CN104812002B - Process resource dynamic adjusting method, equipment and system under centralized RAN framework - Google Patents
Process resource dynamic adjusting method, equipment and system under centralized RAN framework Download PDFInfo
- Publication number
- CN104812002B CN104812002B CN201410032666.5A CN201410032666A CN104812002B CN 104812002 B CN104812002 B CN 104812002B CN 201410032666 A CN201410032666 A CN 201410032666A CN 104812002 B CN104812002 B CN 104812002B
- Authority
- CN
- China
- Prior art keywords
- resource
- processor
- adjustment
- process resource
- server
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Classifications
-
- 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
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/50—Allocation of resources, e.g. of the central processing unit [CPU]
- G06F9/5083—Techniques for rebalancing the load in a distributed system
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/50—Allocation of resources, e.g. of the central processing unit [CPU]
- G06F9/5083—Techniques for rebalancing the load in a distributed system
- G06F9/5088—Techniques for rebalancing the load in a distributed system involving task migration
Abstract
The present invention provides process resource dynamic adjusting method, equipment and the system under a kind of centralization RAN framework, which comprises finds a processor in the Resource Server of process resource adjustment to be carried out to carry out the process resource adjustment inside Resource Server；Wherein, the Resource Server is the equipment for including one or more processors；If not finding the server for being adapted for process resource adjustment in the Resource Server, a Resource Server is found except the Resource Server to carry out the adjustment of the process resource between Resource Server.The present invention improves the flexibility of process resource dynamic adjustment and effectively reduces expense；In addition, invention also improves the real-times and stability of base station processing.
Description
Technical field
Process resource dynamic the present invention relates to mobile communication technology field, in particular under a kind of centralization RAN framework
Method of adjustment, equipment and system.
Background technique
With the development of wireless communication technique, there are a variety of new high speed large-data operations, and traditional base station framework
Disadvantage and limitation also gradually embody.Traditional base station architecture in addition to need the construction cost of great number, maintenance cost and
Outside power consumption, idle by base station institute overlay network loads obvious with the comparison in difference of busy hour load and base station processing money
Source to meet maximum load requirement, therefore will cause load it is lower when base station can not be made full use of.In addition, again due to not
Processing capacity can not be shared between same base station, therefore is difficult effectively to organize the process resource of each base station, causes to locate
It is lower to manage resource utilization.To solve this problem, the mechanisms such as China Mobile, which propose, physically concentrates and is distributed in logic
Centralized RAN framework.The core of centralized RAN framework is that original distributed base station process resource is unified to the flat of centralization
On platform, centralized control is carried out to base station process resource, centralized base station processing is carried out to the load of multiple subzone networks, thus
Process resource utilization rate is improved by resource sharing capability efficient between base station.
Under centralized RAN framework, (base of base station can be used for base station process resource in the form of virtualization resource
Limited and available any physics of the processing such as band signal processing, protocol processes, system administration or virtual resource；It can be
The virtual resources such as the physical resources such as LTE Baseband Processing Unit, CPU, DSP, memory, disk or CPU time slice, virtual memory) into
Row organization and management, and form treatment source pool.Meanwhile it can be according to the corresponding loading condition in base station, by one or more differences
Base station the physical equipment (such as CPU, base station processing server etc.) of the same offer process resource in resource pool is provided, into
The flexible allotment of row.It, can be according to current load when encountering base station generation load variation in the operational process of each base station
Distribution dynamically adjusts process resource corresponding to each base station, the dynamic adjustment of process resource can by by base station in physics
It is migrated and is realized between each processor (CPU, DSP) in equipment or between equipment.
Currently, the dynamic adjustment or process resource dynamic for base station process resource adjust, a kind of method is according to each
The present load of a base station, or the average load of nearly a period of time, are adjusted original processing resource allocation.For example,
When some load of base station increases, base station processing is moved into the lower process resource equipment of load；And when the load decreases,
New base station processing is mapped to the process resource equipment, or by the base in the biggish process resource equipment of other load pressures
It stands processing, moves to the process resource equipment.Another method be new base station processing need to process resource equipment into
When row mapping, consider whether the remaining process resource of the process resource equipment can support the newly added base station processing in advance
Maximum load processing, the process resource equipment for selecting remaining process resource sufficiently large map it, if remaining process resource is not
It is sufficient then increase new process resource equipment.
However, existing process resource dynamic development adjustment usually only considers the loading condition and process resource of each base station
The remaining process resource of equipment, and the process resource mapping mode using base station maximum load as foundation is mostly used greatly, on the one hand
Lack flexibility, another aspect resource utilization cannot maintain higher level, and dynamically adjust there are various ways
It does not account for being in optimized selection when process resource, so as to the problem for causing expense larger.In addition, existing method
The load variation degree bring for not accounting for base station processing influences, where base station processing biggish for load variation degree
Process resource equipment, quickly load variation may cause it and can face within a very short time after adding new base station processing
The situation of process resource deficiency needs to carry out in turn process resource dynamic again and adjusts, and brings to increase frequently adjustment
Overhead.Since the prior art is usually the dynamic adjustment of the just progress process resource in process resource deficiency, and dynamic
Adjusting itself also has certain expense, can be to script with regard to the base station of inadequate resource under the premise of no redundant resource
The real-time and stability of reason impact.
Summary of the invention
To solve the above problems, the present invention provides the process resource dynamic adjusting method under a kind of centralization RAN framework, packet
It includes:
Step 1) finds a processor in the Resource Server of process resource adjustment to be carried out to carry out resource service
Process resource adjustment inside device；Wherein, the Resource Server is the equipment for including one or more processors；
If step 2 does not find the server for being adapted for process resource adjustment in the Resource Server,
A Resource Server is found except the Resource Server to carry out the adjustment of the process resource between Resource Server.
In one embodiment, step 1) includes:
Remaining process resource is found in the Resource Server to be sufficiently used for carrying out the processing of the process resource adjustment
Device；If finding multiple, therefrom a processor is selected to carry out the process resource adjustment；If finding one, make
The process resource adjustment is carried out with the processor found.
In a further embodiment, step 1) includes:
If finding multiple remaining process resources in the Resource Server to be sufficiently used for carrying out the process resource tune
Whole processor, then therefrom selection loads the smallest processor of variation degree to carry out the process resource adjustment；Wherein, it handles
The load variation degree of device embodies the processor and participates in always opening for process resource adjustment within the time of nearest one section of regular length
Pin.
In one embodiment, the load variation degree of computation processor according to the following formula:
C=nadd*add_load+ncreate*create_load
Wherein, naddIt is illustrated respectively in add_load in the time of nearest one section of regular length, loads and increase in virtual base station
The added-time processor participates in the number of process resource adjustment and the expense of the adjustment；ncreateIt is respectively indicated with create_load
Within the time of nearest one section of regular length, when creating new virtual base station the processor participate in process resource adjustment number with
And the expense of the adjustment.
