PATH_IMAGE292
、
Figure 446076DEST_PATH_IMAGE293
、
Figure 298625DEST_PATH_IMAGE294
、
Figure 881922DEST_PATH_IMAGE295
、
Figure 551938DEST_PATH_IMAGE296
、
Figure 541891DEST_PATH_IMAGE297
、
Figure 57186DEST_PATH_IMAGE298
、
Figure 523935DEST_PATH_IMAGE299
And
Figure 364852DEST_PATH_IMAGE300
。
Figure 638839DEST_PATH_IMAGE301
is an integer between 0 and 255. Order to
Figure 348037DEST_PATH_IMAGE116
An
Figure 718976DEST_PATH_IMAGE302
Sum of
Figure 340581DEST_PATH_IMAGE303
According to the available capacity reported by the user plane of the centralized unit
Figure 164181DEST_PATH_IMAGE304
Obtaining the total available capacity reported by j centralized unit user planes
Figure 178535DEST_PATH_IMAGE305
Wherein
Figure 76084DEST_PATH_IMAGE306
，
Figure 258804DEST_PATH_IMAGE307
. And when the user plane of the first centralized unit is determined, generating a random integer R which is between 0 and uniformly distributed before. If the total available capacity
Figure 694333DEST_PATH_IMAGE308
Satisfy the preset conditions
Figure 620701DEST_PATH_IMAGE309
And when R is equal to 0, obtaining the 1 st centralized unit user plane as the first centralized unit user plane. If the total available capacity is
Figure 576019DEST_PATH_IMAGE310
Satisfies the predetermined conditions
Figure 195219DEST_PATH_IMAGE311
R is (0 to 255)]When the number of the user planes is an integer, the jth centralized unit user plane is obtained as the first centralized unit user plane.
S103, accessing a new terminal to the user plane of the first centralized unit.
The new terminal is accessed to the first centralized unit user plane, and the PDU session, the wireless data bearer and the QoS flow which belong to the accessed new terminal are handed to the first unit user plane for processing, so that the available capacity corresponding to the first centralized unit user plane is changed, and the subsequently reported available capacity information is different from the available capacity information when the new terminal is not accessed.
When a new terminal is accessed, determining the available capacity of the user planes of the plurality of concentration units according to the available capacity information reported by the user planes of the plurality of concentration units, determining a first user plane of the concentration units, the available capacity of which meets the preset condition, according to the available capacity of the user planes of the plurality of concentration units and the preset condition, and accessing the new terminal to the first user plane of the concentration units; the available capacity information is obtained by reporting a first available capacity by the first centralized unit user plane, the first available capacity is obtained by performing operation processing on terminal data of all accessed terminals by the first centralized unit user plane, and the first available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the centralized unit user plane of a current statistical period. By adopting the technical means, the first available capacity comprising the N3 bandwidth available capacity value, the F1 bandwidth available capacity value and the Xn bandwidth available capacity value of the concentrated unit user plane of the current statistical period reported by the first concentrated unit user plane can be received, so that the available capacity of the concentrated unit user plane can be distinguished for an N3 interface between the concentrated unit user plane and a core network, an F1 interface between the concentrated unit user plane and a user end node and an Xn interface between the concentrated unit user plane and an adjacent base station when the available capacity of the concentrated unit user plane is obtained, and the calculation accuracy of the available capacity of the 5G concentrated unit user plane is improved. In addition, the first centralized unit user planes with the available capacity meeting the preset conditions can be screened, so that good data interaction can be realized after the new terminal is accessed into the first centralized unit user planes, and the access rationality of the new terminal is improved.
Based on the foregoing embodiments, fig. 6 is a schematic structural diagram of an apparatus for enabling a terminal to access a user plane of a centralized unit in a balanced manner according to an embodiment of the present application. Referring to fig. 6, the apparatus for enabling a terminal to access a centralized unit user plane in a balanced manner in this embodiment specifically includes: a plurality of available capacity determination units 21, a first concentration unit user plane determination unit 22 and a new terminal access unit 23.
The multiple available capacity determining units 21 are configured to determine available capacities of the multiple concentrator unit user planes according to available capacity information reported by the multiple concentrator unit user planes when a new terminal accesses, where the available capacity information is obtained by a first concentrator unit user plane reporting a first available capacity at variable times, where the first available capacity is obtained by performing operation on terminal data of all terminals accessed by the first concentrator unit user plane, and the first available capacity includes a value of an available capacity of an N3 bandwidth, a value of an available capacity of an F1 bandwidth, and a value of an available capacity of an Xn bandwidth of the concentrator unit user plane in a current statistics period. Wherein the plurality of available capacity determination units 21 are located in the central unit control plane.
The first concentration unit user plane determining unit 22 is configured to determine, according to the available capacities of the plurality of concentration unit user planes and the preset condition, a first concentration unit user plane whose available capacity meets the preset condition. Wherein said first concentration unit user plane determining unit 22 is located in the concentration unit control plane.
And the new terminal access unit 23 is configured to access a new terminal to the user plane of the first centralized unit.
Further, the apparatus further includes a first available capacity reporting unit;
the first available capacity reporting unit is configured to perform operation processing on terminal data of all accessed terminals to obtain a second available capacity, where the second available capacity includes an N3 bandwidth available capacity value, an F1 bandwidth available capacity value, and an Xn bandwidth available capacity value of a centralized unit user plane of a previous statistical period;
the first centralized unit user plane acquires the minimum value of the first available capacity and the minimum value of the second available capacity;
comparing the minimum value of the first available capacity with the minimum value of the second available capacity to obtain a first difference value;
and comparing the first difference value with a preset threshold value to obtain a comparison result, and reporting the first available capacity if the comparison result meets a preset condition.
