CN103856912A - Customized ringback tone platform system, customized ringback tone resource allocation method and device - Google Patents
Customized ringback tone platform system, customized ringback tone resource allocation method and device Download PDFInfo
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Abstract
The embodiment of the invention provides a customized ringback tone platform system, a customized ringback tone resource allocation method and a device. According to the invention, customized ringback tone resources which are manufactured and released by CP can be stored by a cloud storage subsystem such that each customized ringback tone call server can share the customized ringback tone resources in the cloud storage subsystem. Instead of data synchronization between large amounts of ringtone repository and a customized ringback tone management server, data synchronization between the customized ringback tone management server and the cloud storage subsystem is only required. Thus, data out-of-sync possibility is minimized, and customized ringback tone play accuracy of customized ringback tone call servers can be raised effectively. Meanwhile, investment in software and hardware of the customized ringback tone platform system can be minimized effectively, and investment costs of the customized ringback tone platform system can be reduced. In addition, the invention also further provides a customized ringback tone resource allocation scheme used for reducing memory space and equipment processing capacity waste.
Description
Technical field
The present invention relates to the communications field, relate in particular to a kind of color ring platform system, CRBT bell sound resource allocation methods and device.
Background technology
Ring Back Tone service is the music audible ringing tone service rising in mobile communications industry in recent years.Call out in called subscriber's process calling subscriber, replace " beep, beep ... " sound originally with the abundant in content audio resource such as song, music, recording fragment, these songs, music, recording fragment etc. are called as CRBT bell sound resource.CRBT bell sound resource is stored in color ring platform system with computer documents form.
General, as shown in Figure 1, in a color ring platform system, can configure a CRBT management server and multiple CRBT call server, wherein:
CRBT management server: be responsible for providing the function of the management such as the opening/cancel of whole Ring Back Tone service, the download of bell sound, the customization of bell sound broadcasting scheme and slave side, the signing color ring user information of record, and user oriented provides Ring Back Tone service channel;
CRBT call server: while being responsible for realizing color ring user calling, the broadcasting of CRBT bell sound, is the imbody of actual Ring Back Tone service.
In the actual deployment of color ring platform system, first, need to determine the quantity of CRBT call server.Can be according to the quantity of color ring user, dispose multiple CRBT call servers, the load that utilizes multiple CRBT call servers jointly to share color ring user to carry out CRBT calling.Secondly, need to carry out the configuration of CRBT call server.In each CRBT call server, configuration schematic diagram can be as shown in Figure 2, comprises CRBT call processing module and at least one bell sound resources bank.Wherein, CRBT call processing module, the CRBT that can receive color ring user is called out.In each bell sound resources bank, all preserve whole CRBT bell sound resources that content supplier (CP) makes and issues.Each bell sound resources bank can corresponding multiple bell sound playing modules, realize the broadcasting of CRBT bell sound.
Owing to may comprising multiple CRBT call servers in color ring platform system, and in each CRBT call server, configure one or more bell sound resources banks, therefore, need to ensure each CRBT call server, each bell sound resource in each bell sound resources bank, with the consistency of corresponding data in call manager platform, thereby guarantee that each CRBT call server carries out the accuracy of polyphonic ringtone playing.Once in bell sound resource and call manager platform, corresponding data exists inconsistently, can reduce CRBT call server and carry out the accuracy of polyphonic ringtone playing.
And ensure the consistency of corresponding data in each bell sound resource and call manager platform, and also must aspect the software and hardware of color ring platform system, drop into, cause the input cost of color ring platform system higher.
In addition, in fact, there is very large difference in the situation that in bell sound resources bank, each bell sound resource is ordered.Some bell sound resources are popular, may be ordered hundreds of thousands inferior even more, and the number of times that some bell sound resources are ordered may be extremely low, even, from issuing, once all do not ordered.At present, the lower bell sound resource of number of times of being ordered also can be stored in each bell sound resources bank, this bell sound resource in some bell sound resources bank, may can not ordered by user, cause thus the waste of memory space and device processes ability, also must cause the input cost of color ring platform system higher.
And along with CP constantly issues new bell sound resource, the bell sound resource quantity of a bell sound resources bank may exceed 1,300,000, more than the memory space needing can reach 700G, and monthly also may there is the newly-increased bell sound resource of tens G to tens G to add.Therefore, be necessary very much, for by the lower bell sound resource of Number of Orders, to reduce the waste of memory space and device processes ability.
Summary of the invention
The embodiment of the present invention provides a kind of color ring platform system, CRBT bell sound resource allocation methods and device, carries out the accuracy of polyphonic ringtone playing for improving CRBT call server, reduces the input cost of color ring platform system.