In one embodiment, step 1) further include:
If not finding remaining process resource in the Resource Server to be sufficiently used for carrying out the process resource tune
Whole processor then finds a processor, so that the one or more that the processor is run in the Resource Server
The remaining process resource that virtual base station moves to the processor after other processors is sufficiently used for carrying out the process resource adjustment；
If it is found, one or more of virtual base stations that the processor found is run then are moved into other processors, and
Found processor is used to carry out the process resource adjustment.
In a further embodiment, step 1) includes:
If not finding remaining process resource in the Resource Server to be sufficiently used for carrying out the process resource tune
Whole processor then finds a processor in the Resource Server；So that a virtual base station of processor operation
Loading demand be added with the remaining process resource of the processor and be sufficiently used for carrying out the process resource adjustment, and the processing
Device operation the virtual base station loading demand be less than to be migrated virtual base station load increase before demand and its where
The sum of remaining process resource of processor；If it is found, then by the processor found operation the virtual base station with to move
The virtual base station of shifting is interchangeable.
In one embodiment, the method also includes: periodically calculate the load variation degree of each processor.Into one
In the embodiment of step, the method also includes: it is more than the processor of predetermined threshold for load variation degree, for its adjustment processing
Resource.It wherein, is more than the processor of predetermined threshold for load variation degree, the one or more which is run is virtual
Base station moves to other processors.
In one embodiment, step 2 includes:
Remaining process resource is found in the Resource Server except the Resource Server to be sufficiently used for carrying out the place
Manage the processor of resource adjustment；
If finding one, found processor is used to carry out the process resource adjustment；
If finding multiple, therefrom the processor in selection load variation degree the smallest Resource Server carries out institute
State process resource adjustment；Wherein, the load variation degree of Resource Server is the load of all processors in the Resource Server
The sum of variation degree；
It is if it is not found, then in the Resource Server except the Resource Server find a processor so that
After one or more virtual base stations that the processor is run move to other processors, the remaining process resource of the processor
It is sufficiently used for carrying out the process resource adjustment；If it is found, then by the one or more of of the processor found operation
Virtual base station moves to other processors, and the process resource adjustment is carried out using the processor found；Otherwise locate
Manage resource adjustment failure.
In one embodiment, the method also includes: update the remaining process resource of each processor.
In one embodiment, carrying out process resource adjustment includes: that the virtual base station that will be migrated is moved to and found
Processor；Or new virtual base station is created in the processor found.
According to one embodiment of present invention, the process resource dynamic adjustment also provided under a kind of centralization RAN framework is set
It is standby, comprising:
Resource Server internal processing resource adjusts device, in the Resource Server of process resource adjustment to be carried out
Processor is found to carry out the process resource adjustment inside Resource Server；Wherein, the Resource Server be include one or
The equipment of multiple processors；And
Between Resource Server process resource adjust device, if for do not found in the Resource Server be suitable for into
The server of row process resource adjustment finds a Resource Server except the Resource Server then to carry out resource service
Process resource adjustment between device.
In one embodiment, the Resource Server internal processing resource adjustment device is used in the Resource Server
The remaining process resource of middle searching is sufficiently used for carrying out the processor of the process resource adjustment；If finding multiple, therefrom select
A processor is selected to carry out the process resource adjustment；If finding one, found processor is used to carry out institute
State process resource adjustment.
In a further embodiment, the Resource Server internal processing resource adjustment device is used for: if described
Multiple remaining process resources are found in Resource Server to be sufficiently used for carrying out the processor of the process resource adjustment, then are therefrom selected
The load the smallest processor of variation degree is selected to carry out the process resource adjustment；Wherein, the load variation degree body of processor
Now the processor participates in the overhead of process resource adjustment within the time of nearest one section of regular length.
In one embodiment, the Resource Server internal processing resource adjustment device is also used to: if in the money
It does not find remaining process resource in source server to be sufficiently used for carrying out the processor of the process resource adjustment, then in the money
A processor is found in source server, so that one or more virtual base stations that the processor is run move to other processing
The remaining process resource of the processor is sufficiently used for carrying out the process resource adjustment after device；If it is found, will then be found
One or more of virtual base stations of processor operation move to other processors, and using the processor found come into
The row process resource adjustment.
In one embodiment, between the Resource Server process resource adjustment device be used for the Resource Server it
Remaining process resource is found in outer Resource Server to be sufficiently used for carrying out the processor of the process resource adjustment；
If finding one, found processor is used to carry out the process resource adjustment；
If finding multiple, therefrom the processor in selection load variation degree the smallest Resource Server carries out institute
State process resource adjustment；Wherein, the load variation degree of Resource Server is the load of all processors in the Resource Server
The sum of variation degree；
It is if it is not found, then in the Resource Server outside the Resource Server find a processor so that will
After one or more virtual base stations of processor operation move to other processors, the remaining process resource foot of the processor
It is enough in and carries out the process resource adjustment；If it is found, the one or more of void for then running the processor found
Quasi- base station moves to other processors, and the process resource adjustment is carried out using the processor found；Otherwise it handles
Resource adjustment failure.
According to one embodiment of present invention, the process resource dynamic adjustment under a kind of centralization RAN framework is also provided
System, comprising:
Virtual base station；
Resource Server, including one or more processors, wherein each processor runs one or more virtual base stations；
And
Process resource dynamic adjustment equipment under above-mentioned centralization RAN framework；
Wherein, the corresponding Resource Server internal processing resource of each Resource Server adjusts device, the resource service
Device internal processing resource adjusts device for carrying out searching and the process resource tune of processor in its corresponding Resource Server
It is whole.
In one embodiment, the system also includes:
Remaining process resource distribution list, safeguards each processor in a Resource Server inside Resource Server
Remaining process resource；Wherein, remaining process resource distribution list is used for by the resource service inside the Resource Server
Device internal processing resource adjustment device inquires the remaining process resource of the processor in the Resource Server.
In one embodiment, the system also includes:
Global resource server residue process resource distribution list, safeguards each processor in all Resource Servers
Remaining process resource；Wherein, the global resource server residue process resource distribution list is used for by the Resource Server
Between process resource adjustment device inquire the remaining process resource of the processor in all Resource Servers.
In one embodiment, the Resource Server is also used to periodically calculate the load variation degree of each processor.
It in a further embodiment, is more than the processor of predetermined threshold for load variation degree, inside the Resource Server
It is its adjustment process resource that process resource, which adjusts process resource adjustment device between device or the Resource Server,.
