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dependency between services. Inter-enterprise web services, intra-enterprise application services, and composite application business component services are of the first, second and third layers, respectively. Interenterprise services are top-layered, while the application business component services are bottom-layered. And higher-layered services are dependent on the implementation of lower-layered services. In the enterprise service domain, On the one hand, business users can release their services to the enterprise service agents through their own self-description enterprise Web services, register enterprise Web services in the business services agents, publish enterprise service functions and interfaces. Enterprise service agents are responsible for the coordination and management work, such as information Enterprise service registration, positioning, bundling services and so on. On the other hand, when enterprises users request for service, the users register in the enterprise service agents first, after the success of registration, the enterprise service agent match the demand service by the petitioner, and sent the service information to the service requester, the service request Mobile Agent visit to the service providers, service providers and service bundle with the petitioner to provide them services. Here the following detailed descriptions: (1) Enterprise Service Agent is a set of server groups. (2) Mobile Agent-based enterprise Web services, strip heterogeneous characteristics of local resources through standard protocols to provide transparent services. Mobile Agent-based business services have reciprocal (P2P) authority, that is, to meet a variety of agreements and norms under the premise of equal use of resources. All Mobile Agent-based enterprise Web services, in accordance with business needs and business model of dynamic work flow services, share Resources, collaborate Mutually, serve each other and Complete a common task. When Mobile Agent-based Web services rely on the relationship between them, we can gain the control and Management through mutual consultation and cooperation. (3) Mobile Agent-based business services are independently responsible for their own resource scheduling, and dynamically interact with the business services agents ,to make them understand real-time enterprise resource information services and dynamically change management decision-making , coordinate resources "compete" resources "exclusive" and other conflict resources, in accordance with specific circumstances. (4) The Mobile Agent-based business services to other business services and information through the use of authority, can only be authorized by business service agent. Once two Mobile Agent-based business services establish connections, all matters can be completed by coordination between the two sides without intervention of enterprises services agent. Depending on the given task’s requirement, the cooperation between two mobile agent-based enterprise service can takes the direct/active model or direct/active model. Using the direct/active non-terminate model, the service requester mobile agent sends active nonterminate service request to the service provider mobile agent, asking the provider to actively provide service to the requester when the conditions are met. When the provider has received the service request, it will make direct/active service promise to the requester. Immediately the conditions are met, the provider will provide service actively, and return the result accordingly. Using the direct/active terminate model, the service requester mobile agent sends active terminate service request to the service provider mobile agent, asking the provider to actively provide service to the requester when the conditions are met. When the provider has received the request, it will make active terminate service promise to the requester. Immediately the conditions are met, it will provide service actively, and return the results accordingly, and the cooperation is terminated. In the enterprise application service domain, application service agent is established. The agent is responsible of the query, detection, binding coordination, and other enterprise application services. Enterprise applications (such as PDM, DRP, CRM, SCM) are encapsulated using mobile agent-based web services, and registered at application service agents. Implementing the Enterprise Application Integration (EAI), the working mechanism is similar to the inter-enterprise services, except it is confined intra-enterprise. Figure 2 Based on MA function structure Business component is the software component that can finish some enterprise business function, such as production plan management, storage management, order management and plant control. In the collaborative ERP software production based on mobile agent and serviceoriented integration framework, the business component is the service component encapsulated by web service based on mobile agent technology and is different from the traditional business component. In the business component service domain, the agent based component function structure is composed of service encapsulation 138
module, communication module, apperception module, control and cooperation module, task processing module, which is shown as Figure2. (1) Task processing module. Based on current knowledge and certain rules to judge the reasoning, the implementation of specific function or functions of the method. By this way, the task is accomplished. (2) Communication module. It mainly responsible for the link between the Mobile Agent. It can not only transmit other Agent request / response signals to the task processing module, but also transmit collaboration / consultations messages of task processing module to other mobile Agent. (3) Sensing module. It is used to sense the stimulation from external environment, and transmits the corresponding information to the control module. Firstly, control and coordination module do the filting and abstract process. The result is formatting meaningful symbols which corresponds the objects in external environment. Then it search corresponding method in the function to match. So the corresponding decision-making is got. (4)Control and coordinated module. It is central role in all modules. All modules are managed by it. Through the coordination of the results, the final decision of the implementation of specific tasks, storage and management of all processing tasks and records the task of state. (5) Service encapsulation module. It will encapsulate the Mobile Agent into independent service. It has the characteristics of SOA framework. And it can access through a standard interface so that the different components of services call each other. As independent service resources for the provision of in the network to other components, it can provide service to other components of a more flexible relationship between loosely coupled. (6) Security module. To meet the business components with high reliability and security requirements, we add security module into application business components. The multi-level authentication and security mechanisms are increased. Business services component of the integrity of the information is ensured. Ⅳ.CONCLUSIONS Under the opening, dynamic and changeable Internet environment, the resource sharing and integration has become the challenge of the computer software technology. This paper presented the MASOAERP, collaborative ERP software model based on mobile Agent service, to construct dynamic collaborative ERP software model based on service under the opening Internet environment, and solve the ERP resource integration under the opening, dynamic and changeable Internet environment. In addition, we discuss the ERP product custom-built batch implementation under the opening Internet computing environment. The prototype system implemented according to the model will prove that the service-oriented integration framework can construct the collaborative ERP system, implement the resource service of the dynamic enterprise alliance, and construct the new web based collaborative ERP software production model. ACKNOWLEDGEMENT This research was supported by the Jiangsu Provincial Natural Science Foundation of China under Grant 07KJD520089, and supported by Nanjing Audit University in China under Grant NSK2007/A02. REFERENCES [1] Shuying Wang, Weiming Shen, Qi Hao,An agent-based Web service workflow model for inter-enterprise collaboration[J ] . Expert Systems