A kind of color ring platform system, described color ring platform system comprises CRBT management server, at least one CRBT call server and cloud storage subsystem, wherein:
Described cloud storage subsystem comprises at least two data storage devices, basic management equipment, Metadata Service equipment and AID, wherein:
Described data storage device, the CRBT bell sound resource of making and issuing for preserving the CP of content supplier;
Described basic management equipment, for the collaborative work of at least two data storage devices described in realizing;
Described Metadata Service equipment, for preserving the corresponding relation of each CRBT bell sound resource and this CRBT bell sound resource place data storage device;
Described AID, be used to described CRBT management server and described CRBT call server that specified interface is provided, so that described CRBT management server and described CRBT call server, by described basic management equipment and described Metadata Service equipment, carry out data interaction with described data storage device.
For the cloud storage subsystem in color ring platform system as above, carry out the method that CRBT bell sound resource is distributed, described method comprises:
Play the disposal ability of load and each data storage device according to the CRBT bell sound resource of described color ring platform system, determine the quantity of data storage device in described cloud storage subsystem;
According to the broadcasting load of each CRBT bell sound resource, and the quantity of data storage device in the described cloud storage subsystem of determining, determine data storage device corresponding to this CRBT bell sound resource, and this CRBT bell sound resource is kept at respectively on each data storage device of determining.
A kind of CRBT bell sound resource allocation device, described device comprises:
Determination module, for play the disposal ability of load and each data storage device according to the CRBT bell sound resource of described color ring platform system, determines the quantity of data storage device in described cloud storage subsystem;
Distribution module, for loading according to the broadcasting of each CRBT bell sound resource, and the quantity of data storage device in the described cloud storage subsystem of determining, determine data storage device corresponding to this CRBT bell sound resource, and this CRBT bell sound resource is kept at respectively on each data storage device of determining.
The scheme providing according to the embodiment of the present invention, proposition can utilize cloud storage subsystem to unify to store the CRBT bell sound resource that CP makes and issues, each CRBT call server all obtains CRBT bell sound resource and plays from cloud storage subsystem, makes each CRBT call server can share the CRBT bell sound resource in cloud storage subsystem.Due to without at least one bell sound resources bank is set in each CRBT call server, without for a fairly large number of bell sound resources bank, carrying out data with CRBT management server synchronizes, and only need keep CRBT management server to synchronize with the data of cloud storage subsystem, therefore, reduce the nonsynchronous possibility of data, can effectively improve CRBT call server and carry out the accuracy of polyphonic ringtone playing.And owing to only needing to keep CRBT management server to synchronize with the data of cloud storage subsystem, can also effectively reduce the input aspect color ring platform system hardware and software, reduce the input cost of color ring platform system.
In addition, in the scheme that the embodiment of the present invention provides, can also be according to the broadcasting load of each CRBT bell sound resource, distribute data storage device corresponding to this CRBT bell sound resource, thereby can also reduce the waste of memory space and device processes ability, and further reduce the input cost of color ring platform system.
Brief description of the drawings
The color ring platform system configuration schematic diagram that Fig. 1 provides for prior art;
The configuration schematic diagram of the CRBT call server that Fig. 2 provides for prior art;
The structural representation of the color ring platform system that Fig. 3 provides for the embodiment of the present invention one;
The flow chart of steps of the CRBT bell sound resource allocation methods that Fig. 4 provides for the embodiment of the present invention two;
The CRBT bell sound resource of the cloud storage subsystem that Fig. 5 provides for the embodiment of the present invention two is distributed schematic diagram;
The flow chart of steps of the CRBT bell sound resource allocation methods that Fig. 6 provides for the embodiment of the present invention three;
The structural representation of the CRBT bell sound resource allocation device that Fig. 7 provides for the embodiment of the present invention four.
Embodiment
Cloud storage is in the conceptive extension of cloud computing and a development concept out, in the time that the core of cloud computing system computing and processing is the store and management of mass data, in cloud computing system, just need to configure a large amount of data storage devices, cloud computing system is just transformed into a cloud storage system so, so cloud storage system is a cloud computing system taking data store and management as core.Cloud storage system refers to by functions such as cluster application, grid or distributed file systems, a large amount of various dissimilar data storage devices in network are gathered to collaborative work by application software, a system of data storage and Operational Visit function is externally provided jointly.