Using the present invention can achieve it is following the utility model has the advantages that
1, processing money is carried out using the progress process resource adjustment inside Resource Server and between Resource Server
Source adjusts the mode combined, and the preferential process resource adjustment carried out inside Resource Server effectively reduces process resource
The expense of dynamic adjustment；
2, in such a way that the adjustment of One Direction Transfer formula and the adjustment of two-way migration formula combine, the flexible of dynamic adjustment is being improved
Process resource can be efficiently used while property；
3, it selects the lesser processor of load variation degree or Resource Server as migrating or creating object, can avoid
Process resource is continually adjusted, to further decrease expense；And
4, the processor excessive to load variation degree carries out process resource pre-adjustment in advance, can avoid due to processor frequency
Numerous be adjusted and influence base station processing, improve base station processing real-time and stability.
Detailed description of the invention
Fig. 1 is the frame of the process resource dynamic debugging system under centralization RAN framework according to an embodiment of the invention
Figure；And
Fig. 2 is the stream of the process resource dynamic adjusting method under centralization RAN framework according to an embodiment of the invention
Cheng Tu.
Specific embodiment
The following describes the present invention in detail with reference to the accompanying drawings and specific embodiments.It should be appreciated that described herein
Specific examples are only used to explain the present invention, is not intended to limit the present invention.
As known to those skilled in the art, it under centralized RAN framework, needs to dynamically adjust base there are two types of situation
The process resource stood: one is some virtual base station in processor loads and increases, and the processing capacity of the processor cannot
The demand after its load increases is fully met, i.e., enough process resources can not be provided；The second is being created in some processor
New virtual base station, and the processing capacity of the processor cannot fully meet the demand of new virtual base station load processing.Ying Li
Solution, it may be the change of accessed user's business or new user in the network covered by base station that virtual base station load, which increases,
The increase of business and caused by.
For former, need to move to the virtual base station other processing for being capable of providing enough process resources
Device；And for latter, need to create the new virtual base in the processor that other are capable of providing enough process resources
It stands.
According to one embodiment of present invention, the process resource dynamic debugging system under a kind of centralization RAN framework is provided.
Fig. 1 shows the overall architecture of the process resource dynamic debugging system, and in short, which includes virtual base station, resource clothes
Business device, Resource Server internal processing resource adjust process resource adjustment device between device, Resource Server, in Resource Server
Portion's residue process resource distribution list, global resource server residue process resource distribution list and processing resource allocation device.
Wherein, for the Resource Server of process resource dynamic adjustment to be carried out, device is adjusted by Resource Server internal processing resource
The processor for migrating or creating virtual base station is found first inside the Resource Server, then if there is suitable processor
The migration or creation of virtual base station are carried out inside the Resource Server by Resource Server internal processing resource adjustment device；
It is provided if without suitable processor by being handled between Resource Server internal processing resource adjustment device notice Resource Server
Source adjusts device, suitable processor is found in other Resource Servers by the latter, to carry out between Resource Server
The migration or creation of virtual base station.Separately below these components are unfolded to describe:
One, virtual base station
As known to those skilled in the art, be packaged by the base station process resource to physical centralization it is abstract, can
Refinement simulates the complete virtual base station system of multiple logic functions.Wherein, the process resource between virtual base station can be dynamically total to
It enjoys, virtual base station can generate and cancel on demand, and virtual base station system external provides the mode serviced and true hardware base station
Systems compliant.
Two, Resource Server
Resource Server can be based on open platform, have certain processing capacity, and can support multiple base stations wherein
The equipment of operation.One Resource Server can support the base station in certain area coverage, the money being made of one group of Resource Server
Source server cluster can support all base stations in large area.In one embodiment, Resource Server can be one
Generic server with stronger processing power comprising one or more processors, wherein each processor can run one
Or multiple virtual base stations.
Three, processing resource allocation device
Process resource needed for processing resource allocation device can distribute its load in advance for each virtual base station, according to load
Virtual base station is mapped on some Resource Server by situation.
Four, Resource Server internal processing resource adjusts device
In short, Resource Server internal processing resource adjustment device can control some Resource Server to run virtual
Base station is migrated between each processor inside the Resource Server, and is controlled new virtual base station and taken in the resource
Creation inside business device is adjusted with completing the process resource dynamic inside Resource Server.In one example, each resource clothes
Being engaged in device can be corresponding with a Resource Server internal processing resource adjustment device, for example, Resource Server inter-process provides
Source, which adjusts device, to be located in corresponding Resource Server.
In one embodiment, Resource Server internal processing resource adjustment device can monitor in corresponding Resource Server
The load variation of the virtual base station of each processor operation.When monitoring to need to migrate some virtual base station or in another processing
When device creates new virtual base station, which first can be surplus inside the corresponding Resource Server of the Resource Server by inquiring
Remaining process resource distribution list is found and currently meets this virtual base station that migrate or create with the presence or absence of remaining process resource
The processor of load, there are two types of possible situations:
If there is such processor, then as the migration target of virtual base station or creation target, then by
Resource Server internal processing resource adjusts the migration or creation that device completes virtual base station.Wherein, this virtual base station moves
It moves and is also known as the adjustment of virtual base station One Direction Transfer formula.
If there is no such processor, then Resource Server internal processing resource adjustment device continues in the resource
Server internal based on above-mentioned list find can by by the virtual base station of self-operating move to other processors so as to
The processor of enough process resources (meeting above-mentioned virtual base station load) is enough provided, there are following two situations:
If 1., find such processor, the process resource adjustment inside Resource Server, i.e. resource can be carried out
Server internal process resource adjusts device and the virtual base station that the processor is run is moved to other processors, and completes
State the migration or creation of virtual base station.
If 2., do not find such processor, Resource Server internal processing resource adjustment device can notify resource
Process resource adjusts device between server, carries out the process resource dynamic between Resource Server by the latter and adjusts.
In the present embodiment, as described above, if there is no remaining process resource satisfactions to migrate inside Resource Server
Or the processor of the virtual base station load of creation, then the processor for meeting the following conditions is found inside Resource Server:
I.e. if one or more virtual base stations that the processor is run move to other processors, the remaining processing money of the processor
Source is sufficiently used for carrying out the migration or creation of virtual base station.In a further embodiment, the virtual base station to be migrated is come
It says, the maximum processor of remaining process resource can be found inside the Resource Server or finds any one processor.
If there are the loading demands of some virtual base station to be less than the demand before the virtual base station to be migrated load increases in the processor
With the sum of the remaining process resource of processor where the virtual base station to be migrated, and the loading demand of the virtual base station with
The sum of remaining process resource of processor where the virtual base station is greater than the demand after the virtual base station to be migrated load increases,
The virtual base station can be then interchangeable with the virtual base station migrated is needed, to complete the processing money inside Resource Server
Source adjustment.Wherein, the migration of this virtual base station is also known as the two-way migration formula adjustment of virtual base station.
