CN103533081A - Cloud-computing-based billing system and implementation method thereof - Google Patents
Cloud-computing-based billing system and implementation method thereof Download PDFInfo
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Abstract
The invention discloses a cloud-computing-based billing system and an implementation method thereof. According to the cloud-computing-based billing system, distribution servers and a load balancer, which have cloud characteristics are adopted, and under the control of the load balancer, real-time state information of each host computer in a cluster system is sent to different distribution servers, and then sent to a billing server for processing to obtain a billing result. Therefore, the billing system can dynamically apply for adding distribution server resources when the system is busy or the resources are short, and automatically release the resources when the system is idle, and distribution and access according to needs are achieved; a dynamic elastic expansion system can easily meet demands of future users and demands on large-scale business growth.
Description
Technical field
The present invention relates to the technical field of cloud computing and cloud computing operation system, be specifically related to a kind of charge system and its implementation based on cloud computing.
Background technology
Along with intelligent network user is to OCS(Online Charging System, Online Charging System) the extensive expansion of cutover work, the userbase of OCS system bearing will constantly increase, simultaneously, fast development along with 3G business, the quantity of 3G subscription presents rapid growth, brings thus the sharply soaring of data traffic access, and a large amount of data traffics is accessed the system load to OCS and brought very large pressure.
Prior art is generally taked to carry out elevator system bearing capacity by OCS system is carried out to dilatation, and which exists the problem that cost is high; Or adopt the HA(High Available based on minicomputer, high availability clusters), however there are some shortcomings below in which:
1, resource utilization is not high.Master-slave mode only has master server to bear service, from server, does not bear service, and resource utilization is low; The two-server of symmetrical expression is master slave relation each other, the machine machine of delaying, other one just must load two-server all services, poor stability; Concentrating type adopts three or three above servers to work simultaneously, wherein one as other two or many from server, with respect to above-mentioned two kinds of pattern synthesise various, be improved, but also exist resource idle;
2, stability is not high.Once the HA mode based on minicomputer is delayed, machine needs even window switching time of minute level of second level, may cause performance to agitate and stability problem to production system in service;
3, do not possess level and smooth expansion upgrading ability.
Summary of the invention
The embodiment of the present invention provides a kind of charge system and its implementation based on cloud computing, has high-performance in the situation that network data sharply increases, charging method and the charge system of high availability, high reliability, enhanced scalability to providing.
The embodiment of the present invention provides a kind of charge system based on cloud computing, comprising: more than two data acquisition unit, load equalizer, more than two Distributor and accounting server;
Described two above data acquisition units, are respectively used to gather the real-time status information of each host in group system, and under the control of described load equalizer, by the real-time status communication gathering to Distributor;
Described load equalizer, for collecting the load information of each data acquisition unit and Distributor, according to the load of predefined each Distributor of load balancing balance;
Described two above Distributors, the real-time status information sending for converging each data acquisition unit, and by the real-time status communication converging to accounting server;
Accounting server, for the real-time status information receiving is processed, to obtain charging result, and is shown to user by charging result.
In the possible execution mode of the first, in conjunction with first aspect, described load equalizer is also for providing session to keep function.
In the possible execution mode of the second, in conjunction with first aspect, described two above Distributors are also for link convergence function is provided, and described two above Distributors are taked blade framework.
In the third possible execution mode, in conjunction with first aspect, described system also comprises service management platform, for receiving load information and each Distributor exception monitoring result of each Distributor of described load equalizer transmission, according to the load information of each Distributor and exception monitoring result, each Distributor dispatched or switched, the service condition of each Distributor being carried out to record simultaneously.
Wherein, described service management platform also, for carrying out online resource edition upgrading, specifically comprises:
Described service management platform to described more than two in Distributor idle Distributor send redaction upgrade command; Redaction application is installed on the Distributor of described free time; Enable described redaction application; From described load equalizer, obtain the exception monitoring result of the Distributor of described free time; When described exception monitoring result is while being normal, order described load-balancing device to stop the operation of the Distributor at legacy version application place.
