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A comparison between Web service and java message service technologies for Event-Driven Mashup execution

INTERNATIONAL JOURNAL OF WEB AND GRID serviceS 2010年第3期6卷 269-288页

作者： Stecca, Michele Maresca, Massimo DIST Univ Genova Comp Platform Res Ctr CIPI I-16145 Genoa Italy DEI Univ Padova Comp Platform Res Ctr CIPI I-35131 Padua Italy

This paper presents a service Execution Platform (SEP) for Event-Driven service compositions (a.k.a. Mashups), typically used in domains characterised by a working principle based on asynchronous events. The platform reference model is based on an orchestration system and on a set of service Proxies (SPs) hosted in the SEP. The orchestration system executes Mashup Sessions by coordinating the actions of the SPs, and takes care of load balancing, security (AAA) and fault tolerance. The paper presents and compares two versions of the SEP based on two different technologies, namely Web services (WSs) and java message service (JMS).

关键词： Mashup WSs web services JMS java message service orchestration event-driven architecture

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A new performance optimization strategy for java message service system

A new performance optimization strategy for Java Message Ser...

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8th International Conference on Enterprise Information Systems (ICEIS 2006)

作者： Guo, Xiangfeng Ding, Xiaoning Zhong, Hua Li, Jing Chinese Acad Sci Inst Software Beijing Peoples R China

ISBN: (纸本)9728865430

Well suited to the loosely coupled nature of distributed interaction, message oriented middleware has been applied in many distributed applications. Efficiently transmitting messages with reliability is a key feature of message oriented middleware. Due to the necessary persistence facilities, the performance of transmitting is subject greatly to the persistence action. The Openness of java platform has made the systems conforming to java message service Specification supported widely. In these applications, many consumers get messages periodically. We bring forward a new efficient strategy using different persistence methods with different kinds of messages, which improves system performance greatly. The strategy also utilizes daemon threads to reduce its influence to the system. The strategy has been implemented in our java message service conformed system, ONCEAS MQ.

关键词： java message service performance optimization

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A Software Framework for java message service Based Internet Messaging System

A Software Framework for Java Message Service Based Internet...

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The Fourth International Conference on Parallel and Distributed Computing, Applications and Technologies

作者： Hsiu-Hui Lee Chun-Hsiung Tseng Graduate Institute of Computer Science and Information Engineering National Taiwan University Taipei Taiwan

java message service is released by Sun Microsystems as a standard way of message delivering and *** purpose of this project is to implement a java message service provider and provide a software framework to make some improvement on *** to the specification of java message service,java message service is restricted in a pre-configured environment where each computer's IP is known in advanced and is completely *** this project,we design architecture to allow messaging in *** integrate java message service into Internet environment,there are several issues to consider: To resolve java message service destination objects without physical IP. An efficient and stable method for message routing is required. Load balancing should be considered. The capability to handle heavy messaging load on Internet should be ensured.

关键词： java message service Internet server design

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统一口径 Sun发布java message service标准

每周电脑报

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每周电脑报 1998年第34期 69-69页

为推进中间件战略,Sun公司发布了java messageservice(JMS)标准,使企业级软件设计者在分散的应用程序间传送信息更加容易。JMS1.0包括一个API(Applications Programming Interface)和支持以信息为基础的java应用程序。信息服务即使在软... 详细信息

为推进中间件战略,Sun公司发布了java messageservice(JMS)标准,使企业级软件设计者在分散的应用程序间传送信息更加容易。JMS1.0包括一个API(Applications Programming Interface)和支持以信息为基础的java应用程序。信息服务即使在软件开发者中也是一种较不熟悉的中间件,Sun公司的目的之一是通过JMS来扩大这种中间件的知名度。 Sun公司的高级工程师Mark Hapner说:“java message service 1.0是第一个信息产业广泛支持的API,现在,如果你用信息产品,就必须用该厂商所有的API。这些信息应用程序没有通用的API访问服务器。”尽管JMS不是一种产品,包括拥有MQ Series软件的IBM的大部分中间件和工具厂商都支持规格计划产品。其它支持者还包括Novell、Oracle、Sybase和Tibco。

