带主动服务机制的构件资源组织方法研究
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摘要
随着计算机网络技术,通信技术和软件技术的发展,极大促进了网络上新技术、新服务、新应用的出现,尤其是能使用网络上的计算能力的云计算模式的出现,使得网络的应用需求正在发生深刻的变化。
构件技术是面向对象技术的延伸和发展,构件具有较强的独立性,可以达到高度的可复用性。面向服务的体系结构的基点是网络构件。
构件技术的出现和发展为软件复用和实现主动服务开辟了可行的道路。人工智能技术、数据挖掘技术以及Web Service等技术和标准的发展为研究和发展主动服务提供了基础。
面向服务的体系结构、构件资源及其组织方法和主动服务是实现网络应用智能化、个性化、综合化,实现软件高复用性的三个重要环节。构件资源和构件资源组织方法的研究是深入广泛地实现面向服务的体系结构的重要环节和支撑点,主动服务是实现面向服务的体系结构目标的手段。通过带主动服务机制的构件资源组织方法研究,可以深化对主动服务的模型、体系结构、协议规范和描述的研究,提升实现面向服务的体系结构的广泛适应能力。
本文的工作就是以软件复用技术为基础,开展构件资源组织方法的研究。目的是解决以软件复用技术为基础的主动服务架构下构件匹配机制和ERP企业资源计划系统整合实践的重要基础理论问题,并为Web环境下构件资源应用和推动构件的组装平台标准化等重要前沿课题提供一种新方法和新思路。
本文所做工作的主要创新点,体现在如下几个方面:
(一)引入构件模型理论分析构件规约抽象出UCDL的XML Schema设计,并以此为基础建立一种基于领域的ERP构件模型,同时通过分析构件资源库的组织形式变化抽象出构件库存储模型,为后续的构件资源组织方法研究铺平道路。
(二)通过分析构件资源库组织形式的不同需求,提出一种带主动服务机制的构件资源组织方法,用于满足构件资源应用中的核心需求:构件的匹配和组装。在该方法中我们给出一种Active Match主动匹配机制来解决构件资源组织的基本需求,并在其中采用构件刻面及其术语空间的逻辑组织结构,在基于包容匹配模型的基础上,结合树匹配模型,给出了一个采用全路径字符串库来表示刻面描述树的匹配算法,使得这种以构件资源为基础的软件复用技术具有更为形式化的清晰的语义表达,更方便构件匹配的跟踪和构件组装的实施。同时,还给出了基于UCDL的构件检索系统中的刻面选择、基本数据表设计和构件检索系统匹配中心的具体实现,进而阐述并实现了主动服务架构下的构件检索过程。这些构件检索具体化情况下的实践为主动服务支持系统的完善提供了有益的理论研究和实践探索。Active Match主动匹配机制的核心思路是:提供高效检索,有助于复用者理解构件和目标领域;能提高服务请求者的工作效率,在进行构件搜索过程中所提供的匹配策略、匹配算法中增加构件复用机会和提高构件复用质量。这种服务请求者驱动的构件资源组织策略的解决思想降低了构件资源组织的复杂度,具体化了构件检索结果匹配度量测。
(三)以本课题组研究的基于主动服务机制的ERP领域可视化构件组装系统为基础,根据本文提出的基于Active Match主动匹配机制的构件资源组织方法,设计出一种基于消息映射和反射机制的ERP构件组装方法的构件组装管理系统,用以实现构件资源的管理,同时结合ERP领域的构件资源的性质和特点,给出相应的用例研究,验证了本文提出方法和机制的可行性。
软件复用技术研究是一个涉及范围非常广泛的研究领域,尤其在使得人们可以直接通过网络应用获取软件和计算能力的云计算技术出现的时代,软件复用技术所依赖的构件资源组织方法研究更具有深刻的重要意义。本文所做的工作尽管为实现ERP领域的构件资源管理和降低构件资源组织复杂度提供了一些可行的方法,在构件资源组织的若干关键技术上取得了一些阶段性的研究成果,但是对于构建一个高实用的完善的基于构件资源的软件复用系统还有很大的距离,还存在许多问题有待进一步的探索和研究。
The development of computer network technology,communications technology and software technology greatly promoted the appearance of the new technology,new service,new application,especially the Cloud computing model which can use the computing ability on the network,is making Web applications changing profoundly.
Component technology was an extension and development of the object-oriented technology,component has strong independence,and it can achieve a high degree of reusability.The basis of the service-oriented architecture was network components.
The appearance of the components technology has opened up a feasible path for software reuse and the implement of Active service.Artificial intelligence technology, data mining technology,as well as Web Service,these developments of technologies and standards provided the basis for studying and developing the Active service.
The Service-oriented architecture,component resource and its organization method,and Active service were the three important aspects which realize the intelligence,individuation,and integration of the network application,as well as the high software reusability.The research of the component resources and their organization method were the important part and hold that realized the service-oriented architecture deeply and widely,and the Active service was the target and method of realizing the service-oriented architecture.By researching component resource organization method with Active service mechanism,Active service model, architecture,protocol specification and description can be further studied,the wide adaptability of the service-oriented architecture can be improved also.
Researches of this thesis are to carry out the research of the component resource methods based on software reuse technology,and its purpose is to solve the components matching mechanisms under the active service architecture based on software reuse technology as well as the important basic theory problem of the ERP enterprise resources plan system matching practice,and to provide a new method and thinking approach for some important frontier subject such as component resource application and promoting the standardization of components' assembly platform. Innovation points and main contribution in this thesis are as follows:
(1) Introducing components model theory to analyze the design of UCDL's XML Schema abstracted by components specification,building a ERP components model based on application domain,abstracting components storage model by analyzing the change of the component resource warehouse,and all of these are to pave for the following work of component resource organization method.
(2) By analyzing the different requirements of component resource warehouse organization form,a component resource organization method with active service mechanism is proposed for satisfying the core requirements of the component resource application center:component matching and assembling.In this mechanism we put forward Active Match mechanism to satisfy component resource organization's basic requirements;utilize component facet and its term space's logical organization structure proposing a matching algorithm which uses Full Path String Library to denote facet description tree which based on inclusive matching model and tree matching model;provide more formal and clear semantic expression for software reuse technology based on component resource and more convenient for tracing components matching and implementing components assembling.Besides,we provide facet choice,basic data table design and the specific implementation of components searching system matching center based on the components searching system of UCDL,denoting and implementing components searching process under Active services architecture.All of these provide a useful theoretical study and practical exploration for active service support system.The core idea of Active Match mechanism is providing high efficient research based on components facet classification for users to understand components and specific domain;improving service requester's work efficiency,increasing components reuse chance and improving components reuse quality.Compare with relational solutions,this solve idea of services requester driven component resource organization strategy not only reduces complex degree of component resource organization,but also specifies the measure method of the component searching result matching grade.
(3) Based on visual components assembling system in ERP domain based on active service mechanism studied in this thesis,according to the components resource organization method based on Active Match proposed in this thesis,a component assembling management system based on message mapping and message reflecting mechanism is designed to implement the component resource management, furthermore,combined with the properties and characters of component resource in ERP domain,the use case is designed and the feasibility of the method and mechanism proposed in this thesis are tested and verified.
The software reuse technology research relates to a broad range of research domain,especially in the Cloud computing era that people can obtain software and computer power directly by Web applications,the component resource organization method research depended on software reuse technology has greater significance. Although this article's work provides some practical ways to implement component resource management in ERP domain and reduce component resource complex,and receive some research result in some key technologies of component resource organization management,a long distance still exists in building a high utility and perfect software reuse system based on component resource,and a lot of problems are still required to explore and research further.