Second aspect, the embodiment of the present invention also provides a kind of implementation method of the charge system based on cloud computing, comprising:
Real-time status information by plural data acquisition unit to each host in group system;
Load equalizer gathers the load information of each data acquisition unit and Distributor, and according to predefined load balancing control data acquisition unit by the real-time status communication collecting to Distributor;
Distributor converges the real-time status information that each data acquisition unit sends, and by the real-time status communication converging to accounting server;
Accounting server is processed the real-time status information receiving, and to obtain charging result, and charging result is shown to user.
A kind of charge system and its implementation based on cloud computing that the embodiment of the present invention provides, employing possesses Distributor and the load equalizer of cloud characteristic, under the control of load equalizer, the real-time status information of each host in group system is sent to different Distributors, and then send accounting server to and process and obtain charging result, therefore this charge system can be in system busy or resource nervous time dynamically application add Distributor resource, the automatic releasing resource of idle, realized distribution according to need, take as required, this dynamic elasticity capacity-enlarging system can be easy to meet following user and the extensive demand increasing of business.
Accompanying drawing explanation
Fig. 1 is a kind of charge system structural representation based on cloud computing that the embodiment of the present invention provides;
Fig. 2 is the implementation method schematic flow sheet of the charge system based on cloud computing that provides of the embodiment of the present invention;
Fig. 3 is load balance process schematic flow sheet in the charge system implementation method based on cloud computing that provides of the embodiment of the present invention;
Fig. 4 is automatic emergency handling process schematic diagram in the charge system implementation method based on cloud computing that provides of the embodiment of the present invention;
Fig. 5 is online dynamic expansion schematic flow sheet in the charge system implementation method based on cloud computing that provides of the embodiment of the present invention;
Fig. 6 is online version upgrading schematic flow sheet in the charge system implementation method based on cloud computing that provides of the embodiment of the present invention.
Embodiment
The embodiment of the present invention provides a kind of charge system and its implementation based on cloud computing, has high-performance in the situation that network data sharply increases, charging method and the charge system of high availability, high reliability, enhanced scalability to providing.
In order to make those skilled in the art person understand better the present invention program, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the embodiment of a part of the present invention, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, should belong to the scope of protection of the invention.
The embodiment of the present invention provides a kind of charge system based on cloud computing, comprising: more than two data acquisition unit, load equalizer, more than two Distributor and accounting server;
Described two above data acquisition units, are respectively used to gather the real-time status information of each host in group system, and under the control of described load equalizer, by the real-time status communication gathering to Distributor;
Described load equalizer, for collecting the load information of each data acquisition unit and Distributor, according to the load of predefined each Distributor of load balancing balance;
Described two above Distributors, the real-time status information sending for converging each data acquisition unit, and by the real-time status communication converging to accounting server;
Accounting server, for the real-time status information receiving is processed, to obtain charging result, and is shown to user by charging result.
Wherein, described load equalizer is also for providing session to keep function, and load equalizer is by the session request load of same ID or be distributed to same Distributor;
Described two above Distributors are also for providing link convergence function, avoid network element link to be the trend that is doubled and redoubled because of a large amount of connections of front end and the amplification of load-balancing device, performance to Distributor impacts, wherein, described two above Distributors are taked blade framework.
Above-mentioned blade framework refers to, server unit that can a plurality of cassettes of plug-in mounting in the rack cabinet of calibrated altitude, realizes high available and high density.Each piece " card ", each server unit, is exactly in fact a block system mainboard.They can, by the operating system of " plate carries " hard disk startup oneself, as Windows NT/2000, Linux etc., be similar to one by one independently server, under this pattern, the system of each piece motherboard operation oneself, serves the different user group of appointment, there is no each other association.But, can use systems soft ware that these motherboards are assembled to a server cluster.Under cluster mode, all motherboards can couple together provides network environment at a high speed, and while shared resource, is identical customer group service.In cluster, insert new " blade ", just can improve overall performance.And be all hot plug due to every " blade ", so system can be replaced like a cork, and preventive maintenance time is reduced to minimum.