Further, the apparatus further includes a first available capacity calculation unit;
the first available capacity calculating unit is configured to perform operation processing on terminal data of all accessed terminals, obtain a second available capacity and a first used capacity, and obtain a total capacity and a filter factor of a user plane of the central unit, where the second available capacity further includes a CPU main frequency available capacity value, a memory available capacity value, a PDU session number available capacity value, and a radio data bearer number available capacity value of a last statistical cycle, the first used capacity includes an N3 bandwidth used capacity of the user plane of the central unit at a current time, an F1 bandwidth used capacity, an Xn bandwidth used capacity, a CPU main frequency used capacity, a memory used capacity, a PDU session number used capacity, and a radio data bearer number used general capacity, and the total capacity of the user plane of the central unit includes an N3 bandwidth total capacity, an F1 bandwidth total capacity, an Xn bandwidth total capacity, a CPU main frequency total capacity, a PDU session number total capacity, an Xn bandwidth total capacity, a PDU session number, a radio data bearer number used general capacity, and a filter factor of the user plane of the central unit, and the total capacity of the user plane of the central unit are obtained by the last statistical cycle The filter factors comprise an N3 bandwidth filter factor, an F1 bandwidth filter factor, an Xn bandwidth filter factor, a CPU dominant frequency filter factor, a memory filter factor, a PDU session number filter factor and a wireless data bearing number filter factor;
and performing operation processing on the second available capacity, the first used capacity, the total capacity of the user plane of the centralized unit and the filter factor to obtain a first available capacity, wherein the first available capacity further comprises a CPU main frequency available capacity value, a memory available capacity value, a PDU session number available capacity value and a wireless data bearer number available capacity value of the current statistical period.
Further, the first available capacity reporting unit is further configured to compare an available capacity value of N3 bandwidth, an available capacity value of F1 bandwidth, an available capacity value of Xn bandwidth, a main frequency available capacity value of a CPU, an available capacity value of a memory, an available capacity value of PDU session numbers, and an available capacity value of the radio data bearers in the current statistical period centralized unit user plane in the first available capacity, and obtain a minimum available capacity value as a minimum value of the first available capacity
And comparing the N3 bandwidth available capacity value, the F1 bandwidth available capacity value and the Xn bandwidth available capacity value of the last statistical period in the second available capacity, the CPU main frequency available capacity value, the memory available capacity value, the PDU session number available capacity value and the wireless data bearer number available capacity value to obtain the minimum available capacity value which is the minimum value of the second available capacity.
Further, the first available capacity calculating unit is further configured to perform operation processing on the terminal data to obtain a second available capacity
Figure 416247DEST_PATH_IMAGE312
The second used amount
Figure 756093DEST_PATH_IMAGE313
And the third used amount
Figure 690551DEST_PATH_IMAGE314
And obtaining the total capacity of the user plane of the first concentration unit
Figure 605286DEST_PATH_IMAGE315
And a first filter factor
Figure 625194DEST_PATH_IMAGE316
，
According to the formula
Figure 565469DEST_PATH_IMAGE317
Obtaining the first available capacity
Figure 246111DEST_PATH_IMAGE318
；
Wherein the second available capacity
Figure 941534DEST_PATH_IMAGE319
The system comprises a network bandwidth available capacity value, a CPU main frequency available capacity value and a memory available capacity value of the last statistical period, and the second used value
Figure 386422DEST_PATH_IMAGE320
The method comprises the used network bandwidth capacity of the user plane of the central unit when no PDU conversation is accessed, the used CPU main frequency capacity of the user plane of the central unit when no terminal is accessed, and the used memory capacity of the user plane of the central unit when no terminal is accessed, and the third used capacity
Figure 582917DEST_PATH_IMAGE321
The method comprises the used network bandwidth capacity of the user plane of the current time central unit, the used CPU main frequency capacity of the user plane of the current time central unit, and the used memory capacity of the user plane of the current time central unit, the total capacity of the user plane of the central unit
Figure 491967DEST_PATH_IMAGE322
Including total network bandwidth capacity, CPU main frequency capacity and memory capacity of user plane of centralized unit, and the filter factor
Figure 499238DEST_PATH_IMAGE323
The filter comprises a network bandwidth filter factor, a CPU main frequency filter factor and a memory filter factor.
Further, the network bandwidth available capacity value includes a N3 bandwidth available capacity value, a F1 bandwidth available capacity value, and an Xn bandwidth available capacity value, where the N3 bandwidth available capacity value includes a bandwidth available capacity value of an interface of the central unit user plane interfacing with the subscriber units of the core network, the F1 bandwidth available capacity value includes a bandwidth available capacity value of an interface of the central unit user plane interfacing with the distribution units, and the Xn bandwidth includes a bandwidth available capacity value of an interface of the central unit user plane interfacing with the neighbor base stations.