The problem that the embodiment of the present invention exists for existing color ring platform system, the CRBT bell sound resource proposing in a kind of color ring platform system adopts cloud storage system to store, and carries out the method for resource allocation scheduling.In the embodiment of the present invention, all bell sound resources banks of color ring platform system are all built on a set of system based on cloud storage, reach the object of a set of CRBT bell sound resource in the shared data storage device of multiple CRBT call platforms.And, in data storage device, according to broadcasting sharing of load memory space and the data throughput resource of CRBT bell sound resource, the investment of data storage device is significantly reduced, solve the nonsynchronous phenomenon of data simultaneously.And excellent specific property based on cloud storage system can also improve the safety and stability of data storage.
Below in conjunction with Figure of description and each embodiment, the present invention program is described.
Embodiment mono-,
The embodiment of the present invention one provides a kind of color ring platform system, and the structure of this system can be as shown in Figure 3, comprises CRBT management server 11, at least one CRBT call server 12 and cloud storage subsystem 13, wherein:
Described cloud storage subsystem 13 comprises at least two data storage devices 131, basic management equipment 132, Metadata Service equipment 133 and AID 134, wherein:
The CRBT bell sound resource that described data storage device 131 is made and issued for preserving the CP of content supplier;
Described basic management equipment 132 is for the collaborative work of at least two data storage devices described in realizing;
Described Metadata Service equipment 133 is for preserving the corresponding relation of each CRBT bell sound resource and this CRBT bell sound resource place data storage device;
Described AID 134 is used to described CRBT management server and described CRBT call server that specified interface is provided, so that described CRBT management server and described CRBT call server, by described basic management equipment and described Metadata Service equipment, carry out data interaction with described data storage device.
In the present embodiment, can be using CRBT management server and CRBT call server as cloud terminal use, corresponding CRBT bell sound resource stores service is provided, build (being privately owned) of a set of color ring platform system-specific, the CRBT bell sound resource storage pool that each CRBT call server is shared, make CRBT call server just as accessing local memory space, the CRBT bell sound resource of storing in access cloud storage subsystem.And excellent specific property based on cloud storage system, the cloud storage subsystem in the present embodiment can also provide a lot of additional functions, makes cloud storage subsystem realize efficient, reliable, safe CRBT bell sound resource storage.
The operation principle of cloud storage subsystem is to utilize transfer of data private line network to build privately owned cloud storage system, in the time that color ring platform system is issued new CRBT bell sound resource (audio file data), data store privately owned high in the clouds into by unified data flow receiving port.The design philosophy of data stream interface is to utilize programming technique to design a set of software interface, object is the interface of unified CRBT management server and each CRBT call server, shielding cannot be transferred to privately owned high in the clouds between different hardware, and after privately owned cloud storage optimization, each property value cannot be synchronized to the defect of each CRBT bell sound resource.When CRBT bell sound resource stores into behind privately owned high in the clouds, real time data will be synchronized to privately owned cloud storage device, offers at any time Ring Back Tone service management platform and CRBT call platform and uses.
Data storage device 131 is the most basic parts of cloud storage subsystem 13.Concrete, in the present embodiment, data storage device can be optical fiber (FC) passage memory device, or, can be the IP such as NAS and iSCSI memory device, or, can be also the DAS such as SCSI or SAS memory device.
In data storage device, can comprise a uniform storage device administration module, for realizing logical Virtual management, the multi-link redundancy management of data storage device, and the condition monitoring of hardware device and Breakdown Maintenance.
Basic management equipment 132 is cores of management in cloud storage subsystem 13.Basic management equipment can pass through the technology such as cluster, distributed file system and grid computing, realize the collaborative work between multiple data storage devices in cloud storage subsystem, make multiple data storage devices that same service can be externally provided, and more outstanding data access performance is provided.Meanwhile, basic management equipment can also be used for realizing the allocation schedule of CRBT bell sound resource at each data storage device.
Metadata Service equipment 133 is the parts of accessing core in cloud storage subdata 13.Metadata in Metadata Service equipment is the data of file attribute and positional information in description document system,, can preserve the corresponding relation of each CRBT bell sound resource and this CRBT bell sound resource place data storage device in Metadata Service equipment that is.The metadata providing by meta data server, can provide file set up and the maintenance of CRBT bell sound resource in cloud storage subsystem, improves fail safe and the disposal ability of cloud storage subsystem.
AID 134 can, according to real-life program type, be developed different application programming interfaces, meets the needs of different application programs.
CRBT call server and CRBT management server, as the user of cloud storage subsystem, can visit cloud storage subsystem by the application programming interfaces of standard, enjoy the service of cloud storage subsystem.CRBT call server and CRBT management server comprise to file stores relevant application program, each application program can be passed through the file storage correlation function of POSIX, NFS, CIFS, FTP interface accessing cloud storage subsystem, or store and retrieve api interface access cloud storage subsystem by record record Memory Extension function.