构件技术是面向对象技术的延伸和发展,构件具有较强的独立性,可以达到高度的可复用性。面向服务的体系结构的基点是网络构件。
构件技术的出现和发展为软件复用和实现主动服务开辟了可行的道路。人工智能技术、数据挖掘技术以及Web Service等技术和标准的发展为研究和发展主动服务提供了基础。
面向服务的体系结构、构件资源及其组织方法和主动服务是实现网络应用智能化、个性化、综合化,实现软件高复用性的三个重要环节。构件资源和构件资源组织方法的研究是深入广泛地实现面向服务的体系结构的重要环节和支撑点,主动服务是实现面向服务的体系结构目标的手段。通过带主动服务机制的构件资源组织方法研究,可以深化对主动服务的模型、体系结构、协议规范和描述的研究,提升实现面向服务的体系结构的广泛适应能力。
本文的工作就是以软件复用技术为基础,开展构件资源组织方法的研究。目的是解决以软件复用技术为基础的主动服务架构下构件匹配机制和ERP企业资源计划系统整合实践的重要基础理论问题,并为Web环境下构件资源应用和推动构件的组装平台标准化等重要前沿课题提供一种新方法和新思路。
本文所做工作的主要创新点,体现在如下几个方面:
(一)引入构件模型理论分析构件规约抽象出UCDL的XML Schema设计,并以此为基础建立一种基于领域的ERP构件模型,同时通过分析构件资源库的组织形式变化抽象出构件库存储模型,为后续的构件资源组织方法研究铺平道路。
(二)通过分析构件资源库组织形式的不同需求,提出一种带主动服务机制的构件资源组织方法,用于满足构件资源应用中的核心需求:构件的匹配和组装。在该方法中我们给出一种Active Match主动匹配机制来解决构件资源组织的基本需求,并在其中采用构件刻面及其术语空间的逻辑组织结构,在基于包容匹配模型的基础上,结合树匹配模型,给出了一个采用全路径字符串库来表示刻面描述树的匹配算法,使得这种以构件资源为基础的软件复用技术具有更为形式化的清晰的语义表达,更方便构件匹配的跟踪和构件组装的实施。同时,还给出了基于UCDL的构件检索系统中的刻面选择、基本数据表设计和构件检索系统匹配中心的具体实现,进而阐述并实现了主动服务架构下的构件检索过程。这些构件检索具体化情况下的实践为主动服务支持系统的完善提供了有益的理论研究和实践探索。Active Match主动匹配机制的核心思路是:提供高效检索,有助于复用者理解构件和目标领域;能提高服务请求者的工作效率,在进行构件搜索过程中所提供的匹配策略、匹配算法中增加构件复用机会和提高构件复用质量。这种服务请求者驱动的构件资源组织策略的解决思想降低了构件资源组织的复杂度,具体化了构件检索结果匹配度量测。
(三)以本课题组研究的基于主动服务机制的ERP领域可视化构件组装系统为基础,根据本文提出的基于Active Match主动匹配机制的构件资源组织方法,设计出一种基于消息映射和反射机制的ERP构件组装方法的构件组装管理系统,用以实现构件资源的管理,同时结合ERP领域的构件资源的性质和特点,给出相应的用例研究,验证了本文提出方法和机制的可行性。
软件复用技术研究是一个涉及范围非常广泛的研究领域,尤其在使得人们可以直接通过网络应用获取软件和计算能力的云计算技术出现的时代,软件复用技术所依赖的构件资源组织方法研究更具有深刻的重要意义。本文所做的工作尽管为实现ERP领域的构件资源管理和降低构件资源组织复杂度提供了一些可行的方法,在构件资源组织的若干关键技术上取得了一些阶段性的研究成果,但是对于构建一个高实用的完善的基于构件资源的软件复用系统还有很大的距离,还存在许多问题有待进一步的探索和研究。
The development of computer network technology,communications technology and software technology greatly promoted the appearance of the new technology,new service,new application,especially the Cloud computing model which can use the computing ability on the network,is making Web applications changing profoundly.
Component technology was an extension and development of the object-oriented technology,component has strong independence,and it can achieve a high degree of reusability.The basis of the service-oriented architecture was network components.
The appearance of the components technology has opened up a feasible path for software reuse and the implement of Active service.Artificial intelligence technology, data mining technology,as well as Web Service,these developments of technologies and standards provided the basis for studying and developing the Active service.
The Service-oriented architecture,component resource and its organization method,and Active service were the three important aspects which realize the intelligence,individuation,and integration of the network application,as well as the high software reusability.The research of the component resources and their organization method were the important part and hold that realized the service-oriented architecture deeply and widely,and the Active service was the target and method of realizing the service-oriented architecture.By researching component resource organization method with Active service mechanism,Active service model, architecture,protocol specification and description can be further studied,the wide adaptability of the service-oriented architecture can be improved also.
Researches of this thesis are to carry out the research of the component resource methods based on software reuse technology,and its purpose is to solve the components matching mechanisms under the active service architecture based on software reuse technology as well as the important basic theory problem of the ERP enterprise resources plan system matching practice,and to provide a new method and thinking approach for some important frontier subject such as component resource application and promoting the standardization of components' assembly platform. Innovation points and main contribution in this thesis are as follows:
(1) Introducing components model theory to analyze the design of UCDL's XML Schema abstracted by components specification,building a ERP components model based on application domain,abstracting components storage model by analyzing the change of the component resource warehouse,and all of these are to pave for the following work of component resource organization method.
(2) By analyzing the different requirements of component resource warehouse organization form,a component resource organization method with active service mechanism is proposed for satisfying the core requirements of the component resource application center:component matching and assembling.In this mechanism we put forward Active Match mechanism to satisfy component resource organization's basic requirements;utilize component facet and its term space's logical organization structure proposing a matching algorithm which uses Full Path String Library to denote facet description tree which based on inclusive matching model and tree matching model;provide more formal and clear semantic expression for software reuse technology based on component resource and more convenient for tracing components matching and implementing components assembling.Besides,we provide facet choice,basic data table design and the specific implementation of components searching system matching center based on the components searching system of UCDL,denoting and implementing components searching process under Active services architecture.All of these provide a useful theoretical study and practical exploration for active service support system.The core idea of Active Match mechanism is providing high efficient research based on components facet classification for users to understand components and specific domain;improving service requester's work efficiency,increasing components reuse chance and improving components reuse quality.Compare with relational solutions,this solve idea of services requester driven component resource organization strategy not only reduces complex degree of component resource organization,but also specifies the measure method of the component searching result matching grade.
(3) Based on visual components assembling system in ERP domain based on active service mechanism studied in this thesis,according to the components resource organization method based on Active Match proposed in this thesis,a component assembling management system based on message mapping and message reflecting mechanism is designed to implement the component resource management, furthermore,combined with the properties and characters of component resource in ERP domain,the use case is designed and the feasibility of the method and mechanism proposed in this thesis are tested and verified.
The software reuse technology research relates to a broad range of research domain,especially in the Cloud computing era that people can obtain software and computer power directly by Web applications,the component resource organization method research depended on software reuse technology has greater significance. Although this article's work provides some practical ways to implement component resource management in ERP domain and reduce component resource complex,and receive some research result in some key technologies of component resource organization management,a long distance still exists in building a high utility and perfect software reuse system based on component resource,and a lot of problems are still required to explore and research further.
引文
[1]Podgurski,A.,Pierce,L Retrieving reusable software by sampling behavior[J].ACM Transactions on Software Engineering and Methodology,1993,2(3):286-303.
[2]Zaremski,A.M.Signature and specification matching[D].Pittsburgh:School of Computer Science Carnegie Mellon University.1996.
[3]常继传,郭立峰.可复用软件构件的表示和检索[J].计算机科学,1999年,26(5):45-49.