Further, the first available capacity calculating unit is configured to perform operation processing on the terminal data, acquire N3 bandwidth available capacity of a last statistical cycle in the second available capacity, N3 bandwidth used capacity of the centralized unit user plane when no PDU session in the first used amount is accessed, and N3 bandwidth used capacity of the centralized unit user plane at the current time, and acquire N3 bandwidth total capacity and N3 bandwidth filter factor of the centralized unit user plane;
according to the following formula:
Figure 493738DEST_PATH_IMAGE324
the value of N3 bandwidth available capacity for the current statistical period in the first available capacity is obtained,
wherein, the first and the second end of the pipe are connected with each other,
Figure 729810DEST_PATH_IMAGE325
n3 represents the bandwidth availability capacity value for the current statistics period,
Figure 758946DEST_PATH_IMAGE326
representing the bandwidth filtering factor of N3,
Figure 468276DEST_PATH_IMAGE327
the value of N3 bandwidth available capacity representing the last statistical period,
Figure 340286DEST_PATH_IMAGE328
representing the total capacity of the N3 bandwidth of the centralized unit user plane,
Figure 753950DEST_PATH_IMAGE329
the N3 bandwidth of the centralized element user plane has used capacity at the current time,
Figure 247379DEST_PATH_IMAGE183
n3 bandwidth used capacity representing the user plane of the central unit without PDU session access;
performing operation processing on the terminal data, acquiring F1 bandwidth available capacity of a last statistical period in the second available capacity, F1 bandwidth used capacity of a user plane of the centralized unit when no PDU session in the first used amount is accessed, and F1 bandwidth used capacity of the user plane of the centralized unit at the current moment, and acquiring F1 bandwidth total capacity and F1 bandwidth filter factors of the user plane of the centralized unit;
according to the following formula:
Figure 455506DEST_PATH_IMAGE330
the value of the bandwidth available capacity of F1 for the current statistical period in the first available capacity is obtained,
wherein the content of the first and second substances,
Figure 50698DEST_PATH_IMAGE331
f1 bandwidth availability capacity value representing the current statistics period,
Figure 940157DEST_PATH_IMAGE189
representing the bandwidth filtering factor of F1,
Figure 678306DEST_PATH_IMAGE332
the value of the bandwidth available capacity of F1 representing the last statistical period,
Figure 181968DEST_PATH_IMAGE333
representing the total capacity of the F1 bandwidth of the centralized unit user plane,
Figure 310461DEST_PATH_IMAGE334
the F1 bandwidth of the centralized unit user plane has used capacity at the current time,
Figure 65928DEST_PATH_IMAGE335
f1 bandwidth used capacity representing the user plane of the central unit without PDU session access;
performing operation processing on terminal data to obtain the Xn bandwidth available capacity of the last statistical period in the second available capacity, the Xn bandwidth used capacity of the user plane of the centralized unit when no PDU session is accessed in the first used amount, and the Xn bandwidth used capacity of the user plane of the centralized unit at the current moment, and obtaining the total Xn bandwidth capacity and the Xn bandwidth filter factor of the user plane of the centralized unit;
according to the following formula:
Figure 550261DEST_PATH_IMAGE336
obtaining the Xn bandwidth available capacity value of the current statistical period in the first available capacity,
wherein the content of the first and second substances,
Figure 365770DEST_PATH_IMAGE337
an Xn bandwidth available capacity value representing the current statistics period,
Figure 919242DEST_PATH_IMAGE338
representing the filter factor of the Xn bandwidth,
Figure 212820DEST_PATH_IMAGE339
an Xn bandwidth available capacity value representing the last statistical period,
Figure 50195DEST_PATH_IMAGE340
representing the total Xn bandwidth capacity of the concentrated unit user plane,
Figure 36606DEST_PATH_IMAGE341
the Xn bandwidth used capacity of the centralized unit user plane at the current time,
Figure 342953DEST_PATH_IMAGE342
representing the used capacity of Xn bandwidth of the user plane of the central unit when no PDU session is accessed.
Furthermore, the first available capacity calculating unit is further configured to perform operation processing on the terminal data by the first centralized unit user to obtain a second available capacity
Figure 440222DEST_PATH_IMAGE343
The fourth used amount
Figure 430306DEST_PATH_IMAGE344
And obtaining the total capacity of the user plane of the second centralized unit
Figure 462984DEST_PATH_IMAGE345
And a second filter factor
Figure 115682DEST_PATH_IMAGE115
，
According to the formula
Figure 141276DEST_PATH_IMAGE346
Obtaining the first available capacity
Figure 828609DEST_PATH_IMAGE347
；
Wherein the second available capacity
Figure 32189DEST_PATH_IMAGE348
A PDU session number available capacity value and a radio data bearer number available capacity value including a last statistic period, the fourth used amount
Figure 906604DEST_PATH_IMAGE349
Including the used PDU session number capacity of the current time central unit user plane and the used wireless data bearing number capacity of the current time central unit user plane, the total capacity of the second central unit user plane
Figure 960055DEST_PATH_IMAGE350
Including total PDU session number capacity of centralized unit user plane and total wireless data bearing number capacity of centralized unit user plane, the second filter factor
Figure 501895DEST_PATH_IMAGE351
Including PDU session number filter factors and radio data bearer number filter factors.
Further, the first centralized unit user interfaceA determining unit for obtaining
Figure 876376DEST_PATH_IMAGE287
The available capacity information reported by the user plane of each centralized unit is obtained to obtain the first statistical period
Figure 503666DEST_PATH_IMAGE352
Available capacity reported by user plane of centralized unit
Figure 667800DEST_PATH_IMAGE353
Wherein
Figure 205092DEST_PATH_IMAGE354
;
According to the available capacity reported by the user plane of the centralized unit
Figure 875108DEST_PATH_IMAGE120
Obtaining the total available capacity reported by j centralized unit user planes
Figure 350214DEST_PATH_IMAGE126
Wherein
Figure 131088DEST_PATH_IMAGE355
，
Figure 522886DEST_PATH_IMAGE356
；
If the total available capacity
Figure 285174DEST_PATH_IMAGE357
Satisfy the preset conditions
Figure 621478DEST_PATH_IMAGE358
If R is equal to 0, then obtaining the 1 st centralized unit user plane as the first centralized unit user plane;
if the total available capacity
Figure 81409DEST_PATH_IMAGE057
Satisfies the predetermined conditions
Figure 186768DEST_PATH_IMAGE358
R is (0 to 255)]When the number of the second concentrated unit user plane is an integer, the jth concentrated unit user plane is obtained as the first concentrated unit user plane.