Therefore, AID can provide for CRBT call server and CRBT management server the interfaces such as POSIXAPI, FTP, NFS, CIFS and record storage and retrieval API.
The interface providing by AID, the file system service providing can comprise:
File and directory operation: comprise newly-increased file or catalogue, file or catalogue are renamed, the statistical function of deleted file or catalogue, move or catalogue, establishment and Remove Links and file and catalogue;
File access function: comprise the reading and write of file, file locking and file break-in facility;
The access control of file and catalogue: function comprises the owner of access rights, change file or the catalogue of change file or catalogue;
Can also comprise in addition: Operation and Maintenance function, as data importing, system management, user management, Service Management, quotas administered, service level management, system statistics and monitoring.Also comprise safety related functions simultaneously, as comprise data encryption and data isolation etc.
Embodiment bis-,
As described in background technology, the intrasystem CRBT bell of color ring platform sound resource quantity is huge, and by the seriously differentiation again of order situation, and some issues for many years or zero order, somely may be ordered hundreds of thousands.As shown in table 1, for the information of the CRBT bell sound resource of the order top 10 that extracts in a color ring platform system, as shown in table 2, for randomly draw the information of 10 the zero CRBT bell sound resources of ordering in this color ring platform system.
Table 1
| Bell sound ID | Song title | On-line time | Number of Orders |
| 501070073 | Flee from reinforcing bar forest | On July 21st, 2004 | 0 |
| 501090407 | Major part major part | On September 28th, 2004 | 0 |
| 503020036 | Even if do not exist | On June 11st, 2004 | 0 |
| 503060013 | Open fire with artillery to me | On July 18th, 2004 | 0 |
| 503200308 | Carry out formula | On September 6th, 2004 | 0 |
| 505001094 | Drunk | On June 23rd, 2004 | 0 |
| 505010047 | After daybreak | On July 10th, 2004 | 0 |
| 506001012 | Unable to endure any longer | On August 17th, 2004 | 0 |
| 506010032 | Unusual | On July 5th, 2004 | 0 |
| 507001060 | Boyfriend girlfriend | On September 7th, 2004 | 0 |
Table 2
Therefore, when the scheme that adopts prior art to provide, when separate configurations CRBT bell sound resources bank, because offering fixing user, each bell sound resources bank uses, isolation mutually between each bell sound resources bank user, and therefore bell sound resources bank can not be shared.Each bell sound resources bank needs to store complete CRBT bell sound resource, even those zero bell sound resources of ordering also will have a copy in each bell sound resources bank.So just cause the waste of great storage resources, and can cause the waste of device processes ability.
As described in embodiment mono-, in the scheme providing in the embodiment of the present invention, the bell sound resources bank of each CRBT call server can be transform as from existing conventional store pattern under the technology adopting based on cloud storage and realize.Can be understood as, in cloud storage subsystem, set up one group of storage pool and be used for storing bell sound entity file (CRBT bell sound resource).And for a data storage device in cloud storage subsystem, the data throughput capabilities that can provide or data access ability are to have certain limit, can not endlessly increase, if the demand of whole color ring platform system far exceedes the ability upper limit of data storage device, conventionally need to configure multiple data storage devices and carry out parallel processing, share these data throughput capabilities or data access load.And as previously mentioned, the frequency of usage that the CRBT bell sound resource that color ring platform system needs has is high, some frequency of usages are low, the present invention proposes, frequency of usage that can be based on CRBT bell sound resource, realize the storage of CRBT bell sound resource in each data storage device, to save storage resources and device processes ability.
Therefore, the color ring platform system providing based on the embodiment of the present invention one, the embodiment of the present invention two provides in a kind of cloud storage subsystem in color ring platform system carries out the method that CRBT bell sound resource is distributed, and the steps flow chart of the method can as shown in Figure 4, comprise:
The quantity of step 101, specified data memory device.
In this step, can play according to the CRBT bell sound resource of described color ring platform system the disposal ability of load and each data storage device, determine the quantity of data storage device in described cloud storage subsystem.
Concrete, in this step, can determine the CRBT bell sound resource broadcasting load of described color ring platform system and the ratio of the disposal ability of each data storage device, in one implementation, the numerical value obtaining after this ratio can being rounded up, as the quantity of data storage device in described cloud storage subsystem.Thereby the disposal ability that makes data storage device can meet the broadcasting burden requirement of color ring platform system.Further, consider Safety Redundancy, in another implementation, the numerical value of determining of this ratio and appointment numerical value can also being sued for peace, as the quantity of data storage device in described cloud storage subsystem.
