CN102147887A - Enterprise electronic commerce information flow management system - Google Patents
Enterprise electronic commerce information flow management system Download PDFInfo
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- CN102147887A CN102147887A CN2011100701578A CN201110070157A CN102147887A CN 102147887 A CN102147887 A CN 102147887A CN 2011100701578 A CN2011100701578 A CN 2011100701578A CN 201110070157 A CN201110070157 A CN 201110070157A CN 102147887 A CN102147887 A CN 102147887A
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Abstract
The invention discloses an enterprise electronic commerce information flow management system; a cloud computing algorithm and a dynamic selection algorithm are introduced into the management system; the system mainly comprises a business process engine module and a business process engine management module, wherein the business process engine module is arranged at a cloud, receives a business request and calls a cloud resource to carry out a business process based on the dynamic selection algorithm; the business process engine management module is arranged at the cloud and carries out the configuration on the business process engine module and the cloud resource based on the dynamic selection algorithm; and the business process engine management module manages and configures the business process engine module and the cloud resource. By the technical scheme, the business process engine module and the business process engine management module can be used for carrying out dynamic retractility and intelligentized management on cloud services, monitoring the service condition of the cloud resource, furthest bringing the efficiency of the cloud resource into play and effectively reducing the total cost of enterprises.
Description
Technical field
The present invention relates to the electronic commerce information technology, especially Enterprise's Electronic Commercial information flow management system.
Background technology
Enterprise's Electronic Commercial information service workflow management (E-Commerce Information Business Process Management, EBPM) use the bridge that cross-over connection business and IT are provided for enterprise, software systems are made of a plurality of ingredients in network that is distributed in isomery and the running environment often, it is increasingly sophisticated that system management becomes, software systems provide hundreds of configurable parameter, also are mutually related between the parameter.For preventing software fault, help address these problems by " using the technical management technology ".Make the Enterprise's Electronic Commercial infosystem that good retractility and dirigibility can be provided, realize the flexible allocation of IT infrastructure and business service resource and use as required, and finally realize best TCO (Total Cost Ownership, TCO).
Promptly use the technical management technology from host computer, be angle design and realization computing system from system self, make autonomic computation system can dynamically adjust and control the behavior of self according to oneself state, system resource and the outer environment state of the time of running, the change that conforms, thereby make self to have had the ability of management certainly, it should have following four features:
(1) self-configuring.When having disposed new structural member or change in a system, under the situation of manual intervention minimum, can be in operation dynamically is configured self.
(2) recover certainly.System can automatically detect, diagnoses and repair the fault of member.
(3) self-optimizing.It is meant that system and member can constantly seek an opportunity and improves self performance and efficient under the situation of manual intervention minimum.
(4) self-shield.When hostility or intrusion behavior generation, a self-shield environment can detect them and take autonomous measure, makes the destruction that oneself is not vulnerable to unwarranted visit and use, virus and denial of service sexual assault and generic failure.
Autonomic computation system is to be made of from main member a series of being mutually related, and each member all has self function and characteristics, and has certain independence.Between the member and the relation between the environment of member and member operation: (1) all members are formed the computingasystem environment that they are depended on for existence jointly; (2) each member all needs system environments and other members to provide service for it, and these services comprise system resource, data, status information and computing power etc.; (3) each member is wanted and can be provided service for system environments and other members.
The Dynamic Selection algorithm provides optimized realization for the cloud computing platform Dynamic Selection from main member.One from main member be service providers simultaneously be again the requestor of service.When during as service providers, needing to receive and handle polytype request from main member.In order to improve the processing request efficiency, corresponding to a given interface, the developer of member can provide a plurality of different inside to realize that each realization all is to optimize for a kind of request of particular type.Which kind of realization member adopts not is static configuration, the algorithm that we have used the Dynamic Selection member to realize, algorithm is selected optimum realization for the request of each type as much as possible, simultaneously avoid again switching (cost of switching is too big) between the different realizations between different realizations, thereby the overhead that member processing request is spent is the least possible as far as possible.