[4]杨芙清,王千祥,梅宏,陈兆良.基于复用的软件生产技术[J].中国科学(E籍:信息科学),2001,31(4):363-371
[5]张世现,张文娟,常欣等.基于软件体系结构的可复用构件制作和组装[J].软件学报,2000,12(9):1351-1359.
[6]杨芙清,梅宏,李克勤等.支持构件复用的青鸟Ⅲ型系统概述[J].计算机科学,1999,26(5):50-55.
[7]周丽.可重构ERP系统中构件库技术研究[D].广州:中山大学,2004.
[8]张尧学,方存好.主动服务-概念、结构与实现[M].北京:科学出版社,2005年.
[9]北京大学青鸟项目.青鸟构件模型[R].北京:北京大学,1997.
[10]韦理,方存好,张尧学.支持主动服务的语义描述模型[J].计算机工程与应用,2005,41(26):1-4.
[11]费玉奎,娄渊请,王志坚.软件构件技术及其应用[M].北京:科学出版社 2005.
[12]薛云皎.基于XML描述的构件库管理系统组织与结构研究[D].上海:复旦大学,2005.
[13]Prieto-Diaz R,Freeman P.Classifying Software for Reusability[J].IEEE Software,198716(1):6-16.
[14]闵楠.基于统一刻面分类模式的多构件库检索技术研究[D].大连:大连海事大学.2005.
[15]Hafedh Mili,Anas Kabbaj,Amina Kerris,etal.:Building Thesauri,and Component Indexing,and Retrieval.1994.
[16]张文祥.构件库模糊查询技术研究[J].微机发展,1999,9(5):4-6.
[17]王珊等编著.数据仓库技术与联机分析处理[M].北京:科学出版社,1999.
[18]杨燕燕,梅宏,陈海文等.数据仓库技术和可复用构件库系统[J].计算机科学,1999,26(5):56-60.
[19]廖昕.面向程序挖掘的构件组装设计与关键技术的研究[D].湖南:中南大学,2005.
[20]黄万艮,陈松乔.基于消息的构件组合运算与构件演化[J].小型微型计算机系统,2007,28(7):17-20.
[21]DanieLl,Barrett,LoriA,Clarke,PeriL.TARR,etal.A framework for event-based software integration[J].ACM Transactions on Software Engineering and Methodology,1996,5(4).
[22]GuoZhen-Tan,XinPeng-Li,WuJian-Kun,etal.A Message-Based Software Architecture Style for Distributed Application[J].IEEE.Trans Software Engineering,2005.
[23]MedvidovicN,TaylorRN.A classification and comparison framework for software architecture description languages[J].IEEE Trans Software Engineering,2000,26(1):483-491.
[24]张世琨,王立福,常欣,等.基于层次消息总线的软件体系结构描述语言[J].电子学报,2001,5(29):581-584.
[25]边小凡,张宁,王谦.基于消息传递的构件组装模型[J].计算机应用与软件,2007,24(9):39-40.
[26]曹东刚,梅宏,曹建农.在中间件中支持用户自定义连接子[J].软件学报,2005,16(8):1378-1385.
[27]简新红,黄杰,韩伟红等.基于CORBA分布构件模型的应用服务器管理平台的研究与实现[J].计算机工程与科学,2006,28(4):95-97.
[28]信息产业部.关于发布《点对点多媒体消息业务网间互通设备技术要求》等25项通信行业标准的公告[J].电信技术,2008 1.
[29]钟瑞泽.基于构件及领域的企业资源管理系统平台的实现[J].硅谷,Silicon Valley,2008 15:90-91
[30]Zou Chengming,Zhong Luo,Yuan Jingling.The Research of System Architecture in Expert System[J].Wuhan University Journal of Natural Sciences,2001(Z1):34-36.
[31]Zhong luo.Application of the web service technology on the data warehouse system[j].Journal of wuhan univertisy of technology,2004,26(8):74-76.
[32]Pan Hao,Zhong Luo,Yuan Jing-Ling.A Study of Dynamic Knowledge Representation Based on Neural Networks[C].Machine Learning and Cybernetics,2002.Proceedings.2002 International Conference on Publication Date:4-5 Nov.2002,1(11):126-128
[33]钟珞,雷浩,邹承明,胡卫.独立软件复用技术的研究[J].计算机应用研究,2006,23(2):84-86.
[34]钟珞,张开松,江琼,夏红霞,张开鹏.Web服务技术在数据仓库系统中的应用[J].武汉理工大学学报,2004,26(8):74-76,83.
[35]黄靖,卢炎生,徐丽萍.基于反射机制的实时构件模型规约描述研究[J].计算机科学,2006 33(10):232-237.
[36]白涛.一种基于软件总线可重用构件框架的设计与实现[J].微电子学与计算机,200522(1):47-49.
[37]邹艳华.决策树在软构件检索中的应用研究[D].保定:河北大学,2005.
[38]陈章,陈志刚.程序挖掘中的构件组装技术[J].计算机工程,2005,31(5):85-87.
[39]徐建民,邵艳华,王静红.决策树方法在软构件查询中的应用研究[J].微机发展,2004,14(9):126-128.
[40]李骏.构件的分类检索技术及其应用研究[D].上海:东华大学,2003.
[41]朱三元,钱乐秋,宿为民.软件工程技术概论[M].北京:科学出版社,2002.
[42]袁兆山,王淑红.可复用构件表示模型研究[J].计算机应用,2001,21(1):1-3
[43]王渊峰,张涌,任洪敏等.基于刻面描述的构件检索[J].软件学报,2002,13(8):1546-1551.
[44]徐如志.基于XNIL的软件构件查询匹配算法研究[J].软件学报,2002,13(4):1-9.
[45]韩家炜.数据挖掘:概念与技术[M].北京:机械工业出版社,2001.
[46]史忠植.知识发现[M].北京:清华大学出版社,2002.
[47]杨昭昭,黄必清,颜波,黄超.基于Web服务的应用网格体系结构研究[J].计算机应用研究,2007,(05):67-69.
[48]陈志刚,刘安丰,熊策,张连明.一种有效负载均衡的网格Web服务体系结构模型[J].计算机学报,2005,(04):87-88.
[49]段江涛,王保保.基于Web Service的应用系统构架研究[J].计算机仿真,2005,(05):76-79.
[50]史湘宁,米强,凌云翔.Web Service体系结构研究[J].计算机与现代化,2005,(02):67-69.
[51]Linwa,A.C.B.Pierre,S.Discovering the architecture of geo-located Web services for next generation mobile networks[J].IEEE Transactions,2006,5(7):784-789.
[52]毛莺池,梁奕,王志坚.异构软件构件组装模型设计与实现[J].计算机工程,2005,(04):12-15.
[53]霍英,陈志刚.利用Web Service进行构件资源的组织研究[J].计算机应用研究,2007,(03):34-38.
[54]张友生,李雄.基于构件运算和XML的体系结构描述方法[J].计算机工程与应用,2007,(14):45-47.
[55]李春梅,蒋运承.具有QoS约束的语义Web服务发现的研究[J].计算机科学,2007,(06):87-90.
[56]艾未华,宋自林,魏磊,吴量.基于领域本体的Web服务发现[J].电子科技大学学报,2007,(03):34-36.
[57]易爱平,廖祝华,王奇睿.基于UDDI的Web服务发现系统的设计和实现[J].计算机与信息技术,2005,(9):23-25.
[58]曹永忠,丁秋林,李斌.基于有限自动机的Web服务行为的描述与发现[J].现代电子技术,2007,(02):56-59.
[59]于守健,夏小玲,乐嘉锦.基于语义描述的分布式Web服务发布与发现[J].计算机工程,2007,(07):76-80.
[60]解丹,赵臻,蔡晓鸿.一种基于语义的Web服务发现机制[J].中国科技信息,2007,(01):88-93.