Determine the CRBT bell sound resource broadcasting load of described color ring platform system, can specifically realize in the following manner:
For the each CRBT bell sound resource in described color ring platform system, determine the average playing duration of this CRBT bell sound resource, on average play the product of bandwidth and the broadcasting time within the unit interval;
Will be in described color ring platform system, described product corresponding to the each CRBT bell sound resource numerical value obtaining of suing for peace, the CRBT bell sound resource that is defined as described color ring platform system is play load.
Certainly, now, the disposal ability of data storage device also can be understood as the disposal ability in the described unit interval.
In this step, can be according to the broadcasting load of each CRBT bell sound resource, and the quantity of data storage device in the described cloud storage subsystem of determining, determine data storage device corresponding to this CRBT bell sound resource, and this CRBT bell sound resource is kept at respectively on each data storage device of determining.
Concrete, be each CRBT bell sound resource of zero for playing load, from the data storage device of described cloud storage subsystem, select two data storage devices, two data storage devices selecting are defined as to data storage device corresponding to this CRBT bell sound resource;
The CRBT bell sound resource of playing load non-zero is divided into groups; For each grouping, determine the broadcasting load sum value of all CRBT bell sound resources in this grouping; Determine that this and value and the CRBT bell sound resource of described color ring platform system play the ratio of loading; From the remaining data storage device of cloud storage subsystem, select the data storage device of this ratio quantity, the data storage device of selecting is defined as to data storage device corresponding to each CRBT bell sound resource in this grouping.
Thereby can make to play the bell sound resource that load is larger and obtain larger memory space, play the lower bell sound resource of load and also can obtain safe storage, and can improve the data throughput capabilities of cloud storage subsystem.
The executive agent of the each step of the present embodiment can be, but not limited to as basic management equipment, and after being assigned of CRBT bell sound resource, the corresponding relation of each CRBT bell sound resource and this CRBT bell sound resource place data storage device can be kept at Metadata Service equipment.As shown in Figure 5, be the scheme providing according to the present embodiment, the CRBT bell sound resource of the cloud storage subsystem of acquisition is distributed schematic diagram.In Fig. 5, suppose that cloud storage subsystem comprises the data storage device that 15 disposal abilities are standard value,, can be that zero CRBT bell sound resource division is ringtone file group 4 by playing load, and ringtone file group 4 is kept at respectively in two data storage devices, in reducing the memory space and disposal ability of playing the lower CRBT bell sound resource occupation of load, can also be by the mode of active/standby backup, realize playing the safe storage that load is zero CRBT bell sound resource.
In addition, can be 3 groupings by the CRBT bell sound resource division of playing load non-zero, be respectively ringtone file group 1, ringtone file group 2, ringtone file group 3, and can be respectively according to ringtone file group 1, ringtone file group 2, the broadcasting of all CRBT bell sound resources load sum value in ringtone file group 3, the ratio of playing load with the CRBT bell sound resource of described color ring platform system is respectively 6/13, 4/13 and 3/13, ringtone file group 1 is kept at respectively in 6 data storage devices, ringtone file group 2 is kept at respectively in 4 data storage devices, ringtone file group 3 is kept at respectively in 3 data storage devices.
Below by a concrete example, the scheme of the embodiment of the present invention two is described.
Embodiment tri-,
The embodiment of the present invention three provides in a kind of cloud storage subsystem in color ring platform system carries out the method that CRBT bell sound resource is distributed, and the steps flow chart of the method can as shown in Figure 6, comprise:
In this step, can be in a color ring platform system, determine the broadcasting load of specifying (preferably, can select the comparatively busy time period of color ring platform system) average CRBT bell sound resource per second in duration.Concrete, can determine by following formula:
Wherein, E represents to specify the broadcasting load of average CRBT bell sound resource per second in duration;
M
ibe illustrated in this color ring platform system, i the CRBT bell sound resource that CP makes and issues, at the broadcasting time of specifying in duration;
T
ibe illustrated in this color ring platform system the average playing duration of i the CRBT bell sound resource that CP makes and issues;
D
ibe illustrated in this color ring platform system the average broadcasting bandwidth of i the CRBT bell sound resource that CP makes and issues;
T represents to specify duration;
N represents in this color ring platform system, the sum of the CRBT bell sound resource that CP makes and issues.
The standard value of step 202, specified data storage device processes ability.
Disposal ability is the performance index of data storage device, according to the difference of data storage device and different, the handling capacity of reading such as data storage device, or the handling capacity writing, in the present embodiment, disposal ability can be data storage device handling capacity of reading per second.In this step, can choose the data storage device of suitable cost performance, record the disposal ability parameter of this equipment, and with this specified data storage device processes capability standard value, be labeled as S.Data storage device disposal ability standard value can be pre-configured in cloud storage subsystem.