Further, the first available capacity reporting unit is further configured to preset an available capacity reporting update period as
Figure 824685DEST_PATH_IMAGE359
The preset first difference is expressed as
Figure 913864DEST_PATH_IMAGE360
The preset threshold value is represented by
Figure 708645DEST_PATH_IMAGE132
And
Figure 324303DEST_PATH_IMAGE361
wherein
Figure 507023DEST_PATH_IMAGE132
And
Figure 427705DEST_PATH_IMAGE266
represents an integer of 0 to 255, and
Figure 354073DEST_PATH_IMAGE134
；
comparing the first difference value
Figure 325702DEST_PATH_IMAGE360
And a predetermined threshold
Figure 351427DEST_PATH_IMAGE132
And
Figure 149619DEST_PATH_IMAGE361
comparing to obtain a comparison result;
if the comparison result is
Figure 738732DEST_PATH_IMAGE362
Then not waiting for available capacity to report an update period of
Figure 938769DEST_PATH_IMAGE363
Reporting the first available capacity immediately after time out;
if the comparison result is
Figure 338657DEST_PATH_IMAGE364
Then wait for the available capacity to report an update period of
Figure 624145DEST_PATH_IMAGE363
Reporting the first available capacity after time-out
If the comparison result is
Figure 510641DEST_PATH_IMAGE141
Then the first available capacity is not reported.
When a new terminal is accessed, determining the available capacity of the user planes of the plurality of concentration units according to the available capacity information reported by the user planes of the plurality of concentration units, determining a first user plane of the concentration units, the available capacity of which meets the preset conditions, according to the available capacity of the user planes of the plurality of concentration units and the preset conditions, and accessing the new terminal to the first user plane of the concentration units; the available capacity information is obtained by reporting a first available capacity by the first centralized unit user plane, the first available capacity is obtained by performing operation processing on terminal data of all accessed terminals by the first centralized unit user plane, and the first available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the centralized unit user plane of a current statistical period. By adopting the technical means, the first available capacity comprising the N3 bandwidth available capacity value, the F1 bandwidth available capacity value and the Xn bandwidth available capacity value of the centralized unit user plane of the current statistical period reported by the first centralized unit user plane can be received, so that the available capacity of the centralized unit user plane can be distinguished for an N3 interface between the centralized unit user plane and a core network, an F1 interface between the centralized unit user plane and a user end node and an Xn interface between the centralized unit user plane and an adjacent base station when the available capacity of the centralized unit user plane is obtained, and the available capacity calculation accuracy of the 5G centralized unit user plane can be improved. In addition, the first centralized unit user planes with the available capacity meeting the preset conditions can be screened, so that good data interaction can be realized after the new terminal is accessed into the first centralized unit user planes, and the access rationality of the new terminal is improved.
The device for accessing the terminal to the user plane of the central unit in a balanced manner provided by the embodiment of the application can be used for executing the method for accessing the terminal to the user plane of the central unit in a balanced manner provided by the embodiment, and has corresponding functions and beneficial effects.
An embodiment of the present application provides an apparatus for enabling a terminal to be accessed to a user plane of a central unit in a balanced manner, where, with reference to fig. 7, the apparatus for enabling the terminal to be accessed to the user plane of the central unit in a balanced manner includes: a processor 31, a memory 32, a communication module 33, an input device 34, and an output device 35. The number of processors in the device for equalizing the access of the terminal to the user plane of the centralized unit can be one or more, and the number of memories in the device for equalizing the access of the terminal to the user plane of the centralized unit can be one or more. The processor, memory, communication module, input device and output device of the device for accessing the terminal to the user plane of the central unit in a balanced manner can be connected through a bus or in other ways.
The memory 32 serves as a computer readable storage medium, and can be used for storing software programs, computer executable programs, and modules, such as program instructions/modules corresponding to the method for balancing access of terminals to the user plane of the centralized unit according to any embodiment of the present application (for example, a plurality of available capacity determination units, a first centralized unit user plane determination unit, and a new terminal access unit in a device for balancing access of terminals to the user plane of the centralized unit). The memory can mainly comprise a program storage area and a data storage area, wherein the program storage area can store an operating system and an application program required by at least one function; the storage data area may store data created according to use of the device, and the like. Further, the memory may include high speed random access memory, and may also include non-volatile memory, such as at least one magnetic disk storage device, flash memory device, or other non-volatile solid state storage device. In some examples, the memory may further include memory located remotely from the processor, and these remote memories may be connected to the device over a network. Examples of such networks include, but are not limited to, the internet, intranets, local area networks, mobile communication networks, and combinations thereof.
The communication module 33 is used for data transmission.
The processor 31 executes various functional applications of the device and data processing by running software programs, instructions and modules stored in the memory, that is, the method for the balanced access of the terminals to the user plane of the centralized unit is realized.
The input device 34 may be used to receive entered numeric or character information and to generate key signal inputs relating to user settings and function controls of the apparatus. The output device 35 may include a display device such as a display screen.
The device for accessing the terminal to the user plane of the centralized unit in a balanced manner can be used for executing the method for accessing the terminal to the user plane of the centralized unit in a balanced manner, and has corresponding functions and beneficial effects.