[61]赵军.基于OWL-S的Web服务发现系统的研究和实现[J].计算机技术与发展,2006,(10):12-16.
[62]廖祝华,刘建勋,易爱平.基于用户兴趣的Web服务发现[J].微电子学与计算机,2006,(S1):88-92
[63]员红娟,叶飞跃,李霞,彭文滔.基于语义的Web服务发现核心技术研究[J].计算机应用,2006,(11):34-36.
[64]史波,王红.基于P2P网络之上移动Agent的Web服务发现机制[J].信息技术与信息化,2006,(05):54-57.
[65]李艳鹏,利群.动态环境下网格资源发现的研究[J].电脑知识与技术:学术交流,2006,(8):90-93.
[66]李昊.基于资源信息动态分发和发现的计算网格任务调度[J].吉林师范大学学报:自然科学版,2006,(03):12-15.
[67]王瑞盘,顾寄南,肖田元.基于Jini/MA的分布式动态服务发现和协商的研究[J].计算机工程与应用,2006,(24):23-25.
[68]康向东,晓敏,华扬.动态发现网络拓扑关系在载人航天任务中的应用研究[J].飞行器测控学报,2006,(06):55-57.
[69]李艳鹏.姜利群.动态网格环境下资源发现的研究[J].微计算机信息,2007,(18):39-41.
[70]侯春燕,李云春,李巍.基于分布式环境一种动态依赖关系发现的方法[J].微计算机信息,2006,(30):32-35.
[71]冯百明,王小牛.服务动态发现机制研究[J].西北师范大学学报:自然科学版,2006,(02):45-47.
[72]张以文,王浩.一种基于本体的Web服务动态发现算法[J].计算机应用与软件,2006,(03):39-41.
[73]廖小飞,李津生,洪佩琳,熊继平.基于主动网络技术的移动IPv6切换方案[J].电子与信息学报,2004,26(3):440-445.
[74]汪跃,沈明玉,吕建勇.基于组件服务器的主动网络安全策略及实现[C].全国第16届计算机科学与技术应用(CACIS)学术会议论文集,2004:1210-1214.
[75]廖小飞,李津生,洪佩琳,孙卫强,袁巍.一种基于主动网络技术的改善无线链路上TCP 性能的方案[J].电路与系统学报,2006,(03):88-90.
[76]王勇,黄瑶,张玉平.基于反应式移动代理的主动网络故障检测[J].华中科技大学学报:自然科学版,2003,(S1):34-36.
[77]陆月明,钱德沛,徐斌,王磊.SoftNet一个基于移动代理的主动网络[J].计算机学报,2001,24(11):12-15.
[78]任丰源,任勇,山秀明.主动网络的研究与进展[J].软件学报,2001,12(11):9-12.
[79]Kounev,S.Performance Modeling and Evaluation of Distributed Component-Based Systems Using Queueing Petri Nets[J].IEEE Computer Society Software Engineering,2006,32(7):486-502.
[80]Livesley,w.a.object Resource Systems-a Complete Integration Approach[J].Computing & Control Engineering Journal,1992,3(11):269-274.
[81]Zhong Luo.The Application Of Neural Network In Lifetime Prediction Of Concrete[J].Journal of wuhan university of technology:materials science edition,2002,17(1):79-81.
[82]Zhong Luo,Yuan Jing-Ling,Lou Meng-Lin,Chen Qing-Jun.Visualization of Structure Dynamic Analysis[J].Journal of Tongji University,2001,(08).
[83]Yuan Jingling,Zhong Luo,Lou Menglin.3D Visualization of Finite-element Analysis Result[J].Journal Of Wuhan Univertisy Of Technology,2001,23(3):15-18.
[84]Kasera,S.K.Supratik Bhattacharyya,Keaton,M etl.Scalable Fair Reliable Multicast Using Active Services[J].Network IEEE,2000,14(1):48-57.
[85]Wu,C.Chang.Comparison of Web service architectures based on architecture quality properties[C].INDIN'05.2005 3rd IEEE International Conference on Publication Date:10-12 Aug.2005:746-755.
[86]St Arnaud,B.Bjerring,A.Cherkaoui,O.Boutaba,R.Pott,M.Hong,W.Canarie Inc.,Ottawa,Ont.Web services architecture for user control and management of optical Internet networks[C].Canada Proceedings of the IEEE,2004,92(9):1490-1500.
[87]Garcia,D.Z.G.de Toledo,M.B.F.A Web Service Architecture Providing QoS Management[C].Sao Paulo Web Congress,2006.LA-Web'06.Fourth Latin American 2006,(10):189-198.
[88]Ivanova,E.Web service architectures for distributed search in databases[C].Sofia,Bulgaria Intelligent Systems,2004 2nd International IEEE Conference Publication,2004,2(6):572-575.
[89]Menday,R.The Web Services Architecture and the UNICORE Gateway[C].Germany Telecommunications,2006.AICT-ICIW'06.International Conference on Internet and Web Applications and Services/Advanced International Conference on Publication Date:19-25 Feb.2006:134-134.
[90]Ostrowski,K.Birman,K.Extensible Web Services Architecture for Notification in Large-Scale Systems[C].Web Services,2006.ICWS'06,2006,(9):383-392.
[91]Ping Chen,Bai Wang,Liutong Xu,Bin Wu,Guiling Zhou.The Design of Data Mining Metadata Web Service Architecture Based on JDM in Grid Environment Pervasive Computing and Applications[C].2006 1st International Symposium,2006,(8):684-689
[92]Yao-Chung Chang Jiann-Liang Chen Wen-Ming Tseng.A mobile commerce framework based on Web services architecture[C].Hualien,Taiwan Information Technology:Coding and Computing,2005.ITCC 2005.2005,1(4):403-408.
[93]Pasley,A.Jackson,T.Jessop,M.Austin,J.Searching against distributed data using a Web service architecture[C].York Univ.,UK Local to Global Data Interoperability-Challenges and Technologies,2005,(6):129-133.
[94]Wu,C.Chang,E.Thomson,P.A decision support system for QoS-enabled distributed Web services architecture[C].Industrial Electronics Society,2005.IECON 2005.32nd Annual Conference of IEEE,2005,(11):6-9.
[95]Tyan,J.Mahmoud,Q.H.A network layer based architecture for service discovery in mobile ad hoc networks[C].Electrical and Computer Engineering,2004.Canadian Conference May 2004,3(5):1379-1384.
[96]Caceres,C.Fernandez,A.Ossowski,S.Vasirani,M.Agent-Based Semantic Service Discovery for Healthcare:An organizational Approach[C].Rey Juan Carlos,Madrid Intelligent Systems,IEEE,2006,21(6):11-20.
[97]Duan Qiang.Service-Oriented Network Description and Discovery for High-Performance [C].Service-Oriented Computing and Applications,2007.SOCA '07.IEEE International Conference,2007,(6):215-222.
[98]Ruiqiang,Guo Dong,Dong Jiajin Le.Discovery for Web Services Based on Relationship Model[C].Computer and Information Technology,2006.CIT '06.The Sixth IEEE International Conference on Publication Date:Sept.2006 On page(s):253-253.
[99]Aversa,R.Di Martino,B.Mazzocca,N.Venticinque,S.Terminal-Aware Grid Resource and Service Discovery and Access Based on Agents Technology[C].Parallel,Distributed and Network-Based Processing,2004.Proceedings.12th Euromicro Conference on Publication Date:11-13 Feb.2004 On page(s):40-45.
[100]Richard,G.G.Service Advertisement and Discovery:Enabling Universal Device Cooperation [C].Internet Computing,IEEE,2000,4(5):18-26.