Can be used as with the disposal ability of the data storage device of suitable cost performance in the present embodiment, the disposal ability of each data storage device in cloud storage subsystem.But in fact, in cloud storage subsystem, be not limited to only configure a kind of data storage device (data storage device of suitable cost performance), also can configure several data memory device.
In the present embodiment, the execution of step 201 ~ 202 in no particular order, in this step, can be determined the CRBT bell sound resource broadcasting load of described color ring platform system and the ratio of the disposal ability of each data storage device by following formula:
M＝E/S
Wherein, M represents the CRBT bell sound resource broadcasting load of described color ring platform system and the ratio of the disposal ability of each data storage device;
E represents to specify the broadcasting load of average CRBT bell sound resource per second in duration;
S represents data storage device disposal ability standard value.
The quantity of numerical value (being labeled as M ') data storage device in the described cloud storage subsystem of determining that in the present embodiment, M can be rounded up and obtain.
In this step, can be in described color ring platform system, the n that CP makes and issues a CRBT bell sound resource, the number of times of being ordered according to each CRBT bell sound resource sorts.And can divide into groups for the CRBT bell sound resource of Number of Orders non-zero (playing load non-zero).
For example, for the CRBT bell sound resource of Number of Orders non-zero (playing load non-zero), from the highest CRBT bell sound resource of Number of Orders, choose successively play load sum be described color ring platform system CRBT bell sound resource play load p%(for example, p is 20 or 25) CRBT bell sound resource, and using the CRBT bell sound resource selecting as a grouping.
In the present embodiment, the broadcasting of each CRBT bell sound resource load can be expressed as:
e＝m
i*t
i*d
i/T
Wherein, e represents to specify the broadcasting load of interior average i the CRBT bell sound resource per second of duration, and in the formula that other parameters are loaded with the broadcasting of average CRBT bell sound resource per second in definite appointment duration respectively, the implication of corresponding parameter is identical:
M
irepresent i CRBT bell sound resource, at the broadcasting time of specifying in duration;
T
irepresent the average playing duration of i CRBT bell sound resource;
D
irepresent the average broadcasting bandwidth of i CRBT bell sound resource;
T represents to specify duration.
For the grouping of determining, can determine the data storage device of (M '-2) * P% quantity, and the CRBT bell sound resource in this grouping be stored into respectively in each data storage device of (M '-2) * P% quantity.
In this step, can determine in color ring platform system, whether the CRBT bell sound resource of Number of Orders non-zero (playing load non-zero) has all been assigned to (whether the grouping of determining the CRBT bell sound resource to Number of Orders non-zero completes) in data storage device, complete if unallocated, can jump to step 204 and continue the grouping of bell sound resource.If be assigned, can continue to perform step 207.
In this step, distribute the non-bell sound resource of enlivening of zero Number of Orders.These bell sound resources can not produce plays load, therefore can divide active and standby two data storage devices of polarity low performance to reach safe storage and not lose.Certainly, also can first distribute the non-bell sound resource of enlivening of zero Number of Orders, the CRBT bell sound resource of reallocation Number of Orders non-zero.In the present embodiment, first to distribute the CRBT bell sound resource of Number of Orders non-zero, the non-bell sound resource of enlivening of reallocation zero Number of Orders is that example describes.
In this step, can submit CRBT bell sound resource grouping situation to the system database of color ring platform system, and the related data of CRBT bell sound resource place data storage device.
And can be by CRBT bell sound resource grouping situation, and the related data of CRBT bell sound resource place data storage device is submitted to Metadata Service equipment, each CRBT bell sound resource of preserving in renewal Metadata Service equipment and the corresponding relation of this CRBT bell sound resource place data storage device.In cloud storage subsystem, carry out CRBT bell sound resource and distribute and can repeatedly carry out, as periodically carried out, with the reasonability that further ensures that CRBT bell sound resource is distributed, further save storage resources and device processes ability.
Based on same inventive concept, provide following device with the embodiment of the present invention two, three.
Embodiment tetra-,
The embodiment of the present invention four provides a kind of CRBT bell sound resource allocation device, and this device can be, but not limited to be integrated in the basic management equipment in cloud storage subsystem, and the structure of this device can as shown in Figure 7, comprise:
Described determination module 11 is play the ratio of the disposal ability of load and each data storage device specifically for determining the CRBT bell sound resource of described color ring platform system; By this ratio with specify the numerical value numerical value of determining of suing for peace, as the quantity of data storage device in described cloud storage subsystem; Or the numerical value obtaining after this ratio is rounded up, as the quantity of data storage device in described cloud storage subsystem.