The present embodiments also provide a storage medium storing computer-executable instructions, which when executed by a computer processor, are configured to perform a method for balancing access of a terminal to a hub unit user plane, where the method for balancing access of a terminal to a hub unit user plane includes: when a new terminal is accessed, determining the available capacity of the plurality of centralized unit user planes according to available capacity information reported by the plurality of centralized unit user planes, wherein the available capacity information is obtained by reporting a first available capacity by a first centralized unit user plane, the first available capacity is obtained by operating and processing terminal data of all accessed terminals by the first centralized unit user plane, and the first available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the centralized unit user plane of the current statistical period; determining a first centralized unit user plane with the available capacity meeting a preset condition according to the available capacity of the plurality of centralized unit user planes and the preset condition; and accessing a new terminal to the user plane of the first centralized unit.
Storage medium-any of various types of memory devices or storage devices. The term "storage medium" is intended to include: mounting media such as CD-ROM, floppy disk, or tape devices; computer system memory or random access memory such as DRAM, DDR RAM, SRAM, EDO RAM, Lanbas (Rambus) RAM, etc.; non-volatile memory, such as flash memory, magnetic media (e.g., hard disk or optical storage); registers or other similar types of memory elements, etc. The storage medium may also include other types of memory or combinations thereof. In addition, the storage medium may be located in a first computer system in which the program is executed, or may be located in a different second computer system connected to the first computer system through a network (such as the internet). The second computer system may provide program instructions to the first computer for execution. The term "storage medium" may include two or more storage media residing in different locations, e.g., in different computer systems connected by a network. The storage medium may store program instructions (e.g., embodied as a computer program) that are executable by one or more processors.
Of course, the storage medium storing computer-executable instructions provided in the embodiments of the present application is not limited to the method for enabling a terminal to access a centralized unit user plane in a balanced manner as described above, and may also perform related operations in the method for enabling a terminal to access a centralized unit user plane in a balanced manner as provided in any embodiment of the present application.
The apparatus, the storage medium, and the device for accessing a terminal to a user plane of a central unit in a balanced manner provided in the foregoing embodiments may execute the method for accessing a terminal to a user plane of a central unit in a balanced manner provided in any embodiment of the present application.
The foregoing is considered as illustrative only of the preferred embodiments of the invention and the principles of the technology employed. The present application is not limited to the particular embodiments described herein, but is capable of various obvious changes, rearrangements and substitutions as will now become apparent to those skilled in the art without departing from the scope of the invention. Therefore, although the present application has been described in more detail with reference to the above embodiments, the present application is not limited to the above embodiments, and may include other equivalent embodiments without departing from the spirit of the present application, and the scope of the present application is determined by the scope of the claims.

Claims (12)

1. A method for equalizing access of a terminal to a user plane of a hub unit, comprising:
determining available capacity of a plurality of centralized unit user planes according to available capacity information reported by the plurality of centralized unit user planes when a new terminal is accessed, wherein the available capacity information is obtained by reporting a first available capacity of a first centralized unit user plane, the first centralized unit user plane is each centralized unit user plane in the plurality of centralized unit user planes, the first available capacity comprises an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the centralized unit user plane in a current statistical period, a CPU main frequency available capacity value, a memory available capacity value, a PDU session number available capacity value and a wireless data bearing number available capacity value in the current statistical period, the first available capacity is calculated and processed on terminal data of all accessed terminals by the first centralized unit user plane to obtain a second available capacity and a first used capacity, and obtaining the total capacity and the filter factor corresponding to the user plane of the centralized unit, and performing operation processing on the second available capacity, the first used capacity, the total capacity of the user plane of the centralized unit and the filter factor, wherein the second available capacity comprises the value of the available capacity of the N3 bandwidth, the value of the F1 bandwidth and the value of the Xn bandwidth, the value of the CPU master frequency, the value of the memory available capacity, the value of the PDU session number available capacity and the value of the radio data bearer number available capacity of the user plane of the centralized unit in the last statistical period, the first used capacity comprises the N3 bandwidth used capacity, the F1 bandwidth used capacity, the Xn bandwidth used capacity, the CPU master frequency used capacity, the memory used capacity, the PDU session number used capacity and the radio data bearer number used general capacity of the user plane of the centralized unit corresponding to the current moment, and the total capacity of the user plane of the centralized unit comprises the N3 bandwidth total capacity, the Xn bandwidth used capacity, the PDU session number used capacity and the radio data bearer number used general capacity of the user plane of the centralized unit user plane, F1 bandwidth total capacity, Xn bandwidth total capacity, CPU main frequency total capacity, memory total capacity, PDU conversation number total capacity and wireless data bearing number total capacity, wherein the filter factors include N3 bandwidth filter factor, F1 bandwidth filter factor, Xn bandwidth filter factor, CPU main frequency filter factor and memory filter factor, PDU conversation number filter factor and wireless data bearing number filter factor;
determining a first centralized unit user plane with available capacity meeting preset conditions according to the available capacity and the preset conditions of a plurality of centralized unit user planes;
and accessing the new terminal to the user plane of the first centralized unit with the available capacity meeting the preset condition.
2. The method of claim 1, wherein the reporting the first available capacity by the first centralized unit user plane comprises:
the first centralized unit user plane acquires the minimum value of the first available capacity and the minimum value of the second available capacity;
the first centralized unit user plane compares the minimum value of the first available capacity with the minimum value of the second available capacity to obtain a first difference value;
and the first centralized unit user plane compares the first difference value with a preset threshold value to obtain a comparison result, and if the comparison result meets a preset condition, the first available capacity is reported.