Calculation server can take parallel computation assembly to process the real-time status information receiving according to default computational algorithm, to obtain charging result, and charging result is shown to user.
Further, this charge system can also comprise server admin platform, for receiving load information and each Distributor exception monitoring result of each Distributor of described load equalizer transmission, according to the load information of each Distributor and exception monitoring result, each Distributor dispatched or switched, the service condition of each Distributor being carried out to record simultaneously.
Therefore, a kind of charge system based on cloud computing that the embodiment of the present invention provides adopts Distributor and the load equalizer that possesses cloud characteristic, under the control of load equalizer, the real-time status information of each host in group system is sent to different Distributors, and then send accounting server to and process and obtain charging result, therefore this charge system can be in system busy or resource nervous time dynamically application add Distributor resource, the automatic releasing resource of idle, realized distribution according to need, take as required, this dynamic elasticity capacity-enlarging system can be easy to meet following user and the extensive demand increasing of business.
The embodiment of the present invention also provides a kind of charge system based on cloud computing, shown in Figure 1, comprising: plural data acquisition unit 101, load equalizer 102, plural Distributor 103 and accounting server 104;
Plural data acquisition unit 101 is respectively used to gather the real-time status information of each host in group system, and under the control of described load equalizer, by the real-time status communication gathering to Distributor;
Wherein, data acquisition unit 101 can be SACP(Service Access Control Point, service access is controlled) module or GGSN(Gateway GPRS Support Node, Gateway GPRS Support Node) or VAC(Value-Added Carrier, value-added network) or SMSC(Short Message Service Center, SMS service center) etc.Data acquisition unit 101 is by DCC(Diameter Credit Control, and Diameter letter is controlled agreement) to load-balancing device, initiate link.
Load equalizer 102 is for collecting the load information of each data acquisition unit 101 and Distributor 103, according to the load of predefined each Distributor of load balancing balance;
It should be noted that, the charge system that the embodiment of the present invention provides can comprise plural load equalizer 102, between load equalizer 102, can take HA(High Available, high availability clusters) distribution mode, in the present invention, load equalizer 102 is as OCS(Online Access Control Point, Online Charging System) same access to network element accounting request; Provide the request of network element side at proxy server (Distributor), to connect the load balance ability of level and session level; By the health examination to proxy server, provide application layer fault-tolerant and emergency capability; Provide session to keep function, i.e. the session request of same ID will or be distributed to same proxy server by load, i.e. Distributor in the present invention; By other high reliability and the high availability that load-balancing device is provided of hanging of single armed.
The embodiment of the present invention realizes the automatic load balancing ability of charging by introducing and realize high available load equalizer equipment, reach minimum improvement cost.
The real-time status information that plural Distributor 103 sends for converging each data acquisition unit 101, and by the real-time status communication converging to accounting server 104, wherein, described two above Distributors 103 can be taked blade framework;
In the present invention, each Distributor 103 provides isomorphism and impartial stateless to act on behalf of route service; The cloud resource pool that realization comprises a plurality of Distributors, each Distributor is hot standby each other each other by load-balancing device, thereby can realize emergent switching; Meanwhile, Distributor 103 provides link convergence ability, avoids network element link because a large amount of connections of front end and the amplification of load-balancing device are the trend that is doubled and redoubled, and the performance of server is impacted.
In the invention process, with the Distributor replacement for small machine server of blade, set up the Service Source ponds such as distribution and charging, improve service stability, reduce cost of investment; Flexible scheduling to infrastructure resources, reaches maximum resource utilization.
Accounting server 104, for utilize parallel computation assembly to process the real-time status information receiving according to default charging algorithm, to obtain charging result, and is shown to user by charging result.
Therefore, the charge system based on cloud computing that the embodiment of the present invention provides adopts Distributor and the load equalizer that possesses cloud characteristic, under the control of load equalizer, the real-time status information of each host in group system is sent to different Distributors, and then send accounting server to and process and obtain charging result, therefore this charge system can be in system busy or resource nervous time dynamically application add Distributor resource, the automatic releasing resource of idle, realized distribution according to need, take as required, this dynamic elasticity capacity-enlarging system can be easy to meet following user and the extensive demand increasing of business.