with Applications ,31 (2006) 787–799 [2] Raymond Y.K. Lau, Towards a web services and intelligent agents-based negotiation system for B2B eCommerce[J ] . Electronic Commerce Research and Applications, 2006 [3] I.E. Foukarakis, A.I. Kostaridis, C.G. Biniaris, D.I. Kaklamani, I.S. Venieris, Webmages: An agent platform based on web services[J ] . Computer Communications, 2006 [4] Hassan Artail, Elie Kahale, MAWS:Aplatformindependent framework for mobile agents usingWeb services[J ] . Parallel Distrib. Comput. , 66 (2006) 428– 443 [5] OhByung Kwon, Multi-agent system approach to contextaware coordinated web services under general market mechanism[J ]. Decision Support Systems, 41 (2006) 380– 399 [6] Ibrahim Cil, A new collaborative system framework based on a multiple perspective approach: InteliTeam[J ]. Decision Support Systems, 39 (2005) 619– 641 [7] David Zhengwen Zhang, Anthony Ikechukwu Anosike, Ming Kim Lim, Oluwaremilekun Mowanuola Akanle, An agent-based approach for e-manufacturing and supply chain integration[J ]. Computers & Industrial Engineering, 51 (2006) 343–360 [8] Shijia Gao, Huaiqing Wang, Yingfeng Wang, Wenqi Shen, Siubun Yeung, Web-service-agents-based family wealth management system[J ]. Expert Systems with Applications, 29 (2005) 219–228 [9] C.D. Tarantilis , C.T. Kiranoudis, N.D. Theodorakopoulos , A Web-based ERP system for business services and supply chain management: Application to real-world process scheduling[J ]. European Journal of Operational Research, (2006) [10] Yao Yuan , Service oriented architecture enterprise resource planning system application model and integration strategy [J]. Computer integrated manufacturing system, 10(2006)1570-1577 [11] HUANG Zuo-ming1,2 , XUE Heng-xin2, GUI Liang-jun. ERP Batch Customized Development Model Based on Version Management Driven by Enterprise Requirement[J ]. Computer science,3(2006) [12] Petrie C, Bussler C. Service agents and virtual enterprises: a survey[J]. IEEE Internet Comput 2003,7(4):68–78. [13] Matskin M, Kungas P, Rao J, Sampson J, Peterson SA. Enabling Web services composition with software agents[C]. Proceedings of the ninth IASTED international conference on internet & multimedia systems & applications (IMSA 2005), 2005 August 15–17, Honolulu, Hawaii, USA. 139
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Proceedings The Second Internationa
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Table of Contents Message from the
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Zuming Xiao, Zhan Guo, Bin Tan, and
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Message from the Symposium Chairs T
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Second International Symposium on N
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model that can deal with time serie
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training for the Wushu competition
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information, called weak uncertain
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Student side Student side Student s
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If we define element of student as
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QoS, each frame data is divided int
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for Imaging Two and Three Phase Flo
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A. Profiling&following control algo
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Research and Realization about Conv
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PDF document structure is a tree st
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support 10 Mb / s. But ENC28J60 onl
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condition the first byte output of
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According to maximum membership deg
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ubber according to the mass ratio o
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Ⅲ. AN IMPROVED DNA ALGORITHM FOR
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Ⅴ.CONCLUSION REMARKS DNA computer
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its first child q 1 on the left, th
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chains can greatly improve efficien
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II. RELATED WORK A. Mobile Service
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special services. SOAP is used to b
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detection methods of DDoS attacks m
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Step4 calculate the new subordinate
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Figure 1. An analysis of the partit
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The preceding three formulas can be
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And the decay speed of buffer seque
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distance of view point. Given that
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Ⅳ. EVALUATION OF BLENDED LEARNING
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TABLE II. THE CONCENTRATION BETWEEN
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private key that obtained by using
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ontology, and the domain dictionary
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Eq.4 is NP-hard and can be solved b
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Where: G i is the selection field o
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Theorem 2.4([10]). Let L 1 and L 2
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The relation between the lattice im
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Figure 2. Example of single-step de
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evocation and the fourth group stor
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focused mainly on rule-based forms
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Ⅵ. CONCLUSION Figure 6. The Flask
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EDCF in comparison with DCF, has so
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B. Simulation results and analysis
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in routing table. When search resou
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others through the selective emotio
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such as weather information, techno
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the opening window, a related page
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1) Process context storage areas. I
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V. CONCLUSION In this thesis, sCPU-
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main types of horizontal search env
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Enterprise Portal security provides
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() t = [ S () t S () t ] T N S ,...
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[2] Kumaravel, N., and Kavitha, V.,
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output, so BP network has been wide
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input to the artificial neural netw
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(2) In a process (tokens from outsi
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The reduction process consists of t
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all eight normal vectors are identi
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is B object , and the number of emp
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xi, j y' = εα ( (1 + tanh( )) −
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Error 8000 7000 6000 5000 4000 3000
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Architecture (AMBA) a new bus archi
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In order to ensure the smooth proce
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In this paper, we adopt two Sobel o
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four layers.The far right of the gr
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TABLE II. OPERATIONAL EMPLOYEE TABL
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A. Object-relational Type To audit
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to execution time. Also, DBA would
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Liping Chen .......................
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