3. The method of claim 2, wherein the obtaining of the minimum value of the first available capacity and the minimum value of the second available capacity by the first centralized unit user plane comprises:
comparing, by the first centralized unit user plane, the value of the available capacity of the N3 bandwidth, the value of the available capacity of the F1 bandwidth, the value of the available capacity of the Xn bandwidth, the value of the main frequency available capacity of the CPU, the value of the available capacity of the memory, the value of the number of PDU sessions available capacity, and the value of the number of radio data bearers available capacity of the centralized unit user plane in the current statistical period of the first available capacity, and obtaining a minimum available capacity value as a minimum value of the first available capacity;
and the user plane of the first centralized unit compares the N3 bandwidth available capacity value, the F1 bandwidth available capacity value and the Xn bandwidth available capacity value of the last statistical period in the second available capacity, the CPU main frequency available capacity value, the memory available capacity value, the PDU session number available capacity value and the radio data bearer number available capacity value to obtain the minimum available capacity value which is the minimum value of the second available capacity.
4. The method of claim 2, wherein the first available capacity is obtained by performing an operation on terminal data of all terminals accessed by the first centralized unit user plane, and comprises:
the first centralized unit user performs operation processing on the terminal data to obtain a second available capacity
Figure 272172DEST_PATH_IMAGE001
The second used amount
Figure 133949DEST_PATH_IMAGE002
And the third used amount
Figure 269658DEST_PATH_IMAGE003
And obtaining the total capacity of the user plane of the first centralized unit
Figure 304610DEST_PATH_IMAGE004
And a first filter factor
Figure 75120DEST_PATH_IMAGE005
，
According to the formula
Figure 107798DEST_PATH_IMAGE006
Obtaining the first available capacity
Figure 963758DEST_PATH_IMAGE007
；
Wherein the second available capacity
Figure 802401DEST_PATH_IMAGE008
The system comprises a network bandwidth available capacity value, a CPU main frequency available capacity value and a memory available capacity value of the last statistical period, and the second used value
Figure 427418DEST_PATH_IMAGE009
The method comprises the used network bandwidth capacity of the user plane of the central unit when no PDU conversation is accessed, the used CPU main frequency capacity of the user plane of the central unit when no terminal is accessed, and the used memory capacity of the user plane of the central unit when no terminal is accessed, and the third used capacity
Figure 191849DEST_PATH_IMAGE010
The method comprises the used network bandwidth capacity of the user plane of the current time central unit, the used CPU main frequency capacity of the user plane of the current time central unit, and the used memory capacity of the user plane of the current time central unit, the total capacity of the user plane of the central unit
Figure 472789DEST_PATH_IMAGE004
Including total network bandwidth capacity, CPU main frequency capacity and total memory capacity of user plane of centralized unit, and the first filter factor
Figure 115123DEST_PATH_IMAGE011
Including network bandwidth filtering factor, CPU main frequency filteringA wave factor and a memory filter factor.
5. The method of claim 4, wherein the network bandwidth availability capacity values include a N3 bandwidth availability capacity value, a F1 bandwidth availability capacity value, and an Xn bandwidth availability capacity value, wherein the N3 bandwidth availability capacity value includes a bandwidth availability capacity value for an interface of the hub user plane interfacing with the subscriber units of the core network, the F1 bandwidth availability capacity value includes a bandwidth availability capacity value for an interface of the hub user plane interfacing with the distribution unit, and the Xn bandwidth includes a bandwidth availability capacity value for an interface of the hub user plane interfacing with the neighbor base stations.
6. The method for equalizing access of terminals to a centralized element user plane as recited in claim 4, wherein the method further comprises:
the first centralized unit user plane performs operation processing on the terminal data, obtains the available capacity of N3 bandwidth of the last statistical period in the second available capacity, the used capacity of N3 bandwidth of the centralized unit user plane when no PDU session is accessed in the first used amount, and the used capacity of N3 bandwidth of the centralized unit user plane at the current moment, and obtains the total capacity of N3 bandwidth and N3 bandwidth filter factor of the centralized unit user plane;
according to the following formula:
Figure 860225DEST_PATH_IMAGE012
the value of N3 bandwidth available capacity for the current statistical period in the first available capacity is obtained,
wherein the content of the first and second substances,
Figure 297022DEST_PATH_IMAGE013
n3 represents the bandwidth availability capacity value for the current statistics period,
Figure 861996DEST_PATH_IMAGE014
stands for N3 bandThe wide range of the filter factor is such that,
Figure 747169DEST_PATH_IMAGE015
the value of N3 bandwidth available capacity representing the last statistical period,
Figure 346777DEST_PATH_IMAGE016
representing the total capacity of the N3 bandwidth of the centralized unit user plane,
Figure 954476DEST_PATH_IMAGE017
the N3 bandwidth used capacity for the centralized element user plane at the current time,
Figure 6746DEST_PATH_IMAGE018
n3 bandwidth used capacity representing the user plane of the central unit when no PDU session is accessed;