[101]Numata,J.Hane,K.Bangyu Lei Iwashita,Y.Knowledge Discovery and Sharing in An Information System[C].Innovation in Technology Management-The Key to Global Leadership.PICMET '97:Portland International Conference on Management and Technology,1997,(7),:713-716.
[102]Xin-lian Zhou,Min Wu.Service Discovery Protocol in Wireless Sensor Networks [C].Semantics,Knowledge,and Grid,2006.SKG '06.Second International Conference,2006,(11):101-101.
[103]Clemo,G.Farnham,T.The Use of Service Discovery to Support Reconfigurable Terminals [C],Vehicular Technology Conference,2001.VTC 2001 Spring.IEEE VTS 53rd,2001,4(5),:2465-2469.
[104]Bynens,M.De Win,B.Joosen,W.Theeten,B.Ontology-Based Discovery of DataDriven Services[C].Service-Oriented System Engineering,2006.SOSE '06.Second IEEE International Workshop,2006,(10):175-178.
[105]Kaijun Ren.Nong Xiao.Junqiang Song.Weimin Zhang.Tao Chen.A Semantic-based Meteorology Grid Service Registry,Discovery and Composition Framework[C].Semantics,Knowledge,and Grid,2006.SKG '06.Second International Conference,2006,(11):60-60.
[106]Pastore,S.lntroducing Semantic Technologies in Web Services-Based Application Discovery within Grid Environments[C].Universal Multiservice Networks,2007.ECUMN'07.Fourth European Conference,2007(2):22-31.
[107]Jiang Du,Niansheng Zhou,Zhihui Du,Xiaoge Wang.A WS-Inspection Based Decentralized Service Discovery Service in OGSA[C].Communication Technology Proceedings,ICCT 2003,2003,2(4):1691-1697.
[108]Selvi,S.Thamarai Balachandar,R.A.Grid Service Discovery;An AApproach Using Parameter and QoS Based Matchmaking[C].2006.ICIA 2006,2006,(10):398-402.
[109]Xu Kegang Zhang Yaoxue Zizhong,W.PMMAP:A Mobile Agents Platform for Program Mining[C].Computer Networks and Mobile Computing,2001,(10):347-355.
[110]Hao Chen Shi Ying Jin Liu Wei Wang.SE4SC:A Specific Search Engine for Software Components[C].Computer and Information Technology,2004.CIT '04.The Fourth International Conference on Publication Date:14-16 Sept,2004,(9):863-868.
[111]Yiqiang Zheng Heqing Guo Wei Gao Botong Xu.Research on Load Balance of Multi Clusters Architecture Based on Business Components Partition[C].Information Technology and Applications,2005.ICITA 2005.Third International Conference,2005,2(7):101-104.
[112]Yan-tao Wang Jia-guang Liu Bin Zhu Yi-fei Xing.Study on Agent-Based Parts Resource Application System for Commercial Design[C].Computer Supported Cooperative Work in Design,10th International Conference on Publication Date,2006:1-6.
[113]Cheng-Wei Chen Chung-Kai Chen Jenq-Kuen Lee.Building Ontology for Optimization and Composition of Parallel JavaBean Programs[C].Parallel Architectures,Algorithms and Networks,2002.I-SPAN '02.Proceedings.International Symposium on Publication Date:22-24 May 2002:203-208.
[114]Bondarev,E.de With,P.Chaudron,M.Towards Predicting Real-Time Properties of a Component Assembly[C].Netherlands Euromicro Conference,2004.Proceedings.30th Publication Date:2004:601-610.
[115]Stewart,C.Kai Shen Dwarkadas,S.Scott,M.L.Jian Yin Profile-Driven Component Placement for Cluster-Based Online Services[C].Distributed Systems Online,IEEE,2004,5(10):1-1.
[116]Liu,D.Xin-Jian Gu Zhi-Xiong Yang Qing-Sheng Xie.WebParts:Sharing and Reuse Component Resource in Networked Design[C].Computer and Information Technology,2005.CIT 2005.The Fifth International Conference on Publication Date:21-23 Sept.2005:297-302.
[117]Bondarev,E.de With,P.Chaudron,M.Muskens,J.Modeling of Input-Parameter Dependency for Performance Predictions of Component-based Embedded Systems[C].Netherlands Software Engineering and Advanced Applications,2005.1st EUROMICRO Conference on Publication Date:30 Aug.-3 Sept.2005:36-43.
[118]McCoog,J.R.Lockheed Martin Gov.Electron.Syst.Commercial Component Integration Plan for Military Equipment Programs:Reliability Prediction and Part Procurement Reliability and Maintainability Symposium[C].1997 Proceedings,Annual Publication Date:13-16 Jan.1997:100-110.
[119]Sung Kee,Noh Seok,Ho Lee.An Implementation Of Gateway System For Heterogeneous Protocols Over Atm Network[C].Communications,Computers and Signal Processing,1997.'10 Years PACRIM 1987-1997-Networking the Pacific Rim'.1997 IEEE Pacific Rim Conference on Publication Date:20-22 Aug.1997:535-538 vol.2.
[120]Blythe,J.Deelman,E.Gil,Y.Automatically Composed Workflows For Grid Environments[C].Intelligent Systems,IEEE.Publication Date:Jul-Aug,2004,19(4):16-23.
[121]Kiciman,E.Fox,A.Detecting Application-Level Failures In Component-Based Internet Services[C].Neural Networks,IEEE Transactions on Publication Date:Sept.2005,16(5),:1027-1041.
[122]Tianhao Sun,Shuangqing Li,Qingsheng Zhu.An Optimized Strategy of Service Negotiation[C].Service-Oriented System Engineering,2006.SOSE '06.Second IEEE International Workshop Publication Date:Oct.2006:210-214.
[123]Marshall,I.W.Gharib,H.Hardwicke,J.Roadknight,C.A Novel Architecture For Active Service Management[C].Integrated Network Management Proceedings,2001 IEEE/IFIP International Symposium on 14-18 May 2001:795-810.
[124]Lingfang Zeng,Dan Feng,Fang Wang etl,Storage Active Service:Model,Method and Practice[C].Frontier of Computer Science and Technology,2006.FCST '06.Japan-China Joint Workshop on Nov.2006:46-53.
[125]Zhong Luo,Yuan,Jingling,Zou Chengming.Parameters Whiten Method For Neural Network Modeling For Gray Problem[C].Proceedings of SPIE-The International Society for Optical Engineering,2002:200-204.
[126]Zhong Luo,Yuan Jing-Ling,Xia Hong-Xia,Zou Cheng-Ming.A Study On Gray Neural Network Modeling[C].Machine Learning and Cybernetics,2002.Proceedings.2002 International Conference on Publication Date:4-5 Nov,2002,4(11):2021-2023
[127]Zhong Luo,Xia Hongxia,Yuan Jingling,Dasarathy Belur V.Study And Improvement On Hierarchical Algorithm Of Association Rule[C].Data mining and knowledge discovery:theory,tools,and technology.Conference No4,Orlando FL,ETATS-UNIS,1988,47(30),:88-93,
[128]Pan Hao,Zhong Luo,Yuan Jing-Ling.A Study of Dynamic Knowledge Representation Based on Neural Networks[C].Machine Learning and Cybernetics,2002.Proceedings.2002 International Conference on Publication Date:4-5 Nov.2002,1(11):126-128
[129]Song Huazhu,Zhong Luo,Hu Shuguang,Xia Hongxia.Study on Integration of Expert System for Concrete Security[C].Control and Automation,2002.ICCA.Final Program and Book of Abstracts.The 2002 International Conference on Publication Date:June 16-19,2002 On page(s):215-215.
[2]Zaremski,A.M.Signature and specification matching[D].Pittsburgh:School of Computer Science Carnegie Mellon University.1996.