BPEL (Business Process Execution Language, BPEL) for realizing that EBPM provides a kind of description operation flow language, simultaneously, can also be used to describing business collaboration relation between enterprise and affiliate, supplier, the client etc.By the BPEL technology, can in the BPEL document, define one group of activity and describe operation flow, can call the Web service assembly of related service service simultaneously, realize the business cooperation between enterprise and supplier, the client.With EBPM system of enterprise, combine with the cloud computing pattern from host computer, BPEL BPEL technology, problems such as the cross-region that can effectively solve operation flow is worked in coordination with, the request of spike business processing, for example, enterprise's order processing flow process can be deployed in the cloud environment, be distributed in subordinate organization of enterprise, industrial chain upstream and downstream partner of different regions etc., can join in the business processing flow easily.When business events flow path processing request, business datum amount etc. increased suddenly, when for example the busy season arrived, the cloud computing management platform satisfied the traffic growth demand by providing needed computational resource, storage resources etc. rapidly from host computer; And when business flow processing request, business datum amount returned to normal operation level, enterprise can discharge unnecessary cloud resource, to reduce the IT cost.
Cloud computing is the providing of a kind of new IT service, consumption and delivery mode, on the internet with the form payment application program of " service "; The user can pass through Web browser mode access system resources, and the concrete physical location that needn't manage them where, and the user can be connected to these resources anywhere.Cloud computing is supported among numerous users shared resource and splits the cost, thereby realizes the concentrating of infrastructure, low-cost management, satisfies the request of spike business processing, realizes the distribution according to need of resource, comprehensively promotes the resource overall efficiency.The cloud computing resource is not to provide free, and cloud service operator often adopts
The way of paying of " purchase can be used ", enterprise how effectively to manage and use in the cloud service resource that please buy, not only determined the response speed and the treatment effeciency of business processing, the IT cost that also is directly connected to enterprise and is spent.If EBPM system of enterprise is the cloud computing resource of the required cost of identification services flow process effectively, thereby carry out resource bid and scheduling on one's own initiative, avoid producing the resource passive situation, will help to promote the speed of business processing.In addition, for some operation flow, if wait or idle condition and resource is occupied, the situation that can not in time discharge in a large number will be brought unnecessary cost expenditure to enterprise.In a word, need RPM system of enterprise in cloud computing environment, to monitor effectively and active scheduling to BPM and cloud resource.
In this case, traditional BPM (EBPM) system can not be moved in the cloud computing environment simply, but must improve become more meticulous control and expenses management ability to the cloud resource, could really enjoy the benefit that the cloud computing pattern is brought like this.
Summary of the invention
For the benefit that above-mentioned cloud computing is brought comes true, the present invention proposes Enterprise's Electronic Commercial information flow management system.
Enterprise's Electronic Commercial information flow management system, in management system, introduce cloud computing and Dynamic Selection algorithm, mainly by being arranged on high in the clouds, receive service request and carry out the business process engine module of operation flow and be arranged on high in the clouds based on Dynamic Selection algorithm invokes cloud resource, based on the Dynamic Selection algorithm business process engine administration module that business process engine module and cloud resource are configured is formed business process engine administration module administration configuration business process engine module and cloud resource.
The business process engine module comprises flow process charging assembly, operation flow executive module, preanalysis assembly and monitoring resource assembly, wherein, the flow process charging assembly reads the corresponding service flow process from professional flow definition storehouse, and be the BPEL document with this business flow processing, then the BPEL document is transferred to the operation flow executive module; The operation flow executive module calls the cloud resource and carries out this operation flow according to the BPEL document; The preanalysis block analysis is from the BPEL document of flow process charging assembly acquisition, and the expectation operating position of analysis cloud resource, and the result is submitted to cloud resources performance analysis storehouse; The monitoring resource assembly is monitored the actual operating position of the cloud resource that obtains in the operation flow executive module, and monitoring result is committed to cloud resources performance analysis storehouse.