关键词： java message service 统一口径 Sun JMS

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Automated integration of real-time and non-real-time defense systems

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Defence Technology（防务技术） 2021年第2期17卷 657-670页

作者： Emre Dalkıran Tolga Onel Okan Topçu Kadir Alpaslan Demir Barbaros Naval Science and Engineering Institute Turkish Naval AcademyNational Defense UniversityTuzlaIstanbul34942Turkey Department of Computer Engineering Turkish Naval AcademyNational Defense UniversityTuzlaIstanbul34942Turkey Department of Computer Engineering Middle East Technical University Northern Cyprus CampusKalkanliGuzelyurtMersin 1099738Turkey Institute of Social Sciences Gebze Technical UniversityGebzeKocaeli41400Turkey

Various application domains require the integration of distributed real-time or near-real-time systems with non-real-time *** cities,smart homes,ambient intelligent systems,or network-centric defense systems are among these application *** Distribution service(DDS)is a communication mechanism based on Data-Centric Publish-Subscribe(DCPS)*** is used for distributed systems with real-time operational *** message service(JMS)is a messaging standard for enterprise systems using service Oriented Architecture(SOA)for non-real-time *** allows java programs to exchange messages in a loosely coupled *** also supports sending and receiving messages using a messaging queue and a publish-subscribe *** this article,we propose an architecture enabling the automated integration of distributed real-time and non-real-time *** test our proposed architecture using a distributed Command,Control,Communications,Computers,and Intelligence(C4I)*** system has DDS-based real-time Combat Management System components deployed to naval warships,and SOA-based non-real-time Command and Control components used at *** proposed solution enables the exchange of data between these two systems *** compare the proposed solution with a similar *** solution is superior in terms of automation support,ease of implementation,scalability,and performance.

关键词： Systems integration System of systems Systems engineering Software engineering C4I systems Defense systems Data distribution service DDS integration java message service JMS

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GridVideo: A Practical Example of Nonscientific Application on the Grid

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IEEE TRANSACTIONS ON KNOWLEDGE AND DATA ENGINEERING 2009年第5期21卷 666-680页

作者： Bruneo, Dario Iellamo, Giuseppe Minutoli, Giuseppe Puliafito, Antonio Univ Messina Dept Math I-98166 Messina Italy

Starting from 1990s and until now, Grid computing has been mainly used in scientific laboratories. Only in the last few years, it is evolving into a business-innovating technology that is driving commercial adoption. In this paper, we describe GridVideo, a Grid-based multimedia application for the distributed tailoring and streaming of media files. The objective is to show, starting from a real experience, how Grid technologies can be used for the development of nonscientific applications. Relevant performance aspects are analyzed, regarding both user-oriented (in terms of responsiveness) and provider-oriented (in terms of system efficiency) requirements. Different multimedia data dissemination strategies have been analyzed and an innovative technique, based on the Fibonacci series, is proposed. To respond to the stringent quality-of-service (QoS) requirements, typical of soft real-time applications, a reservation-based architecture is presented. Such architecture is able to manage the Grid resource allocation, thus enabling the provisioning of advanced services with different QoS levels. Technical and practical problems encountered during the development are discussed, and a thorough performance evaluation of the developed prototype is presented.

关键词： Grid computing distributed streaming multimedia data dissemination media tailoring quality-of-service resource reservation job coordination java message service

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JMS for opportunistic networks

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AD HOC NETWORKS 2015年第PartB期25卷 359-369页

作者： Benchi, Abdulkader Launay, Pascale Guidec, Frederic Univ Bretagne Sud IRISA Lab Vannes France

Opportunistic networks constitute an appealing solution to complement fixed network infrastructures - or make up for the lack thereof - in challenged areas. Although many papers published in the last few years address the problem of supporting message dissemination in opportunistic networks, very little of them consider the problem of designing distributed applications capable of running in such networks. This article presents JOMS (java Opportunistic message service), a carefully designed message-oriented middleware (MOM) system that is meant to ease the development of opportunistic distributed applications. JOMS fully supports the standard java message service (JMS) specification, but unlike other JMS providers it implements a server-less model: message queues, topics, and a directory service are fully distributed among mobile devices, which collaborate to share information network-wide. JOMS has been evaluated in real conditions using netbooks and Android-based smartphones. The results of this evaluation are also presented in this article. (C) 2014 Elsevier B.V. All rights reserved.