In the present embodiment, surplus in the Resource Server internal processing resource adjustment each query resource server internal of device
It, can be further if finding multiple processors all can serve as to migrate or create target when remaining process resource distribution list
Decision is to which processor is migrated or is created.In a further embodiment, can be become according to the current load of processor
Change degree is selected.The load variation degree C of processor indicates that within the time of nearest one section of regular length, the processor is sent out
The overhead of raw process resource dynamic adjustment, calculation formula are as follows:
C=nadd*add_load+ncreate*create_load
Wherein naddAnd ncreateIt is illustrated respectively in the time of nearest one section of regular length, increases since virtual base station loads
The number and lead to the processor due to creating new virtual base station that the process resource dynamic for causing the processor to carry out adjusts
The number of the process resource adjustment of progress, add_load and create_load respectively indicate both and adjust spent expense.
As it can be seen that processor is more in the number that it participates in process resource dynamic adjustment for the previous period, then it is bigger to load variation degree.Such as
Virtual base station is migrated or is created to this processor then again and can further cause stress to the dynamic adjustment of its process resource by fruit, because
This should select the load lesser processor of variation degree as migration target or creation target as far as possible.
In one embodiment, the load of each processor in the Resource Server can be regularly calculated by Resource Server
Variation degree C.
In a further embodiment, if the load variation degree C of some processor is more than certain threshold values D or length
Time is more than certain threshold value, illustrates that it is facing or will continue to occur continuous process resource dynamic and adjusts, then can be by
The corresponding Resource Server internal processing resource adjustment device of the processor carries out pre-setting operations.Pass through pre-adjustment process resource
Multiple virtual base stations in the processor are moved into other processors, so that the remaining process resource of the processor is sufficiently large
To reduce the multiple process resource being likely to occur later adjustment.For example, the processing money that setting needs to pre-allocate for the processor
Source size Wpre, that is, needing to create a load on this processor is WpreVirtual base station, can will lead at this
The reason device load higher several virtual base stations changed greatly that load of variation degree in itself move to other processors, to complete
Pre-adjustment.The processor in Resource Server can be moved to first, if can be used as in the Resource Server without processor
Target is migrated, then corresponding Resource Server internal processing resource adjustment device can notify process resource between Resource Server to adjust
One or more virtual base stations are moved to the processor in other Resource Servers by the latter by device, to complete processing money
The pre-adjustment in source.
Five, process resource adjusts device between Resource Server
Generally, it adjusts and needs to other when process resource dynamic can not be carried out inside some Resource Server
When the processor migration or creation virtual base station of Resource Server, process resource adjustment device controls virtual base between Resource Server
Stand between the processor for belonging to different resource server carry out virtual base station migration or creation, with complete Resource Server it
Between process resource dynamic adjust.Process resource adjustment device can be responsible for the clothes of all resources in system between one Resource Server
Business device can monitor the virtual base station load of all processors operations in Resource Server.
In one embodiment, when between Resource Server process resource adjustment device receive by inside Resource Server
When reason resource adjustment device is sent, instruction needs to migrate or creates the notice of virtual base station, which inquires the overall situation first
Resource Server residue process resource distribution list, searching, which currently meets this with the presence or absence of remaining process resource, will migrate or create
The processor for the virtual base station load built.There are following two situations:
If there is such processor:, then can be by the processing the case where for such processor is found
Migration target or creation target of the device as virtual base station are then carried out by process resource adjustment device between Resource Server virtual
The One Direction Transfer formula of base station adjusts or the creation of new virtual base station；The case where for multiple such processors are found, then
Therefrom select a processor as the migration target of virtual base station or creation target, then by process resource between Resource Server
Adjust the adjustment of One Direction Transfer formula or the creation of new virtual base station that device carries out virtual base station.
In one embodiment, the processor in the load the smallest Resource Server of variation degree may be selected.Here, resource
The load variation degree C of servertotalIt can be the sum of the load variation degree C of all processors in the Resource Server.
If there is no such processor, then process resource adjustment device takes in all resources between Resource Server
It is engaged in finding one based on global resource server residue process resource distribution list in device (different from original Resource Server)
Processor, so that after one or more virtual base stations that the processor is run move to other processors, the processor
Remaining process resource is sufficiently used for carrying out process resource dynamic adjustment.There are two types of situations:
If 1., find such processor, the process resource adjustment between Resource Server, i.e. resource can be carried out
One or more virtual base stations that process resource adjustment device runs the processor between server move to other processors, and
And complete migration or creation of the above-mentioned virtual base station between Resource Server.
If 2., do not find such processor, process resource adjustment failure.
Similarly, in the present embodiment, if all there is no remaining process resource satisfactions to want in all Resource Servers
The processor of the virtual base station of migration or creation load, then find the processor for meeting the following conditions: if by the processing
One or more virtual base stations of device operation move to other processors, and the remaining process resource of the processor is sufficiently used for carrying out
The migration or creation of virtual base station.In a further embodiment, remaining process resource can be selected in other Resource Servers
Maximum processor or any one processor are wanted if the loading demand of a virtual base station of processor operation is less than
The remaining process resource of demand before the virtual base station load increase of migration and the processor where the virtual base station to be migrated
The sum of, and the sum of remaining process resource of processor where the loading demand of the virtual base station and the virtual base station is greater than need
Demand after the virtual base station to be migrated load increase can then carry out the virtual base station and the virtual base station for needing migrate mutual
It changes, i.e. the two-way migration formula adjustment of completion virtual base station.Similarly, it if finding multiple processors for meeting condition, may be selected negative
Carry the processor in the smallest Resource Server of variation degree.
In one embodiment, as described above, when Resource Server internal processing resource adjustment device carries out processing money
When the pre-adjustment of source, for the pre-adjustment that can not be completed inside Resource Server, process resource adjusts device between Resource Server
Process resource pre-adjustment can be carried out between Resource Server, including the virtual base station migration between Resource Server.
Six, remaining process resource distribution list inside Resource Server
Remaining process resource distribution list is used to record the sky of each processor in Resource Server inside Resource Server
The situation of not busy process resource, a remaining process resource distribution list in Resource Server inside can be opposite with a Resource Server
(such as in the Resource Server) is answered, safeguards the remaining process resource of each processor in the Resource Server.The list
Device can be adjusted by the Resource Server internal processing resource of corresponding resource server to be managed, carrying out Resource Server
For carrying out reference when internal processing resource dynamic adjusts.
Remaining process resource distribution list can be with the virtual base station run in corresponding resource server inside Resource Server
Load variation be updated.In one embodiment, when virtual base station load increase, reduction, virtual base station are created or taken
When disappearing, renewable resources server internal residue process resource distribution list.For example, any to lead to virtual base station load drop
When the case where low or virtual base station is cancelled occurs, the recycling of process resource will do it, be converted into remaining process resource, therefore need
The remaining process resource distribution list in Resource Server inside is updated to increase this part of process resource.