The business process engine administration module comprises carries out monitor component and engine scheduling assembly, and wherein, the execution monitor component reads cloud resources performance analysis storehouse and obtains the operating position of described cloud resource and situation is transferred to the engine scheduling assembly; The engine scheduling assembly receives after the operating position of cloud resource by resource quota and accounting management assembly and cloud operation management person and adjusts the cloud resource alternately.
Pass through technique scheme, can utilize BPM device and business process engine that the high in the clouds serviced component is carried out dynamic retractility and intellectualized management, monitor cloud resource operating position, farthest bring into play the usefulness of cloud resource, effectively reduce total all costs of enterprise.
Description of drawings
Fig. 1 is the principle of work synoptic diagram of Enterprise's Electronic Commercial information flow management system of the present invention,
Wherein, single arrow line is represented the data one-way transmission, and double arrowed line is represented the data double-way transmission.
Embodiment
In order more to be expressly understood above-mentioned purpose of the present invention, feature and advantage, the present invention is further described in detail below in conjunction with the drawings and specific embodiments.
Enterprise's Electronic Commercial information flow management system, in management system, introduce cloud computing and Dynamic Selection algorithm, mainly by being arranged on high in the clouds, receive service request and carry out the business process engine module of operation flow and be arranged on high in the clouds based on Dynamic Selection algorithm invokes cloud resource, based on the Dynamic Selection algorithm business process engine administration module that business process engine module and cloud resource are configured is formed business process engine administration module administration configuration business process engine module and cloud resource.Business process engine administration module and business process engine module are arranged on high in the clouds, business process engine module based on the Dynamic Selection algorithm receives service request, and call the cloud resource to carry out described service request corresponding service flow process, described business process engine administration module is configured described business process engine module and described cloud resource according to the operating position of described business process engine.By such technical scheme, can analyze demand and the operating position of operation flow intelligently by business process engine administration module and business process engine module to the cloud resource, realize the economy use of cloud resource, farthest bring into play the usefulness of cloud resource.
The business process engine module comprises flow process charging assembly, operation flow executive module, preanalysis assembly and monitoring resource assembly, wherein, the flow process charging assembly reads the corresponding service flow process from professional flow definition storehouse, and be the BPEL document with this business flow processing, then the BPEL document is transferred to the operation flow executive module; The operation flow executive module calls the cloud resource and carries out this operation flow according to the BPEL document; The preanalysis block analysis is from the BPEL document of flow process charging assembly acquisition, and the expectation operating position of analysis cloud resource, and the result is submitted to cloud resources performance analysis storehouse; The monitoring resource assembly is monitored the actual operating position of the cloud resource that obtains in the operation flow executive module, and monitoring result is committed to cloud resources performance analysis storehouse.
The business process engine administration module comprises carries out monitor component and engine scheduling assembly, and wherein, the execution monitor component reads cloud resources performance analysis storehouse and obtains the operating position of described cloud resource and situation is transferred to the engine scheduling assembly; The engine scheduling assembly receives after the operating position of cloud resource by resource quota and accounting management assembly and cloud operation management person and adjusts the cloud resource alternately.Carry out monitor component, visit cloud resources performance is analyzed the storehouse to obtain the operating position of described cloud resource; The engine scheduling assembly, mutual according to the operating position of cloud resource by resource quota and accounting management assembly and cloud operation management person, so that the cloud resource is adjusted.Therefore, can identify and carry out frequent operation flow,, and can avoid blindly applying for too much cloud resource, cause unnecessary cost waste guidingly for these operation flows provide resource guarantee.
Pass through technique scheme, can utilize BPM device and business process engine that the high in the clouds serviced component is carried out dynamic retractility and intellectualized management, monitor cloud resource operating position, farthest bring into play the usefulness of resource, reduce total all costs of enterprise.