the first centralized unit user plane performs operation processing on the terminal data, obtains the F1 bandwidth available capacity of the last statistical period in the second available capacity, the F1 bandwidth used capacity of the centralized unit user plane when no PDU session is accessed in the first used amount, and the F1 bandwidth used capacity of the centralized unit user plane at the current moment, and obtains the F1 bandwidth total capacity and the F1 bandwidth filter factor of the centralized unit user plane;
according to the following formula:
Figure 725303DEST_PATH_IMAGE019
the value of the bandwidth available capacity of F1 for the current statistical period in the first available capacity is obtained,
wherein the content of the first and second substances,
Figure 382681DEST_PATH_IMAGE020
the value of the bandwidth availability capacity of F1 representing the current statistical period,
Figure 426860DEST_PATH_IMAGE021
representing the bandwidth filtering factor of F1,
Figure 464961DEST_PATH_IMAGE022
the value of the bandwidth available capacity of F1 representing the last statistical period,
Figure 190471DEST_PATH_IMAGE023
representing the total capacity of the F1 bandwidth of the concentration unit user plane,
Figure 499093DEST_PATH_IMAGE024
the F1 bandwidth of the centralized unit user plane at the current time has used capacity,
Figure 714174DEST_PATH_IMAGE025
f1 bandwidth used capacity representing the user plane of the central unit when no PDU session is accessed;
the first centralized unit user plane performs operation processing on terminal data to obtain the Xn bandwidth available capacity of the last statistical period in the second available capacity, the Xn bandwidth used capacity of the centralized unit user plane when no PDU session is accessed in the first used amount, and the Xn bandwidth used capacity of the centralized unit user plane at the current moment, and obtains the total Xn bandwidth capacity and the Xn bandwidth filtering factor of the centralized unit user plane;
according to the following formula:
Figure 475456DEST_PATH_IMAGE026
obtaining the Xn bandwidth available capacity value of the current statistical period in the first available capacity,
wherein the content of the first and second substances,
Figure 801395DEST_PATH_IMAGE027
an Xn bandwidth availability capacity value representing the current statistics period,
Figure 493469DEST_PATH_IMAGE028
representing the Xn bandwidth filter factor, is,
Figure 879451DEST_PATH_IMAGE029
an Xn bandwidth available capacity value representing the last statistical period,
Figure 393609DEST_PATH_IMAGE030
representing the total Xn bandwidth capacity of the concentrated unit user plane,
Figure 257660DEST_PATH_IMAGE031
the Xn bandwidth of the concentrated unit user plane has used capacity at the current time,
Figure 275295DEST_PATH_IMAGE032
representing the used capacity of Xn bandwidth of the user plane of the central unit when no PDU session is accessed.
7. The method of claim 1, wherein the first available capacity is computed by the first centralized unit subscriber plane for the terminal data of all the terminals accessed, and the method comprises:
the first centralized unit user performs operation processing on the terminal data to obtain a second available capacity
Figure 35440DEST_PATH_IMAGE033
The fourth used amount
Figure 36894DEST_PATH_IMAGE034
And obtaining the total capacity of the user plane of the second centralized unit
Figure 203171DEST_PATH_IMAGE035
And a second filter factor
Figure 278575DEST_PATH_IMAGE036
，
According to the formula
Figure 271938DEST_PATH_IMAGE037
Obtaining the first available capacity
Figure 698372DEST_PATH_IMAGE038
；
Wherein the second available capacity
Figure 904225DEST_PATH_IMAGE039
A PDU session number available capacity value and a radio data bearer number available capacity value including a last statistic period, the fourth used amount
Figure 162031DEST_PATH_IMAGE040
Including the used PDU session number capacity of the current time central unit user plane and the used wireless data bearing number capacity of the current time central unit user plane, the total capacity of the second central unit user plane
Figure 765444DEST_PATH_IMAGE041
Including total PDU session number capacity of centralized unit user plane and total wireless data bearing number capacity of centralized unit user plane, the second filter factor
Figure 210332DEST_PATH_IMAGE042
Including PDU session number filter factors and radio data bearer number filter factors.
8. The method of claim 1, wherein the determining a first centralized unit user plane with an available capacity meeting a predetermined condition according to the available capacity of the plurality of centralized unit user planes and the predetermined condition comprises:
obtaining
Figure 219876DEST_PATH_IMAGE043
The available capacity information reported by the user plane of each centralized unit is obtained to obtain the first statistical period
Figure 597768DEST_PATH_IMAGE044
Available capacity reported by user plane of centralized unit
Figure 401776DEST_PATH_IMAGE045
Wherein
Figure 802801DEST_PATH_IMAGE046
;
According to available capacity reported by user plane of centralized unit
Figure 848993DEST_PATH_IMAGE047
Obtaining the total available capacity reported by j centralized unit user planes
Figure 815812DEST_PATH_IMAGE048
Wherein
Figure 56300DEST_PATH_IMAGE049
，
Figure 741359DEST_PATH_IMAGE050
；
If the total available capacity
Figure 295969DEST_PATH_IMAGE048
Satisfy the preset conditions
Figure 117294DEST_PATH_IMAGE051
If R is equal to 0, obtaining the 1 st centralized unit user plane as the first centralized unit user plane with the available capacity meeting the preset condition;
if the total available capacity
Figure 794263DEST_PATH_IMAGE052
Satisfies the predetermined conditions
Figure 202504DEST_PATH_IMAGE053
R is (0 to 255)]When the number of the first centralized unit user plane is an integer, the jth centralized unit user plane is obtained as the first centralized unit user plane with the available capacity meeting the preset condition.