In one embodiment, in the initial static for carrying out process resource by certain process resource primary distribution method
After distribution, the mapping relations of each virtual base station and Resource Server can be determined, so as to by the processing of each processor
Resource distributes to that different size of one or more are virtual according to the loading demand of each virtual base station on Current resource server
Base station.Such as when having mapped virtual base station a, b, c on some processor, then during system operation at any time, the processing
The value of the remaining process resource R of device are as follows:
R=Wcap–(Wa+Wb+Wc)
Wherein WcapFor the processing capacity that the processor can be provided, and Wa、Wb、WcRespectively 3 virtual base stations it is current
Load.
It is concluded and is summarized by the remaining process resource to all processors in Resource Server, it can obtained
Distribution of the remaining process resource on each processor in Current resource server, i.e., each processor works as in Resource Server
Preceding residue process resource, so as to form remaining process resource distribution list inside Resource Server.
Seven, global resource server residue process resource distribution list
Global resource server residue process resource distribution list safeguards the surplus of each processor in all Resource Servers
Remaining process resource follows the load of each virtual base station to change and is updated.For example, at Resource Server inside residue
It manages the update of resource distribution list and updates.By adjusting device to all Resource Servers by process resource between Resource Server
Inside residue process resource distribution list summarized, global resource server residue process resource distribution list can be formed.
Process resource adjustment device can manage the table between Resource Server, for when carrying out the process resource adjustment between Resource Server
Carry out reference.
According to one embodiment of present invention, the process resource dynamic adjustment side under a kind of centralization RAN framework is also provided
The step of method, Fig. 2 shows this method.
Generally, this method comprises: for process resource adjustment to be carried out (that is, the virtual base station of some processor is negative
Carry increase or to create new virtual base station, and current processor can not provide enough process resources) process resource set
Standby (it includes one or more processors, Resource Server as described above), can be first inside the process resource equipment
Another processor is found as migrating or creating target, to carry out process resource adjustment；If do not looked for inside the equipment
To that can be used as migration or create the processor of target, then then reason resource apparatus finds a processor to carry out in the outside
Process resource adjustment.Wherein, either inside equipment or in outside, can first look for remaining process resource can be enough into
Row migrates and creates the processor of virtual base station to carry out process resource adjustment；If continually looked for without such processor
It can be sufficient for migrating and creating the processing of virtual base station by the way that the virtual base station of itself is moved to other processors
Device.
There is the situation for needing dynamic to adjust process resource in the first step.
As described above, when some virtual base station load in processor increases and the processing capacity of the processor cannot
When fully meeting the demand after its load increases, and works as and create new virtual base station and the processor in some processor
Processing capacity when cannot fully meet new virtual base station loading demand, need to adjust process resource.
Second step determines the processor (migration/creation target) that virtual base station will be migrated/be created, and carries out virtual base station
Migration/creation.
Resource Server described herein above respectively carries out the migration of virtual base station and creation as process resource equipment
Description:
1, is loaded for virtual base station the case where increasing, the adjustment of process resource includes following sub-step:
Process resource dynamic inside step 1), Resource Server adjusts.
In one embodiment, can find remaining process resource inside the Resource Server for needing to be adjusted first expires
The processor of the foot virtual base station to be migrated load.For example, first inquiring remaining processing inside Resource Server as described above
As a result resource distribution list includes following two situation:
When finding such processor in the list, then the virtual base station that will be migrated is moved to this processor
It moves, to complete the process resource adjustment carried out for virtual base station load increase, this mode can be described as virtual base station list
To migration formula adjustment.In a further embodiment, it if finding multiple suitable processors in a device, first therefrom selects
The lesser processor of variation degree is loaded, then virtual base station is migrated to this processor.
It, can query resource server internal residue process resource Distribution of A Sequence again when not finding such processor
Table.The processor for meeting the following conditions is found in Resource Server, wherein the virtual base of one or more of processor operation
Station can migrate to other processors, and remaining process resource meets the requirement for carrying out virtual base station migration after migration.If looked for
To the processor for the condition that meets, then one or more virtual base stations of the processor are moved into other processors, and will
The virtual base station of migration moves to the processor.Similarly, if there is multiple processors for meeting condition, it can choose load and become
A change degree the smallest processor is migrated.If can not find the processor of the condition of satisfaction, can carry out in next step,
Process resource adjustment i.e. between Resource Server.
In a further embodiment, can be selected in Resource Server the maximum processor of remaining process resource or
Any one processor of person's selection, can further determine that later empty by some on the virtual base station that need to be migrated and the processor
Quasi- base station is interchangeable.If two processors after exchanging where virtual base station can meet the negative of wherein all virtual base stations
Load demand then carries out the two-way migration formula adjustment of virtual base station.
2), the process resource dynamic between Resource Server adjusts
In one embodiment, remaining process resource is found in other Resource Servers meets the virtual base to be migrated
The processor for the load requirement stood, can be for example by inquiring global resource server residue process resource Distribution of A Sequence described above
Table, to find the Resource Server that the remaining process resource of included processor can meet the load requirement of the virtual base station.
Its result includes:
If finding suitable Resource Server (finding suitable processor), virtual base station is migrated to corresponding
On processor in Resource Server.In one embodiment, if there is multiple Resource Servers for meeting condition, then therefrom
Selection load variation degree CtotalMinimum Resource Server is as migrating objects, wherein CtotalIt is each for Resource Server inside
The sum of load variation degree C of a processor.
If remaining based on global resource server without suitable Resource Server (i.e. without suitable processor)
Process resource distribution list finds the processor for meeting the following conditions: wherein the virtual base station on the processor can migrate to other
Processor, and remaining process resource meets the requirement for loading increased virtual base station.If there is such processor, then should
The one or more virtual base stations run on processor move to other processors until meeting the requirement migrated, then again
The virtual base station that will be migrated moves to the processor.It similarly, then can be with if there is multiple Resource Servers for meeting condition
Processor in the selection load the smallest Resource Server of variation degree is migrated.If located without such processor
Manage resource dynamic adjustment failure.
In a further embodiment, can by possess maximum residual process resource processor (or any one at
Reason device) on some virtual base station and currently need the two-way exchange of the virtual base station migrated progress.Wherein, the virtual base after exchange
Two processors where standing can meet the loading demand of wherein all virtual base stations.
3), process resource recycles
After virtual base station is successfully migrated to other processors (including unidirectional and two-way), the virtual base that need to be will be migrated
Original occupied process resource of standing does reclaimer operation, and update inside Resource Server remaining process resource distribution list with
And global resource server residue process resource distribution list.