Described determination module 11 is specifically for the each CRBT bell sound resource in described color ring platform system, determines the average playing duration of this CRBT bell sound resource, on average plays the product of bandwidth and the broadcasting time within the unit interval; And, will be in described color ring platform system, described product corresponding to the each CRBT bell sound resource numerical value obtaining of suing for peace, the CRBT bell sound resource that is defined as described color ring platform system is play load.
Described distribution module 12 is specifically for for broadcasting load being each CRBT bell sound resource of zero, from the data storage device of described cloud storage subsystem, select two data storage devices, two data storage devices selecting are defined as to data storage device corresponding to this CRBT bell sound resource; And,
The CRBT bell sound resource of playing load non-zero is divided into groups; For each grouping, determine the broadcasting load sum value of all CRBT bell sound resources in this grouping; Determine that this and value and the CRBT bell sound resource of described color ring platform system play the ratio of loading; From the remaining data storage device of cloud storage subsystem, select the data storage device of this ratio quantity, the data storage device of selecting is defined as to data storage device corresponding to each CRBT bell sound resource in this grouping.
The present invention can utilize telecom operators' transfer of data proprietary network, builds the special cloud storage system of a high-speed transfer, is transmitted and is stored real time data by uniform data interface.The more important thing is that this cloud storage system will optimize existing real time data multiple database memory allocation and mechanism, the multiple CRBT call servers that can realize multiple color ring platform systems are shared the multi-platform shared thesaurus of a unified interface.
The scheme that various embodiments of the present invention provide, than adopting traditional CRBT bell sound resource storage mode, advantage is mainly:
In the time using some independently data storage devices, this data storage device that must be perfectly clear is any model, what interface and host-host protocol, must know clearly and in data storage device, have how many disks, be respectively what model, much capacity, must know between data storage device and each server to adopt which type of connection cable.In order to guarantee data security and the continuity of business, also need to set up corresponding data backup system and disaster tolerance system.In addition it is also necessary, data storage device being carried out to condition monitoring, maintenance, software and hardware renewal and upgrading termly.
And adopting cloud storage, the operation of mentioning so above has not needed user.All data storage devices in cloud storage system are all completely transparent to user, and Anywhere any one can be connected with cloud storage system by network through the user who authorizes, and cloud storage system is carried out to data access.
Meanwhile, the scheme providing by various embodiments of the present invention, disposes cloud storage system, can be maximum utilize memory device resource, improve the disposal ability of memory device.It is a kind of technical scheme that can not reduce system handling property and fail safe when reducing system Construction cost.
Those skilled in the art should understand, the application's embodiment can be provided as method, system or computer program.Therefore, the application can adopt complete hardware implementation example, completely implement software example or the form in conjunction with the embodiment of software and hardware aspect.And the application can adopt the form at one or more upper computer programs of implementing of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) that wherein include computer usable program code.
The application is with reference to describing according to flow chart and/or the block diagram of the method for the embodiment of the present application, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or the combination of square frame.Can provide these computer program instructions to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction that makes to carry out by the processor of computer or other programmable data processing device produces the device for realizing the function of specifying at flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.
These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of specifying in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computer or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of specifying in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame on computer or other programmable devices.
Although described the application's preferred embodiment, once those skilled in the art obtain the basic creative concept of cicada, can make other change and amendment to these embodiment.So claims are intended to be interpreted as comprising preferred embodiment and fall into all changes and the amendment of the application's scope.
Obviously, those skilled in the art can carry out various changes and modification and the spirit and scope that do not depart from the application to the application.Like this, if these amendments of the application and within modification belongs to the scope of the application's claim and equivalent technologies thereof, the application is also intended to comprise these changes and modification interior.
Claims (9)
1. a color ring platform system, is characterized in that, described color ring platform system comprises CRBT management server, at least one CRBT call server and cloud storage subsystem, wherein:
Described cloud storage subsystem comprises at least two data storage devices, basic management equipment, Metadata Service equipment and AID, wherein:
Described data storage device, the CRBT bell sound resource of making and issuing for preserving the CP of content supplier;
Described basic management equipment, for the collaborative work of at least two data storage devices described in realizing;
Described Metadata Service equipment, for preserving the corresponding relation of each CRBT bell sound resource and this CRBT bell sound resource place data storage device;
Described AID, be used to described CRBT management server and described CRBT call server that specified interface is provided, so that described CRBT management server and described CRBT call server, by described basic management equipment and described Metadata Service equipment, carry out data interaction with described data storage device.