The embodiment of the present invention also provides a kind of implementation method of the charge system based on cloud computing, described in Fig. 2, comprising:
S201, the real-time status information by plural data acquisition unit to each host in group system;
S202, load equalizer gather the load information of each data acquisition unit and Distributor, and according to predefined load balancing control data acquisition unit by the real-time status communication collecting to Distributor;
S203, Distributor converge the real-time status information that each data acquisition unit sends, and by the real-time status communication converging to accounting server;
Wherein, described two above Distributors can be taked blade framework;
S204, accounting server are processed the real-time status information receiving, and to obtain charging result, and charging result are shown to user.
Further, described implementation method can also comprise: by described a plurality of Distributors, carry out link convergence.
Described implementation method can also comprise: described load equalizer carries out exception monitoring to each Distributor, and exception monitoring result and the load information of Distributor are sent to service management platform;
Service management platform is dispatched or switches each Distributor according to the load information of each Distributor and exception monitoring result, the service condition of each Distributor is carried out to record simultaneously.
Described method also comprises by described service management platform carries out online resource edition upgrading, specifically comprises:
Described service management platform to described more than two in Distributor idle Distributor send redaction upgrade command; Redaction application is installed on the Distributor of described free time; Enable described redaction application; From described load equalizer, obtain the exception monitoring result of the Distributor of described free time; When described exception monitoring result is while being normal, order described load equalizer to stop the operation of the Distributor at legacy version application place.
In the present invention, data acquisition unit initiates to connect and queued session to load equalizer, load equalizer is opened DCC session simultaneously, the starting stage of paying at Diameter, can not exist any session to keep, load equalizer can, according to the computational methods of load balancing, be distributed on Distributor, shown in Figure 3, mainly comprise following process:
1, Diameter handshake process, data acquisition unit sends CER(Capability Exchange Request, capabilities exchange request) to load equalizer, load equalizer navigates to Distributor 1 according to the algorithm of poll, the ID of Distributor 1 is passed through to CEA (Capability Exchange Request simultaneously, capabilities exchange is replied) pass through data acquisition unit, load equalizer also can be replaced;
2, data acquisition unit sends second CCR(Creadit Control Request, signaling control request) request is to load equalizer, load equalizer is resolved the sequence number Session id=y of CCR, think a new request, load equalizer, according to the point counting of poll, sends to Distributor 2 request so.Here load equalizer is the AVP(Attribute Value Pair in Diameter, property value to) the value of session identification Session id as the standard with background server session;
3, suppose that load equalizer receives the 3rd CCR request, resolve its Session id=x, also think a new request, so according to the algorithm of load balancing, send to Distributor 1;
4, receive the 4th CCR request, resolve its AVP Session id=y, according to AVP session protection philosophy, load to Distributor 2 so;
5, receive the 5th CCR request, resolve its AVP Session id=x, according to AVP session protection philosophy, load to Distributor 1 so;
6, receive the 6th CCR request, resolve its AVP Session id=y, according to AVP session protection philosophy, load to Distributor 2 so;
7, because Diameter is asynchronous protocol, so be also asynchronous from the corresponding of server;
8, load equalizer can transparent transmission DWR(Device Watchdog Request, house dog request message)/DWA(Device Watchdog Answer, house dog response message), and responded respectively by load equalizer;
9, when network element sends DPR(Disconnect Peer Request, break link request), load equalizer is broadcast to all Distributors request, if just Distributor end is initiated DPR request, load equalizer is corresponding this Distributor so, can not affect other network element request and Distributor.