2, for creating new virtual base station, the dynamic adjustment of process resource may include following sub-step:
1), the process resource dynamic inside equipment adjusts
In one embodiment, it is necessary first to which processing created new virtual base station to Resource Server determined
Device.For example, Researched Resources server internal residue process resource distribution list, if can have been found in list enough surplus
Other processors of remaining process resource then create this virtual base station in the processor.In a further embodiment, if found
Multiple suitable processors then first therefrom select a processor according to the load variation degree of processor, then in the processor
Create virtual base station.
When not finding such processor, in one embodiment, can be with reference resources server internal residue at
Manage resource distribution list (or any one processing in Resource Server on the most processor of current residual process resource
Device) creation of virtual base station is carried out, which needs to meet: if the one or more virtual base stations that will be run on the processor
Other processors are moved to, remaining process resource can satisfy the load requirement for the virtual base station to be created.If found
The one or more virtual base stations run on processor are then moved to other processors first, then again by such processor
Carry out the creation of new virtual base station.Similarly, if there is multiple processors for meeting condition, then it can choose load variation journey
Spend the smallest processor.If can not find such processor in Resource Server, perform the next step.
2) virtual base station, is created to other Resource Servers
In one embodiment, global resource server residue process resource distribution list can be inquired first, find and exist
The remaining process resource of at least one processor can meet the Resource Server of the requirement of creation virtual base station, that is, find surplus
Remaining process resource meets the processor for creating the requirement of new virtual base station.
If finding such processor, new virtual base station is created to the processor.In further embodiment
In, if finding multiple Resource Servers met the requirements, select the place in the load the smallest Resource Server of variation degree
Manage device.
If not finding such processor, found based on global resource server residue process resource distribution list
Meet the processor of the following conditions, wherein one or more virtual base stations on the processor of the Resource Server can migrate to it
His processor, and remaining process resource meets the requirement for the virtual base station to be created.It is first if finding suitable processor
The one or more virtual base stations run on the processor are first moved into other processors, then carry out new virtual base station again
Creation.Similarly, if there is multiple processors for meeting condition, then it can choose the load the smallest resource service of variation degree
Processor in device.If still without finding, process resource dynamic adjustment failure.
3) remaining process resource distribution list and global resource server residue processing money inside Resource Server, are updated
Source distribution list.
In one embodiment, the process resource dynamic adjusting method under centralized RAN framework further include: by each processing
Resource apparatus regularly calculates the load variation degree of its each processor.
And in a further embodiment, when the load variation degree C of some processor is more than certain threshold values D or length
When time is more than certain threshold values D, the mode that process resource pre-adjustment described above can be used will be more in the processor
A virtual base station moves to other processors.For example, can will lead to the processor load variation degree it is higher it is several itself
It loads the virtual base station changed greatly and migrates other processors.
The each of the process resource dynamic adjusting method under centralized RAN framework is described with specific example below
Step, wherein process resource equipment, that is, Resource Server, the virtual base station a of some processor, which is loaded, to be increased, and current processor
Enough process resources can not be provided.
Step 1, the process resource according to required for present load increased virtual base station, it is remaining inside Resource Server
It is inquired in process resource distribution list, if there is multiple processors to have enough idle processing resources, carries out step 2, if only
One processor is met the requirements, then carries out step 3, if there is the remaining process resource of the condition of satisfaction without other processors, into
Row step 4.
Step 2, from multiple processors met the requirements, select the smallest processor P of present load variation degree Cm, make
For the migration target of virtual base station.
Virtual base station a after load increase is moved to processor P by step 3m, it is dynamic to complete One Direction Transfer formula process resource
State adjustment, while the occupied process resource of former virtual base station is discharged, update remaining process resource distribution inside Resource Server
List and global resource server residue process resource distribution list, process resource dynamic adjustment terminate.
Step 4, the selection maximum processor P of current residual process resourcen(its remaining process resource is Rt), virtual base station a
Load do not increase before for Wa, it is W after increasea', and the remaining process resource of virtual base station a current processor is Rs, then from
Processor PnIt is middle to select virtual base station b(present load for Wb), so that meeting condition Wb<Wa+RsAnd Wa’<Wb+RtIf finding in this way
Virtual base station b then enter step 5, otherwise enter step 6.
Virtual base station a after load increase is moved to processor P by step 5n, while by PnOn virtual base station b migration
To current processor, two-way migration formula process resource adjustment is completed, updates remaining process resource Distribution of A Sequence inside Resource Server
Table and global resource server residue process resource distribution list, process resource adjustment terminate；
Step 6, the process resource dynamic carried out between Resource Server adjust, and go to step 1 '.
When needing that process resource is carried out to dynamic adjustment between Resource Server, completes virtual base station a and taken to other resources
When business device is migrated, the specific steps are as follows:
Step 1 ', first inquire global resource server residue process resource distribution list, find the resource of the condition of satisfaction
Server set, wherein meeting condition refers to that there are the surplus resources of at least one processor to meet in the Resource Server
The load of the virtual base station is handled, and goes to step 2 if the Resource Server for having the condition of satisfaction ', otherwise go to step 3 '；
Step 2 ', select from the Resource Server for meet condition load variation degree CtotalMinimum Resource Server
As migrating objects, wherein CtotalFor the sum of the load variation degree C of each processor in Resource Server inside, step is gone to
4'；
Step 3 ', select Resource Server the moving as virtual base station for being currently owned by maximum processor residue process resource
Target is moved, maximum processor residue process resource refers to some processor residue process resource in Resource Server in all moneys
It is maximum in all processor residue process resources of source server, enter step 5 '；
Step 4 ', the corresponding process resource of the virtual base station is discharged on original Resource Server, then migrated
It is corresponding on the processor of remaining process resource in selected Resource Server, updates remaining processing money inside Resource Server
The dynamic adjustment of source distribution list and global resource server residue process resource distribution list, process resource terminates；
Step 5 ', on selected Resource Server, by some virtual base on the processor for possessing maximum residual resource
It stands and carries out two-way exchange with the virtual base station migrated is currently needed, method can be used such as Resource Server internal processing resource tune
The dynamic adjustment of method described in whole step 4 and 5, process resource terminates, if still unmet demand, resource adjustment is lost
It loses.
It should be noted that and understand, in the feelings for not departing from the spirit and scope of the present invention required by appended claims
Under condition, various modifications and improvements can be made to the present invention of foregoing detailed description.It is therefore desirable to the model of the technical solution of protection
It encloses and is not limited by given any specific exemplary teachings.