In sum, more than be preferred embodiment of the present invention only, be not to be used to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (3)
1. Enterprise's Electronic Commercial information flow management system, it is characterized in that, in management system, introduce cloud computing and Dynamic Selection algorithm, native system is mainly by being arranged on high in the clouds, receive service request and carry out the business process engine module of operation flow and be arranged on high in the clouds based on Dynamic Selection algorithm invokes cloud resource, based on the Dynamic Selection algorithm business process engine administration module that business process engine module and cloud resource are configured is formed business process engine administration module administration configuration business process engine module and cloud resource.
2. Enterprise's Electronic Commercial information flow management system according to claim 1, it is characterized in that, the business process engine module comprises flow process charging assembly, operation flow executive module, preanalysis assembly and monitoring resource assembly, wherein, the flow process charging assembly reads the corresponding service flow process from professional flow definition storehouse, and be the BPEL document with this business flow processing, then the BPEL document is transferred to the operation flow executive module; The operation flow executive module calls the cloud resource and carries out this operation flow according to the BPEL document; The preanalysis block analysis is from the BPEL document of flow process charging assembly acquisition, and the expectation operating position of analysis cloud resource, and the result is submitted to cloud resources performance analysis storehouse; The monitoring resource assembly is monitored the actual operating position of the cloud resource that obtains in the operation flow executive module and monitoring result is committed to the cloud resources performance and analyzes the storehouse.
3. Enterprise's Electronic Commercial information flow management system according to claim 1, it is characterized in that, the business process engine administration module comprises carries out monitor component and engine scheduling assembly, wherein, carrying out monitor component reads the cloud resources performance and analyzes the storehouse and obtain the operating position of described cloud resource and situation is transferred to the engine scheduling assembly; The engine scheduling assembly receives after the operating position of cloud resource by resource quota and accounting management assembly and cloud operation management person and adjusts the cloud resource alternately.
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| CN2011100701578A CN102147887A (en) | 2011-03-23 | 2011-03-23 | Enterprise electronic commerce information flow management system |
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| CN2011100701578A CN102147887A (en) | 2011-03-23 | 2011-03-23 | Enterprise electronic commerce information flow management system |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102289769A (en) * | 2011-08-31 | 2011-12-21 | 郑文哲 | Virtual display system based on cloud technology |
| CN102523246A (en) * | 2011-11-23 | 2012-06-27 | 陈刚 | Cloud computation treating system and method |
| CN103166989A (en) * | 2011-12-13 | 2013-06-19 | 中国电信股份有限公司 | Resource use metering method and resource use metering system for cloud computing |
| CN103763117A (en) * | 2011-12-31 | 2014-04-30 | 华茂云天科技(北京)有限公司 | Service and operation management system |
| CN104766238A (en) * | 2014-10-23 | 2015-07-08 | 国家电网公司 | Price and tax computation engine system based on neurons and cloud deployment and method thereof |
-
2011
- 2011-03-23 CN CN2011100701578A patent/CN102147887A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102289769A (en) * | 2011-08-31 | 2011-12-21 | 郑文哲 | Virtual display system based on cloud technology |
| CN102523246A (en) * | 2011-11-23 | 2012-06-27 | 陈刚 | Cloud computation treating system and method |
| CN102523246B (en) * | 2011-11-23 | 2015-07-01 | 陈刚 | Cloud computation treating system and method |
| CN103166989A (en) * | 2011-12-13 | 2013-06-19 | 中国电信股份有限公司 | Resource use metering method and resource use metering system for cloud computing |
| CN103763117A (en) * | 2011-12-31 | 2014-04-30 | 华茂云天科技(北京)有限公司 | Service and operation management system |
| CN104766238A (en) * | 2014-10-23 | 2015-07-08 | 国家电网公司 | Price and tax computation engine system based on neurons and cloud deployment and method thereof |
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Application publication date: 20110810 |