关键词： Opportunistic networking java message service message-oriented middleware

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iJob: an Internet-based job execution environment using asynchronous messaging

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INFORMATION AND SOFTWARE TECHNOLOGY 2005年第8期47卷 565-574页

作者： Fatoohi, R Gokhale, N Viswesan, S San Jose State Univ Dept Comp Engn San Jose CA 95192 USA

Various toolkits exist today for the distributed execution of computational algorithms on clusters of machines. These toolkits are often referred to by the terms 'Grid Toolkits', 'Job Execution Environments', and 'Problem Solving Environments (PSEs)'. Here, we introduce iJob-an Internet-based job execution environment that sets out to meet many of the goals of PSEs, such as providing facilities and services to solve a class of problems. In addition, the iJob software allows execution of computational algorithms utilizing standard Internet technologies such as java, XML, and asynchronous communication protocols. The goals of this project include: (1) deploying the toolkit easily to multiple platforms using the java technologies;(2) running multiple types of algorithms and supporting multiple users simultaneously;(3) providing a web-based GUI for monitoring and controlling the status of jobs;and (4) providing security at both the user-level and at the network-level. The toolkit has been tested using several simulation codes on pools of Windows 2000 and Solaris systems. (c) 2004 Elsevier B.V. All rights reserved.

关键词： problem solving environments java message service java 2 enterprise edition XML

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The collaborative information portal and NASA's Mars Rover mission

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IEEE INTERNET COMPUTING 2005年第1期9卷 20-26页

作者： Mak, R Walton, J Univ Calif Santa Cruz Santa Cruz CA 95064 USA NASA Ames Res Ctr Moffett Field CA 94035 USA

NASA Ames Research Center and the Jet Propulsion Laboratory jointly developed the collaborative information portal for NASA's Mars exploration rover mission. Mission managers, engineers, scientists, and researchers used this Internet-based enterprise software application to view current staffing and event schedules, download data and image files generated by the rovers, send and receive broadcast messages, and get accurate times in various Mars and Earth time zones. This article describes the application's features, architecture, and implementation, and conveys the lessons learned from its deployment.

关键词： Enterprise Software service Oriented Architecture Web services Middleware Messaging Enterprise java Beans java message service Collaborative Information Portal NASA Mars Exploration Rover Mission

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Applying a message oriented middleware architecture to the TJ-II remote participation system

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FUSION ENGINEERING AND DESIGN 2006年第15-17期81卷 2063-2067页

作者： Sanchez, E. Portas, A. Pereira, A. Vega, J. CIEMAT EURATOM Assoc E-28040 Madrid Spain

A message oriented middleware (MOM) has been introduced into the TJ-II data acquisition system to on-line distribute information. java message service (JMS) has been chosen as the messaging application program interface (API) in order to ensure multiplatform portability. A library of C++ classes providing interface for JMS java classes has been developed. This allows C++ programs to inter-communicate through JMS. In addition, a set of C wrapper functions has also been developed to provide basic messaging functionalities for C or FORTRAN programs. These functions are used in TJ-II LabView data acquisition applications. Several software applications that take advantage of the MOM architecture have been developed. Firstly, a generaluser application allows monitoring of the data acquisition systems. Secondly, a simple application permits the visualization of TJ-II monitor signals with on-line data refreshing. These applications are written in the java language, thereby ensuring its portability. These software tools provide new functionalities to the TJ-II remote participation system and are equally used in the local environment. (c) 2006 Elsevier B.V. All rights reserved.

关键词： message oriented middleware java message service remote participation data acquisition

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