[3]常继传,郭立峰.可复用软件构件的表示和检索[J].计算机科学,1999年,26(5):45-49.
[4]杨芙清,王千祥,梅宏,陈兆良.基于复用的软件生产技术[J].中国科学(E籍:信息科学),2001,31(4):363-371
[5]张世现,张文娟,常欣等.基于软件体系结构的可复用构件制作和组装[J].软件学报,2000,12(9):1351-1359.
[6]杨芙清,梅宏,李克勤等.支持构件复用的青鸟Ⅲ型系统概述[J].计算机科学,1999,26(5):50-55.
[7]周丽.可重构ERP系统中构件库技术研究[D].广州:中山大学,2004.
[8]张尧学,方存好.主动服务-概念、结构与实现[M].北京:科学出版社,2005年.
[9]北京大学青鸟项目.青鸟构件模型[R].北京:北京大学,1997.
[10]韦理,方存好,张尧学.支持主动服务的语义描述模型[J].计算机工程与应用,2005,41(26):1-4.
[11]费玉奎,娄渊请,王志坚.软件构件技术及其应用[M].北京:科学出版社 2005.
[12]薛云皎.基于XML描述的构件库管理系统组织与结构研究[D].上海:复旦大学,2005.
[13]Prieto-Diaz R,Freeman P.Classifying Software for Reusability[J].IEEE Software,198716(1):6-16.
[14]闵楠.基于统一刻面分类模式的多构件库检索技术研究[D].大连:大连海事大学.2005.
[15]Hafedh Mili,Anas Kabbaj,Amina Kerris,etal.:Building Thesauri,and Component Indexing,and Retrieval.1994.
[16]张文祥.构件库模糊查询技术研究[J].微机发展,1999,9(5):4-6.
[17]王珊等编著.数据仓库技术与联机分析处理[M].北京:科学出版社,1999.
[18]杨燕燕,梅宏,陈海文等.数据仓库技术和可复用构件库系统[J].计算机科学,1999,26(5):56-60.
[19]廖昕.面向程序挖掘的构件组装设计与关键技术的研究[D].湖南:中南大学,2005.
[20]黄万艮,陈松乔.基于消息的构件组合运算与构件演化[J].小型微型计算机系统,2007,28(7):17-20.
[21]DanieLl,Barrett,LoriA,Clarke,PeriL.TARR,etal.A framework for event-based software integration[J].ACM Transactions on Software Engineering and Methodology,1996,5(4).
[22]GuoZhen-Tan,XinPeng-Li,WuJian-Kun,etal.A Message-Based Software Architecture Style for Distributed Application[J].IEEE.Trans Software Engineering,2005.
[23]MedvidovicN,TaylorRN.A classification and comparison framework for software architecture description languages[J].IEEE Trans Software Engineering,2000,26(1):483-491.
[24]张世琨,王立福,常欣,等.基于层次消息总线的软件体系结构描述语言[J].电子学报,2001,5(29):581-584.
[25]边小凡,张宁,王谦.基于消息传递的构件组装模型[J].计算机应用与软件,2007,24(9):39-40.
[26]曹东刚,梅宏,曹建农.在中间件中支持用户自定义连接子[J].软件学报,2005,16(8):1378-1385.
[27]简新红,黄杰,韩伟红等.基于CORBA分布构件模型的应用服务器管理平台的研究与实现[J].计算机工程与科学,2006,28(4):95-97.
[28]信息产业部.关于发布《点对点多媒体消息业务网间互通设备技术要求》等25项通信行业标准的公告[J].电信技术,2008 1.
[29]钟瑞泽.基于构件及领域的企业资源管理系统平台的实现[J].硅谷,Silicon Valley,2008 15:90-91
[30]Zou Chengming,Zhong Luo,Yuan Jingling.The Research of System Architecture in Expert System[J].Wuhan University Journal of Natural Sciences,2001(Z1):34-36.
[31]Zhong luo.Application of the web service technology on the data warehouse system[j].Journal of wuhan univertisy of technology,2004,26(8):74-76.
[32]Pan Hao,Zhong Luo,Yuan Jing-Ling.A Study of Dynamic Knowledge Representation Based on Neural Networks[C].Machine Learning and Cybernetics,2002.Proceedings.2002 International Conference on Publication Date:4-5 Nov.2002,1(11):126-128
[33]钟珞,雷浩,邹承明,胡卫.独立软件复用技术的研究[J].计算机应用研究,2006,23(2):84-86.
[34]钟珞,张开松,江琼,夏红霞,张开鹏.Web服务技术在数据仓库系统中的应用[J].武汉理工大学学报,2004,26(8):74-76,83.
[35]黄靖,卢炎生,徐丽萍.基于反射机制的实时构件模型规约描述研究[J].计算机科学,2006 33(10):232-237.
[36]白涛.一种基于软件总线可重用构件框架的设计与实现[J].微电子学与计算机,200522(1):47-49.
[37]邹艳华.决策树在软构件检索中的应用研究[D].保定:河北大学,2005.
[38]陈章,陈志刚.程序挖掘中的构件组装技术[J].计算机工程,2005,31(5):85-87.
[39]徐建民,邵艳华,王静红.决策树方法在软构件查询中的应用研究[J].微机发展,2004,14(9):126-128.
[40]李骏.构件的分类检索技术及其应用研究[D].上海:东华大学,2003.
[41]朱三元,钱乐秋,宿为民.软件工程技术概论[M].北京:科学出版社,2002.
[42]袁兆山,王淑红.可复用构件表示模型研究[J].计算机应用,2001,21(1):1-3
[43]王渊峰,张涌,任洪敏等.基于刻面描述的构件检索[J].软件学报,2002,13(8):1546-1551.
[44]徐如志.基于XNIL的软件构件查询匹配算法研究[J].软件学报,2002,13(4):1-9.
[45]韩家炜.数据挖掘:概念与技术[M].北京:机械工业出版社,2001.
[46]史忠植.知识发现[M].北京:清华大学出版社,2002.
[47]杨昭昭,黄必清,颜波,黄超.基于Web服务的应用网格体系结构研究[J].计算机应用研究,2007,(05):67-69.
[48]陈志刚,刘安丰,熊策,张连明.一种有效负载均衡的网格Web服务体系结构模型[J].计算机学报,2005,(04):87-88.
[49]段江涛,王保保.基于Web Service的应用系统构架研究[J].计算机仿真,2005,(05):76-79.
[50]史湘宁,米强,凌云翔.Web Service体系结构研究[J].计算机与现代化,2005,(02):67-69.
[51]Linwa,A.C.B.Pierre,S.Discovering the architecture of geo-located Web services for next generation mobile networks[J].IEEE Transactions,2006,5(7):784-789.
[52]毛莺池,梁奕,王志坚.异构软件构件组装模型设计与实现[J].计算机工程,2005,(04):12-15.
[53]霍英,陈志刚.利用Web Service进行构件资源的组织研究[J].计算机应用研究,2007,(03):34-38.
[54]张友生,李雄.基于构件运算和XML的体系结构描述方法[J].计算机工程与应用,2007,(14):45-47.
[55]李春梅,蒋运承.具有QoS约束的语义Web服务发现的研究[J].计算机科学,2007,(06):87-90.
[56]艾未华,宋自林,魏磊,吴量.基于领域本体的Web服务发现[J].电子科技大学学报,2007,(03):34-36.
[57]易爱平,廖祝华,王奇睿.基于UDDI的Web服务发现系统的设计和实现[J].计算机与信息技术,2005,(9):23-25.
[58]曹永忠,丁秋林,李斌.基于有限自动机的Web服务行为的描述与发现[J].现代电子技术,2007,(02):56-59.
[59]于守健,夏小玲,乐嘉锦.基于语义描述的分布式Web服务发布与发现[J].计算机工程,2007,(07):76-80.