2. for the cloud storage subsystem in color ring platform system as claimed in claim 1, carry out the method that CRBT bell sound resource is distributed, it is characterized in that, described method comprises:
Play the disposal ability of load and each data storage device according to the CRBT bell sound resource of described color ring platform system, determine the quantity of data storage device in described cloud storage subsystem;
According to the broadcasting load of each CRBT bell sound resource, and the quantity of data storage device in the described cloud storage subsystem of determining, determine data storage device corresponding to this CRBT bell sound resource, and this CRBT bell sound resource is kept at respectively on each data storage device of determining.
3. method as claimed in claim 2, is characterized in that, plays the disposal ability of load and each data storage device according to the CRBT bell sound resource of described color ring platform system, determines the quantity of data storage device in described cloud storage subsystem, specifically comprises:
Determine the CRBT bell sound resource broadcasting load of described color ring platform system and the ratio of the disposal ability of each data storage device;
By this ratio with specify the numerical value numerical value of determining of suing for peace, as the quantity of data storage device in described cloud storage subsystem; Or the numerical value obtaining after this ratio is rounded up, as the quantity of data storage device in described cloud storage subsystem.
4. method as claimed in claim 3, is characterized in that, determines that the CRBT bell sound resource of described color ring platform system is play load, specifically comprises:
For the each CRBT bell sound resource in described color ring platform system, determine the average playing duration of this CRBT bell sound resource, on average play the product of bandwidth and the broadcasting time within the unit interval;
Will be in described color ring platform system, described product corresponding to the each CRBT bell sound resource numerical value obtaining of suing for peace, the CRBT bell sound resource that is defined as described color ring platform system is play load.
5. the method as described in as arbitrary in claim 2 ~ 4, it is characterized in that, according to the broadcasting load of each CRBT bell sound resource, and the quantity of data storage device in the described cloud storage subsystem of determining, determine data storage device corresponding to this CRBT bell sound resource, specifically comprise:
Be each CRBT bell sound resource of zero for playing load, from the data storage device of described cloud storage subsystem, select two data storage devices, two data storage devices selecting are defined as to data storage device corresponding to this CRBT bell sound resource;
The CRBT bell sound resource of playing load non-zero is divided into groups; For each grouping, determine the broadcasting load sum value of all CRBT bell sound resources in this grouping; Determine that this and value and the CRBT bell sound resource of described color ring platform system play the ratio of loading; From the remaining data storage device of cloud storage subsystem, select the data storage device of this ratio quantity, the data storage device of selecting is defined as to data storage device corresponding to each CRBT bell sound resource in this grouping.
6. a CRBT bell sound resource allocation device, is characterized in that, described device comprises:
Determination module, for play the disposal ability of load and each data storage device according to the CRBT bell sound resource of described color ring platform system, determines the quantity of data storage device in described cloud storage subsystem;
Distribution module, for loading according to the broadcasting of each CRBT bell sound resource, and the quantity of data storage device in the described cloud storage subsystem of determining, determine data storage device corresponding to this CRBT bell sound resource, and this CRBT bell sound resource is kept at respectively on each data storage device of determining.
7. device as claimed in claim 6, is characterized in that, described determination module, specifically for determining the CRBT bell sound resource broadcasting load of described color ring platform system and the ratio of the disposal ability of each data storage device; By this ratio with specify the numerical value numerical value of determining of suing for peace, as the quantity of data storage device in described cloud storage subsystem; Or the numerical value obtaining after this ratio is rounded up, as the quantity of data storage device in described cloud storage subsystem.
8. device as claimed in claim 7, it is characterized in that, described determination module, specifically for the each CRBT bell sound resource in described color ring platform system, determines the average playing duration of this CRBT bell sound resource, on average plays the product of bandwidth and the broadcasting time within the unit interval; And, will be in described color ring platform system, described product corresponding to the each CRBT bell sound resource numerical value obtaining of suing for peace, the CRBT bell sound resource that is defined as described color ring platform system is play load.
9. the device as described in as arbitrary in claim 6 ~ 8, it is characterized in that, described distribution module, specifically for for broadcasting load being each CRBT bell sound resource of zero, from the data storage device of described cloud storage subsystem, select two data storage devices, two data storage devices selecting are defined as to data storage device corresponding to this CRBT bell sound resource; And,
The CRBT bell sound resource of playing load non-zero is divided into groups; For each grouping, determine the broadcasting load sum value of all CRBT bell sound resources in this grouping; Determine that this and value and the CRBT bell sound resource of described color ring platform system play the ratio of loading; From the remaining data storage device of cloud storage subsystem, select the data storage device of this ratio quantity, the data storage device of selecting is defined as to data storage device corresponding to each CRBT bell sound resource in this grouping.
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| CN103856912B (en) | 2017-09-29 |
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