Claims (17)
1. the process resource dynamic adjusting method under a kind of centralization RAN framework, comprising:
Step 1) finds a processor in the Resource Server of process resource adjustment to be carried out to carry out in Resource Server
The process resource in portion adjusts, wherein the Resource Server is the equipment for including one or more processors, if in the money
Multiple remaining process resources are found in source server to be sufficiently used for carrying out the processor of the process resource adjustment, then are therefrom selected
The smallest processor of variation degree is loaded to carry out the process resource adjustment, the load variation degree is counted according to the following formula
It calculates:
C=nadd*add_load+ncreate*create_load
Wherein, naddIt is illustrated respectively in add_load in the time of nearest one section of regular length, when virtual base station loads and increases
The processor participates in the number of process resource adjustment and the expense of the adjustment, ncreateIt is illustrated respectively in most with create_load
In the time of nearly one section of regular length, when creating new virtual base station, the processor participates in the number of process resource adjustment and is somebody's turn to do
The expense of adjustment；
If not finding remaining process resource in the Resource Server to be sufficiently used for carrying out the process resource adjustment
Processor then finds a processor in the Resource Server, so that the one or more that the processor is run is virtual
The remaining process resource that base station moves to the processor after other processors is sufficiently used for carrying out the process resource adjustment, if
It finds, then one or more of virtual base stations that the processor found is run is moved into other processors, and use
The processor found carries out the process resource adjustment；
If step 2) does not find the server for being adapted for process resource adjustment in the Resource Server, in institute
It states and finds a Resource Server except Resource Server to carry out the adjustment of the process resource between Resource Server.
2. according to the method described in claim 1, wherein, step 1) includes:
If not finding remaining process resource in the Resource Server to be sufficiently used for carrying out the process resource adjustment
Processor then finds a processor in the Resource Server；So that a virtual base station of processor operation is negative
Load demand is added with the remaining process resource of the processor is sufficiently used for carrying out the process resource adjustment, and the processor is transported
The loading demand of the capable virtual base station is less than the demand before the virtual base station to be migrated load increases and the processing where it
The sum of remaining process resource of device；
If it is found, then the virtual base station that the processor found is run is interchangeable with the virtual base station to be migrated.
3. described method of any one in -2 according to claim 1, further includes:
Periodically calculate the load variation degree of each processor.
4. according to the method described in claim 3, further include:
It is more than the processor of predetermined threshold for load variation degree, adjusts process resource for it.
5. according to the method described in claim 4, including:
It is more than the processor of predetermined threshold for load variation degree, one or more virtual base stations which is run move
Move on to other processors.
6. described method of any one in -2 according to claim 1, wherein step 2) includes:
Remaining process resource is found in the Resource Server except the Resource Server to be sufficiently used for carrying out the processing money
The processor of source adjustment；
If finding one, found processor is used to carry out the process resource adjustment；
If finding multiple, therefrom the processor in selection load variation degree the smallest Resource Server carries out the place
Manage resource adjustment；Wherein, the load variation degree of Resource Server is the load variation of all processors in the Resource Server
The sum of degree；
It is if it is not found, then in the Resource Server except the Resource Server find a processor so that should
After one or more virtual base stations of processor operation move to other processors, the remaining process resource of the processor is enough
For carrying out the process resource adjustment；If it is found, then by the one or more of virtual of the processor found operation
Base station moves to other processors, and the process resource adjustment is carried out using the processor found；Otherwise processing money
Source adjustment failure.
7. described method of any one in -2 according to claim 1, further includes:
Update the remaining process resource of each processor.
8. according to the method described in claim 1, wherein, carrying out process resource adjustment includes:
The virtual base station that will be migrated moves to found processor；Or
New virtual base station is created in the processor found.
9. the process resource dynamic adjustment equipment under a kind of centralization RAN framework, comprising:
Resource Server internal processing resource adjusts device, for finding in the Resource Server of process resource adjustment to be carried out
Processor adjusts to carry out the process resource inside Resource Server；Wherein, the Resource Server be include one or more
The equipment of processor is sufficiently used for carrying out the processing money if finding multiple remaining process resources in the Resource Server
The processor of source adjustment then therefrom selects the load the smallest processor of variation degree to carry out the process resource adjustment, described
Load variation degree is calculated according to the following formula:
C=nadd*add_load+ncreate*create_load
Wherein, naddIt is illustrated respectively in add_load in the time of nearest one section of regular length, when virtual base station loads and increases
The processor participates in the number of process resource adjustment and the expense of the adjustment, ncreateIt is illustrated respectively in most with create_load
In the time of nearly one section of regular length, when creating new virtual base station, the processor participates in the number of process resource adjustment and is somebody's turn to do
The expense of adjustment；Process resource adjusts device between Resource Server, if suitable for not finding in the Resource Server
In the server for carrying out process resource adjustment, then a Resource Server is found except the Resource Server to carry out resource
Process resource adjustment between server, if being also used to not find remaining process resource in the Resource Server enough
For carrying out the processor of the process resource adjustment, then a processor is found in the Resource Server, so that should
The remaining process resource that one or more virtual base stations of processor operation move to the processor after other processors is used enough
In carrying out the process resource adjustment, if it is found, the one or more of virtual bases for then running the processor found
Station moves to other processors, and the process resource adjustment is carried out using the processor found.
10. equipment according to claim 9, wherein the Resource Server internal processing resource adjustment device is used for
Remaining process resource is found in the Resource Server to be sufficiently used for carrying out the processor of the process resource adjustment；If found
It is multiple, then therefrom select a processor to carry out the process resource adjustment；If finding one, found place is used
Device is managed to carry out the process resource adjustment.
11. equipment according to claim 10, wherein the Resource Server internal processing resource adjustment device is used for:
If finding multiple remaining process resources in the Resource Server to be sufficiently used for carrying out the processing of the process resource adjustment
Device, then therefrom selection loads the smallest processor of variation degree to carry out the process resource adjustment；Wherein, the load of processor
Variation degree embodies the overhead that the processor participates in process resource adjustment within the time of nearest one section of regular length.
12. according to the equipment of any one in claim 9-11, wherein process resource adjusts between the Resource Server
Device is used to find remaining process resource in the Resource Server except the Resource Server and is sufficiently used for carrying out the place
Manage the processor of resource adjustment；
If finding one, found processor is used to carry out the process resource adjustment；
If finding multiple, therefrom the processor in selection load variation degree the smallest Resource Server carries out the place
Manage resource adjustment；Wherein, the load variation degree of Resource Server is the load variation of all processors in the Resource Server
The sum of degree；
It is if it is not found, then in the Resource Server outside the Resource Server find a processor so that by this
After one or more virtual base stations of reason device operation move to other processors, the remaining process resource of the processor is used enough
In the progress process resource adjustment；If it is found, the one or more of virtual bases for then running the processor found
Station moves to other processors, and the process resource adjustment is carried out using the processor found；Otherwise process resource
Adjustment failure.