Further, method provided by the present invention can also realize automatic emergency, shown in Figure 4, and main process is as follows:
1, load equalizer is by regular heartbeat health examination, and whether investigation Distributor is normal;
2, network element request end normally sends DCC request, and load equalizer is distributed to request on Distributor 1 node and processes according to the load-balancing method of poll;
3, Distributor 1 node failure;
4, load equalizer regularly carries out heartbeat health examination, when detecting Distributor 1 node failure, information is fed back to cloud management platform, i.e. service management platform;
5, cloud management platform is known Distributor 1 node failure, prepares to enable Distributor 2 nodes;
6, cloud management platform stops Distributor 1 node, discharges related resource, and this node is removed from dynamic cloud resource pool;
7, cloud management platform is enabled Distributor 2 nodes, and finishing service availability verification;
8, newly continue DCC request of same session reaches load equalizer, can not be distributed to Distributor 1 node of inefficacy again, but is distributed in dynamic cloud resource pool effectively Distributor 2 nodes;
9, the DCC of new session request arrives load equalizer, is also distributed to effective Distributor 2 node processing of dynamic cloud resource pool.
It is shown in Figure 5 that the present invention carries out the process of online dynamic expansion, comprising:
1, network element request end normally sends DCC request, and load equalizer is distributed to request on Distributor 1 node and processes according to the load balancing mode of poll;
2, the load information that load equalizer regularly feeds back Distributor is to cloud management platform;
3, the load that cloud management platform detects Distributor, whether over setting threshold, if surpass threshold value, needs to start new Distributor node;
4, cloud management platform starts new resources node Distributor 3;
5, the availability of new node Distributor 3 is verified and fed back to cloud management platform order load equalizer;
6, cloud management platform judges that according to feedback information whether new node is available; If available, notification payload equalizer joins new node Distributor 3 in dynamic cloud resource pool;
7, new session request is distributed to former effective Distributor 2 node processing by load balancing mode;
8, another new session request is distributed to Distributor 3 node processing of newly enabling by load balancing mode.
Further, the inventive method can be carried out online version upgrading, and shown in Figure 6, escalation process comprises:
1, cloud management platform starts Distributor edition upgrading process;
2, cloud management platform unloading part online resource node is in idling-resource pond;
3, cloud management platform sends Distributor edition upgrading instruction to node available in idling-resource pond;
4, redaction application is installed;
5, enable redaction application;
6, cloud management platform requires load equalizer to activate and feed back the availability of redaction node;
7, cloud management platform requires load equalizer unloading legacy version Distributor node;
8, load equalizer is initiated and is stopped legacy version Distributor node.
Therefore, the implementation method of the charge system based on cloud computing that the embodiment of the present invention provides, take, by load equalizer, the real-time status information of data acquisition unit collection is sent to different Distributors, and then send accounting server to and process and obtain charging result, therefore this implementation method can be in system busy or resource nervous time dynamically application add Distributor resource, the automatic releasing resource of idle, realized distribution according to need, take as required, this dynamic elasticity capacity-enlarging system can be easy to meet following user and the extensive demand increasing of business.
One of ordinary skill in the art will appreciate that all or part of step in the various flow processs of above-described embodiment is to come the hardware that instruction is relevant to complete by program, this program can be stored in a computer-readable recording medium, storage medium can comprise: read-only memory (ROM, Read Only Memory), random access memory (RAM, Random Access Memory), disk or CD etc.
, in the above-described embodiments, the description of each embodiment is all emphasized particularly on different fields meanwhile, in certain embodiment, there is no the part of detailed description, can be referring to the associated description of other embodiment.
The charge system based on cloud computing and its implementation of above the embodiment of the present invention being provided are set forth, and the explanation of above embodiment is just for helping to understand method of the present invention and core concept thereof; , for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention meanwhile.
Claims (10)
1. the charge system based on cloud computing, is characterized in that, comprising: more than two data acquisition unit, load equalizer, more than two Distributor and accounting server;
Described two above data acquisition units, are respectively used to gather the real-time status information of each host in group system, and under the control of described load equalizer, by the real-time status communication gathering to Distributor;
Described load equalizer, for collecting the load information of each data acquisition unit and Distributor, according to the load of predefined each Distributor of load balancing balance;
Described two above Distributors, the real-time status information sending for converging each data acquisition unit, and by the real-time status communication converging to accounting server;
Accounting server, for the real-time status information receiving is processed, to obtain charging result, and is shown to user by charging result.