[60]解丹,赵臻,蔡晓鸿.一种基于语义的Web服务发现机制[J].中国科技信息,2007,(01):88-93.
[61]赵军.基于OWL-S的Web服务发现系统的研究和实现[J].计算机技术与发展,2006,(10):12-16.
[62]廖祝华,刘建勋,易爱平.基于用户兴趣的Web服务发现[J].微电子学与计算机,2006,(S1):88-92
[63]员红娟,叶飞跃,李霞,彭文滔.基于语义的Web服务发现核心技术研究[J].计算机应用,2006,(11):34-36.
[64]史波,王红.基于P2P网络之上移动Agent的Web服务发现机制[J].信息技术与信息化,2006,(05):54-57.
[65]李艳鹏,利群.动态环境下网格资源发现的研究[J].电脑知识与技术:学术交流,2006,(8):90-93.
[66]李昊.基于资源信息动态分发和发现的计算网格任务调度[J].吉林师范大学学报:自然科学版,2006,(03):12-15.
[67]王瑞盘,顾寄南,肖田元.基于Jini/MA的分布式动态服务发现和协商的研究[J].计算机工程与应用,2006,(24):23-25.
[68]康向东,晓敏,华扬.动态发现网络拓扑关系在载人航天任务中的应用研究[J].飞行器测控学报,2006,(06):55-57.
[69]李艳鹏.姜利群.动态网格环境下资源发现的研究[J].微计算机信息,2007,(18):39-41.
[70]侯春燕,李云春,李巍.基于分布式环境一种动态依赖关系发现的方法[J].微计算机信息,2006,(30):32-35.
[71]冯百明,王小牛.服务动态发现机制研究[J].西北师范大学学报:自然科学版,2006,(02):45-47.
[72]张以文,王浩.一种基于本体的Web服务动态发现算法[J].计算机应用与软件,2006,(03):39-41.
[73]廖小飞,李津生,洪佩琳,熊继平.基于主动网络技术的移动IPv6切换方案[J].电子与信息学报,2004,26(3):440-445.
[74]汪跃,沈明玉,吕建勇.基于组件服务器的主动网络安全策略及实现[C].全国第16届计算机科学与技术应用(CACIS)学术会议论文集,2004:1210-1214.
[75]廖小飞,李津生,洪佩琳,孙卫强,袁巍.一种基于主动网络技术的改善无线链路上TCP 性能的方案[J].电路与系统学报,2006,(03):88-90.
[76]王勇,黄瑶,张玉平.基于反应式移动代理的主动网络故障检测[J].华中科技大学学报:自然科学版,2003,(S1):34-36.
[77]陆月明,钱德沛,徐斌,王磊.SoftNet一个基于移动代理的主动网络[J].计算机学报,2001,24(11):12-15.
[78]任丰源,任勇,山秀明.主动网络的研究与进展[J].软件学报,2001,12(11):9-12.
[79]Kounev,S.Performance Modeling and Evaluation of Distributed Component-Based Systems Using Queueing Petri Nets[J].IEEE Computer Society Software Engineering,2006,32(7):486-502.
[80]Livesley,w.a.object Resource Systems-a Complete Integration Approach[J].Computing & Control Engineering Journal,1992,3(11):269-274.
[81]Zhong Luo.The Application Of Neural Network In Lifetime Prediction Of Concrete[J].Journal of wuhan university of technology:materials science edition,2002,17(1):79-81.
[82]Zhong Luo,Yuan Jing-Ling,Lou Meng-Lin,Chen Qing-Jun.Visualization of Structure Dynamic Analysis[J].Journal of Tongji University,2001,(08).
[83]Yuan Jingling,Zhong Luo,Lou Menglin.3D Visualization of Finite-element Analysis Result[J].Journal Of Wuhan Univertisy Of Technology,2001,23(3):15-18.
[84]Kasera,S.K.Supratik Bhattacharyya,Keaton,M etl.Scalable Fair Reliable Multicast Using Active Services[J].Network IEEE,2000,14(1):48-57.
[85]Wu,C.Chang.Comparison of Web service architectures based on architecture quality properties[C].INDIN'05.2005 3rd IEEE International Conference on Publication Date:10-12 Aug.2005:746-755.
[86]St Arnaud,B.Bjerring,A.Cherkaoui,O.Boutaba,R.Pott,M.Hong,W.Canarie Inc.,Ottawa,Ont.Web services architecture for user control and management of optical Internet networks[C].Canada Proceedings of the IEEE,2004,92(9):1490-1500.
[87]Garcia,D.Z.G.de Toledo,M.B.F.A Web Service Architecture Providing QoS Management[C].Sao Paulo Web Congress,2006.LA-Web'06.Fourth Latin American 2006,(10):189-198.
[88]Ivanova,E.Web service architectures for distributed search in databases[C].Sofia,Bulgaria Intelligent Systems,2004 2nd International IEEE Conference Publication,2004,2(6):572-575.
[89]Menday,R.The Web Services Architecture and the UNICORE Gateway[C].Germany Telecommunications,2006.AICT-ICIW'06.International Conference on Internet and Web Applications and Services/Advanced International Conference on Publication Date:19-25 Feb.2006:134-134.
[90]Ostrowski,K.Birman,K.Extensible Web Services Architecture for Notification in Large-Scale Systems[C].Web Services,2006.ICWS'06,2006,(9):383-392.
[91]Ping Chen,Bai Wang,Liutong Xu,Bin Wu,Guiling Zhou.The Design of Data Mining Metadata Web Service Architecture Based on JDM in Grid Environment Pervasive Computing and Applications[C].2006 1st International Symposium,2006,(8):684-689
[92]Yao-Chung Chang Jiann-Liang Chen Wen-Ming Tseng.A mobile commerce framework based on Web services architecture[C].Hualien,Taiwan Information Technology:Coding and Computing,2005.ITCC 2005.2005,1(4):403-408.
[93]Pasley,A.Jackson,T.Jessop,M.Austin,J.Searching against distributed data using a Web service architecture[C].York Univ.,UK Local to Global Data Interoperability-Challenges and Technologies,2005,(6):129-133.
[94]Wu,C.Chang,E.Thomson,P.A decision support system for QoS-enabled distributed Web services architecture[C].Industrial Electronics Society,2005.IECON 2005.32nd Annual Conference of IEEE,2005,(11):6-9.
[95]Tyan,J.Mahmoud,Q.H.A network layer based architecture for service discovery in mobile ad hoc networks[C].Electrical and Computer Engineering,2004.Canadian Conference May 2004,3(5):1379-1384.
[96]Caceres,C.Fernandez,A.Ossowski,S.Vasirani,M.Agent-Based Semantic Service Discovery for Healthcare:An organizational Approach[C].Rey Juan Carlos,Madrid Intelligent Systems,IEEE,2006,21(6):11-20.
[97]Duan Qiang.Service-Oriented Network Description and Discovery for High-Performance [C].Service-Oriented Computing and Applications,2007.SOCA '07.IEEE International Conference,2007,(6):215-222.
[98]Ruiqiang,Guo Dong,Dong Jiajin Le.Discovery for Web Services Based on Relationship Model[C].Computer and Information Technology,2006.CIT '06.The Sixth IEEE International Conference on Publication Date:Sept.2006 On page(s):253-253.
[99]Aversa,R.Di Martino,B.Mazzocca,N.Venticinque,S.Terminal-Aware Grid Resource and Service Discovery and Access Based on Agents Technology[C].Parallel,Distributed and Network-Based Processing,2004.Proceedings.12th Euromicro Conference on Publication Date:11-13 Feb.2004 On page(s):40-45.