9. The method of claim 2, wherein the comparing the first difference with a preset threshold to obtain a comparison result, and reporting the first available capacity if the comparison result satisfies a preset condition comprises:
presetting the available capacity reporting update period as
Figure 295225DEST_PATH_IMAGE054
The preset first difference is expressed as
Figure 236636DEST_PATH_IMAGE055
The preset threshold value is represented by
Figure 553348DEST_PATH_IMAGE056
And
Figure 212999DEST_PATH_IMAGE057
in which
Figure 109411DEST_PATH_IMAGE058
And
Figure 403864DEST_PATH_IMAGE059
represents an integer of 0 to 255, and
Figure 157056DEST_PATH_IMAGE060
；
comparing the first difference value
Figure 38425DEST_PATH_IMAGE061
And a predetermined threshold
Figure 535265DEST_PATH_IMAGE062
And
Figure 388952DEST_PATH_IMAGE063
comparing to obtain a comparison result;
if the comparison result is
Figure 578625DEST_PATH_IMAGE064
Then not waiting for available capacity to report an update period of
Figure 947289DEST_PATH_IMAGE065
Reporting the first available capacity immediately after time out;
if the comparison result is
Figure 686968DEST_PATH_IMAGE066
Then wait for the available capacity to report an update period of
Figure 191899DEST_PATH_IMAGE067
Reporting the first available capacity after time out;
if the comparison result is
Figure 552473DEST_PATH_IMAGE068
And not reporting the first available capacity.
10. An apparatus for equalizing access of terminals to a user plane of a centralized unit, comprising:
a plurality of available capacity determining units, configured to determine available capacities of the plurality of hub unit user planes according to available capacity information reported by the plurality of hub unit user planes when a new terminal is accessed, where the available capacity information is obtained by a first available capacity reported by a first hub unit user plane at an irregular time, where the first hub unit user plane is each of the plurality of hub unit user planes, the first available capacity includes a N3 bandwidth available capacity value, an F1 bandwidth available capacity value, and an Xn bandwidth available capacity value of the hub unit user plane of a current statistics cycle, a CPU dominant frequency available capacity value, a memory available capacity value, a PDU session number available capacity value, and a radio data bearer number available capacity value of the current statistics cycle, and the first available capacity is calculated on terminal data of all terminals accessed by the first hub unit user plane, obtaining a second available capacity and a first available capacity, and obtaining a total capacity and a filter factor of a corresponding concentrator user plane, and performing operation processing on the second available capacity, the first available capacity, the total capacity of the concentrator user plane and the filter factor, wherein the second available capacity includes an N3 bandwidth available capacity value, an F1 bandwidth available capacity value and an Xn bandwidth available capacity value of the concentrator user plane of a last statistical cycle, a CPU main frequency available capacity value, a memory available capacity value, a PDU session number available capacity value and a radio data bearer number available capacity value, and the first available capacity includes an N3 bandwidth used capacity, an F1 bandwidth used capacity, an Xn bandwidth used capacity, a CPU main frequency used capacity, a memory used capacity, a PDU session number used capacity and a radio data bearer number used general capacity of the concentrator user plane corresponding to the current time, the total capacity of the user plane of the centralized unit comprises the total capacity of N3 bandwidth, the total capacity of F1 bandwidth, the total capacity of Xn bandwidth, the total capacity of CPU main frequency, the total capacity of memory, the total capacity of PDU session number and the total capacity of wireless data bearing number of the user plane of the centralized unit, and the filter factors comprise N3 bandwidth filter factors, F1 bandwidth filter factors, Xn bandwidth filter factors, CPU main frequency filter factors and memory filter factors, PDU session number filter factors and wireless data bearing number filter factors;
a first centralized unit user plane determining unit, configured to determine, according to the available capacities of the multiple centralized unit user planes and preset conditions, a first centralized unit user plane whose available capacity meets the preset conditions;
and the new terminal access unit is used for accessing the new terminal to the user plane of the first centralized unit, the available capacity of which meets the preset conditions.
11. An apparatus for equalizing access of terminals to a user plane of a centralized unit, comprising:
a memory and one or more processors;
the memory to store one or more programs;
when executed by the one or more processors, cause the one or more processors to implement the method of any one of claims 1-9.
12. A storage medium storing computer-executable instructions, which when executed by a processor, are configured to perform the method of any one of claims 1-9.
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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112218334A (en) * 2019-07-09 2021-01-12 中国移动通信集团安徽有限公司 Dynamic optimization method and device for core network load and computing equipment
CN113766461A (en) * 2020-06-01 2021-12-07 中国电信股份有限公司 User plane data processing method and base station

Family Cites Families (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102883440B (en) * 2011-07-15 2015-11-25 华为技术有限公司 A kind of wireless broadband communication method, device and system
CN106535259A (en) * 2015-09-11 2017-03-22 中国移动通信集团上海有限公司 Cell load balancing method and cell load balancing device
CN111182034A (en) * 2016-12-29 2020-05-19 北京华为数字技术有限公司 Load balancing method, device and equipment for user online
WO2018170798A1 (en) * 2017-03-22 2018-09-27 华为技术有限公司 Session migration method and device
CN109561450B (en) * 2017-09-27 2022-07-12 中兴通讯股份有限公司 Interaction method and device for load information
CN112056003B (en) * 2018-02-15 2023-09-15 诺基亚通信公司 Coordinating selection of RAN and core user plane components in a wireless communication network
WO2021090101A1 (en) * 2019-11-06 2021-05-14 Nokia Technologies Oy Transport network layer load awareness for disaggregated network node architectures
CN112512087A (en) * 2020-04-26 2021-03-16 中兴通讯股份有限公司 Network switching method, device, equipment and storage medium
CN114465834A (en) * 2020-10-21 2022-05-10 北京华为数字技术有限公司 User access processing method and related equipment thereof
CN112367392B (en) * 2020-11-05 2023-09-05 京信网络系统股份有限公司 Base station information processing method, storage medium and base station

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112218334A (en) * 2019-07-09 2021-01-12 中国移动通信集团安徽有限公司 Dynamic optimization method and device for core network load and computing equipment
CN113766461A (en) * 2020-06-01 2021-12-07 中国电信股份有限公司 User plane data processing method and base station

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