2. charge system according to claim 1, is characterized in that, described load equalizer is also for providing session to keep function.
3. charge system according to claim 1, is characterized in that, described two above Distributors are also for link convergence function is provided, and described two above Distributors are taked blade framework.
4. charge system according to claim 1, it is characterized in that, described system also comprises service management platform, for receiving load information and each Distributor exception monitoring result of each Distributor of described load equalizer transmission, according to the load information of each Distributor and exception monitoring result, each Distributor dispatched or switched, the service condition of each Distributor being carried out to record simultaneously.
5. charge system according to claim 4, is characterized in that, described service management platform also, for carrying out online resource edition upgrading, specifically comprises:
Described service management platform to described more than two in Distributor idle Distributor send redaction upgrade command; Redaction application is installed on the Distributor of described free time; Enable described redaction application; From described load equalizer, obtain the exception monitoring result of the Distributor of described free time; When described exception monitoring result is while being normal, order described load-balancing device to stop the operation of the Distributor at legacy version application place.
6. an implementation method for the charge system based on cloud computing claimed in claim 1, is characterized in that, comprising:
Real-time status information by plural data acquisition unit to each host in group system;
Load equalizer gathers the load information of each data acquisition unit and Distributor, and according to predefined load balancing control data acquisition unit by the real-time status communication collecting to Distributor;
Distributor converges the real-time status information that each data acquisition unit sends, and by the real-time status communication converging to accounting server;
Accounting server is processed the real-time status information receiving, and to obtain charging result, and charging result is shown to user.
7. implementation method according to claim 6, it is characterized in that, described load equalizer is controlled data acquisition unit according to predefined load balancing the real-time status communication collecting is comprised to Distributor: described load equalizer is controlled between each data acquisition unit and each Distributor and connected and session according to predefined load balancing, and the request that belongs to same session is distributed on identical Distributor.
8. implementation method according to claim 6, is characterized in that, described method also comprises: by described a plurality of Distributors, carry out link convergence, wherein, described two above Distributors are taked blade framework.
9. implementation method according to claim 6, is characterized in that, described method also comprises:
Described load equalizer carries out exception monitoring to each Distributor, and exception monitoring result and the load information of Distributor are sent to service management platform;
Service management platform is dispatched or switches each Distributor according to the load information of each Distributor and exception monitoring result, the service condition of each Distributor is carried out to record simultaneously.
10. implementation method according to claim 9, is characterized in that, described method also comprises by described service management platform carries out online resource edition upgrading, specifically comprises:
Described service management platform to described more than two in Distributor idle Distributor send redaction upgrade command; Redaction application is installed on the Distributor of described free time; Enable described redaction application; From described load equalizer, obtain the exception monitoring result of the Distributor of described free time; When described exception monitoring result is while being normal, order described load-balancing device to stop the operation of the Distributor at legacy version application place.
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| CN103973809B (en) * | 2014-05-22 | 2017-10-31 | 北京锐安科技有限公司 | A kind of data distributing method and system |
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| CN106911483B (en) * | 2017-03-13 | 2020-04-07 | 广东网金控股股份有限公司 | Charging method based on block chain and cloud computing platform |
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| CN109067600A (en) * | 2018-09-25 | 2018-12-21 | 郑州云海信息技术有限公司 | A kind of private clound management platform system and its task processing method |
| CN109756372A (en) * | 2018-12-29 | 2019-05-14 | 亚信科技（中国）有限公司 | A kind of elastic telescopic method and device of telecommunication charging system |
| CN110825703A (en) * | 2019-11-01 | 2020-02-21 | 浪潮云信息技术有限公司 | Method for realizing elastic expansion and contraction of file system based on timing task |
| CN110825703B (en) * | 2019-11-01 | 2023-04-11 | 浪潮云信息技术股份公司 | Method for realizing elastic expansion and contraction of file system based on timing task |
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