[100]Richard,G.G.Service Advertisement and Discovery:Enabling Universal Device Cooperation [C].Internet Computing,IEEE,2000,4(5):18-26.
[101]Numata,J.Hane,K.Bangyu Lei Iwashita,Y.Knowledge Discovery and Sharing in An Information System[C].Innovation in Technology Management-The Key to Global Leadership.PICMET '97:Portland International Conference on Management and Technology,1997,(7),:713-716.
[102]Xin-lian Zhou,Min Wu.Service Discovery Protocol in Wireless Sensor Networks [C].Semantics,Knowledge,and Grid,2006.SKG '06.Second International Conference,2006,(11):101-101.
[103]Clemo,G.Farnham,T.The Use of Service Discovery to Support Reconfigurable Terminals [C],Vehicular Technology Conference,2001.VTC 2001 Spring.IEEE VTS 53rd,2001,4(5),:2465-2469.
[104]Bynens,M.De Win,B.Joosen,W.Theeten,B.Ontology-Based Discovery of DataDriven Services[C].Service-Oriented System Engineering,2006.SOSE '06.Second IEEE International Workshop,2006,(10):175-178.
[105]Kaijun Ren.Nong Xiao.Junqiang Song.Weimin Zhang.Tao Chen.A Semantic-based Meteorology Grid Service Registry,Discovery and Composition Framework[C].Semantics,Knowledge,and Grid,2006.SKG '06.Second International Conference,2006,(11):60-60.
[106]Pastore,S.lntroducing Semantic Technologies in Web Services-Based Application Discovery within Grid Environments[C].Universal Multiservice Networks,2007.ECUMN'07.Fourth European Conference,2007(2):22-31.
[107]Jiang Du,Niansheng Zhou,Zhihui Du,Xiaoge Wang.A WS-Inspection Based Decentralized Service Discovery Service in OGSA[C].Communication Technology Proceedings,ICCT 2003,2003,2(4):1691-1697.
[108]Selvi,S.Thamarai Balachandar,R.A.Grid Service Discovery;An AApproach Using Parameter and QoS Based Matchmaking[C].2006.ICIA 2006,2006,(10):398-402.
[109]Xu Kegang Zhang Yaoxue Zizhong,W.PMMAP:A Mobile Agents Platform for Program Mining[C].Computer Networks and Mobile Computing,2001,(10):347-355.
[110]Hao Chen Shi Ying Jin Liu Wei Wang.SE4SC:A Specific Search Engine for Software Components[C].Computer and Information Technology,2004.CIT '04.The Fourth International Conference on Publication Date:14-16 Sept,2004,(9):863-868.
[111]Yiqiang Zheng Heqing Guo Wei Gao Botong Xu.Research on Load Balance of Multi Clusters Architecture Based on Business Components Partition[C].Information Technology and Applications,2005.ICITA 2005.Third International Conference,2005,2(7):101-104.
[112]Yan-tao Wang Jia-guang Liu Bin Zhu Yi-fei Xing.Study on Agent-Based Parts Resource Application System for Commercial Design[C].Computer Supported Cooperative Work in Design,10th International Conference on Publication Date,2006:1-6.
[113]Cheng-Wei Chen Chung-Kai Chen Jenq-Kuen Lee.Building Ontology for Optimization and Composition of Parallel JavaBean Programs[C].Parallel Architectures,Algorithms and Networks,2002.I-SPAN '02.Proceedings.International Symposium on Publication Date:22-24 May 2002:203-208.
[114]Bondarev,E.de With,P.Chaudron,M.Towards Predicting Real-Time Properties of a Component Assembly[C].Netherlands Euromicro Conference,2004.Proceedings.30th Publication Date:2004:601-610.
[115]Stewart,C.Kai Shen Dwarkadas,S.Scott,M.L.Jian Yin Profile-Driven Component Placement for Cluster-Based Online Services[C].Distributed Systems Online,IEEE,2004,5(10):1-1.
[116]Liu,D.Xin-Jian Gu Zhi-Xiong Yang Qing-Sheng Xie.WebParts:Sharing and Reuse Component Resource in Networked Design[C].Computer and Information Technology,2005.CIT 2005.The Fifth International Conference on Publication Date:21-23 Sept.2005:297-302.
[117]Bondarev,E.de With,P.Chaudron,M.Muskens,J.Modeling of Input-Parameter Dependency for Performance Predictions of Component-based Embedded Systems[C].Netherlands Software Engineering and Advanced Applications,2005.1st EUROMICRO Conference on Publication Date:30 Aug.-3 Sept.2005:36-43.
[118]McCoog,J.R.Lockheed Martin Gov.Electron.Syst.Commercial Component Integration Plan for Military Equipment Programs:Reliability Prediction and Part Procurement Reliability and Maintainability Symposium[C].1997 Proceedings,Annual Publication Date:13-16 Jan.1997:100-110.
[119]Sung Kee,Noh Seok,Ho Lee.An Implementation Of Gateway System For Heterogeneous Protocols Over Atm Network[C].Communications,Computers and Signal Processing,1997.'10 Years PACRIM 1987-1997-Networking the Pacific Rim'.1997 IEEE Pacific Rim Conference on Publication Date:20-22 Aug.1997:535-538 vol.2.
[120]Blythe,J.Deelman,E.Gil,Y.Automatically Composed Workflows For Grid Environments[C].Intelligent Systems,IEEE.Publication Date:Jul-Aug,2004,19(4):16-23.
[121]Kiciman,E.Fox,A.Detecting Application-Level Failures In Component-Based Internet Services[C].Neural Networks,IEEE Transactions on Publication Date:Sept.2005,16(5),:1027-1041.
[122]Tianhao Sun,Shuangqing Li,Qingsheng Zhu.An Optimized Strategy of Service Negotiation[C].Service-Oriented System Engineering,2006.SOSE '06.Second IEEE International Workshop Publication Date:Oct.2006:210-214.
[123]Marshall,I.W.Gharib,H.Hardwicke,J.Roadknight,C.A Novel Architecture For Active Service Management[C].Integrated Network Management Proceedings,2001 IEEE/IFIP International Symposium on 14-18 May 2001:795-810.
[124]Lingfang Zeng,Dan Feng,Fang Wang etl,Storage Active Service:Model,Method and Practice[C].Frontier of Computer Science and Technology,2006.FCST '06.Japan-China Joint Workshop on Nov.2006:46-53.
[125]Zhong Luo,Yuan,Jingling,Zou Chengming.Parameters Whiten Method For Neural Network Modeling For Gray Problem[C].Proceedings of SPIE-The International Society for Optical Engineering,2002:200-204.
[126]Zhong Luo,Yuan Jing-Ling,Xia Hong-Xia,Zou Cheng-Ming.A Study On Gray Neural Network Modeling[C].Machine Learning and Cybernetics,2002.Proceedings.2002 International Conference on Publication Date:4-5 Nov,2002,4(11):2021-2023
[127]Zhong Luo,Xia Hongxia,Yuan Jingling,Dasarathy Belur V.Study And Improvement On Hierarchical Algorithm Of Association Rule[C].Data mining and knowledge discovery:theory,tools,and technology.Conference No4,Orlando FL,ETATS-UNIS,1988,47(30),:88-93,
[128]Pan Hao,Zhong Luo,Yuan Jing-Ling.A Study of Dynamic Knowledge Representation Based on Neural Networks[C].Machine Learning and Cybernetics,2002.Proceedings.2002 International Conference on Publication Date:4-5 Nov.2002,1(11):126-128
[129]Song Huazhu,Zhong Luo,Hu Shuguang,Xia Hongxia.Study on Integration of Expert System for Concrete Security[C].Control and Automation,2002.ICCA.Final Program and Book of Abstracts.The 2002 International Conference on Publication Date:June 16-19,2002 On page(s):215-215.