13. a kind of system of the process resource dynamic adjustment under centralization RAN framework, comprising:
Virtual base station；
Resource Server, including one or more processors, wherein each processor runs one or more virtual base stations；And
Process resource dynamic adjustment equipment under centralized RAN framework as described in any one in claim 9-12；
Wherein, the corresponding Resource Server internal processing resource of each Resource Server adjusts device, in the Resource Server
Portion's process resource adjusts device for carrying out the searching and process resource adjustment of processor in its corresponding Resource Server.
14. system according to claim 13, further includes:
Remaining process resource distribution list inside Resource Server, safeguards the surplus of each processor in a Resource Server
Remaining process resource；
Wherein, remaining process resource distribution list is used to be provided by the Resource Server inter-process inside the Resource Server
Source adjustment device inquires the remaining process resource of the processor in the Resource Server.
15. system described in 3 or 14 according to claim 1, further includes:
Global resource server residue process resource distribution list, safeguards the residue of each processor in all Resource Servers
Process resource；
Wherein, the global resource server residue process resource distribution list is used for by process resource between the Resource Server
Adjustment device inquires the remaining process resource of the processor in all Resource Servers.
16. system described in 3 or 14 according to claim 1, wherein the Resource Server is also used to periodically calculate each processing
The load variation degree of device.
17. system according to claim 16, wherein it is more than the processor of predetermined threshold for load variation degree, by
Process resource adjustment device is adjusted between the Resource Server internal processing resource adjustment device or the Resource Server for it
Whole process resource.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410032666.5A CN104812002B (en) | 2014-01-23 | 2014-01-23 | Process resource dynamic adjusting method, equipment and system under centralized RAN framework |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410032666.5A CN104812002B (en) | 2014-01-23 | 2014-01-23 | Process resource dynamic adjusting method, equipment and system under centralized RAN framework |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104812002A CN104812002A (en) | 2015-07-29 |
| CN104812002B true CN104812002B (en) | 2019-02-01 |
Family
ID=53696373
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410032666.5A Active CN104812002B (en) | 2014-01-23 | 2014-01-23 | Process resource dynamic adjusting method, equipment and system under centralized RAN framework |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104812002B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105357251A (en) * | 2015-09-24 | 2016-02-24 | 浪潮集团有限公司 | Resource pool management system and management method |
| CN106879022B (en) * | 2015-12-10 | 2020-11-24 | 上海诺基亚贝尔股份有限公司 | Resource allocation method and device for baseband unit pool of radio access network |
| CN107305505A (en) * | 2016-04-20 | 2017-10-31 | 中兴通讯股份有限公司 | The operation method and virtual platform of virtual platform |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101932020A (en) * | 2009-06-18 | 2010-12-29 | 大唐移动通信设备有限公司 | De-electrification control method, equipment and system of BBU |
| US20110070911A1 (en) * | 2009-06-03 | 2011-03-24 | Nec Laboratories America, Inc. | Methods and systems for dynamic and configuration based fractional frequency reuse for uneven load distributions |
| CN102958166A (en) * | 2011-08-29 | 2013-03-06 | 华为技术有限公司 | Resource allocation method and resource management platform |
| CN103269519A (en) * | 2013-06-18 | 2013-08-28 | 中国科学院计算技术研究所 | Method and system for allocating processing resource in centralized-type base station architecture |
-
2014
- 2014-01-23 CN CN201410032666.5A patent/CN104812002B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20110070911A1 (en) * | 2009-06-03 | 2011-03-24 | Nec Laboratories America, Inc. | Methods and systems for dynamic and configuration based fractional frequency reuse for uneven load distributions |
| CN101932020A (en) * | 2009-06-18 | 2010-12-29 | 大唐移动通信设备有限公司 | De-electrification control method, equipment and system of BBU |
| CN102958166A (en) * | 2011-08-29 | 2013-03-06 | 华为技术有限公司 | Resource allocation method and resource management platform |
| CN103269519A (en) * | 2013-06-18 | 2013-08-28 | 中国科学院计算技术研究所 | Method and system for allocating processing resource in centralized-type base station architecture |
Non-Patent Citations (2)
| Title |
|---|
| 基于集中式接入网架构的异构无线网络资源管理技术研究;田霖,翟国伟,黄亮等;《电信科学》;20130620(第6期);正文第4节，图2 * |
| 田霖,翟国伟,黄亮等.基于集中式接入网架构的异构无线网络资源管理技术研究.《电信科学》.2013,(第6期),正文第4节，图2. * |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104812002A (en) | 2015-07-29 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN109951821B (en) | Task unloading scheme for minimizing vehicle energy consumption based on mobile edge calculation | |
| Fan et al. | Towards workload balancing in fog computing empowered IoT | |
| CN107450982B (en) | A kind of method for scheduling task based on system mode | |
| CN103559072B (en) | Virtual machine two-way automatic telescopic service implementing method and system thereof | |
| Zaman et al. | LiMPO: Lightweight mobility prediction and offloading framework using machine learning for mobile edge computing | |
| CN103945548B (en) | Resource allocation system and task/business scheduling method in a kind of C-RAN network | |
| CN110493360A (en) | The mobile edge calculations discharging method of system energy consumption is reduced under multiserver | |
| CN106900011A (en) | Task discharging method between a kind of cellular basestation based on MEC | |
| CN104158911A (en) | Server cluster-oriented control method and system | |
| CN102843419B (en) | A kind of service resource allocation method and system | |
| CN109286664A (en) | A kind of computation migration terminal energy consumption optimization method based on Lagrange | |
| CN102158513A (en) | Service cluster and energy-saving method and device thereof | |
| CN104679594B (en) | A kind of middleware distributed computing method | |
| CN104572307A (en) | Method for flexibly scheduling virtual resources | |
| CN112867050A (en) | UPF network element management method and system | |
| CN107346264A (en) | A kind of method, apparatus and server apparatus of virtual machine load balance scheduling | |
| CN102262567A (en) | Virtual machine scheduling decision system, platform and method | |
| CN104812002B (en) | Process resource dynamic adjusting method, equipment and system under centralized RAN framework | |
| CN105491150A (en) | Load balance processing method based on time sequence and system | |
| Li et al. | Deployment of edge servers in 5G cellular networks | |
| CN108684075A (en) | Processing resource allocation method under centralized base station framework | |
| CN106909462A (en) | A kind of cloud resource regulating method and device | |
| CN106325996B (en) | A kind of distribution method and system of GPU resource | |
| CN104507166B (en) | Virtual resource configuration method is shared in a kind of baseband pool | |
| CN106879022B (en) | Resource allocation method and device for baseband unit pool of radio access network |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| EXSB | Decision made by sipo to initiate substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |