Message Queuing Patterns for Middleware-Mediated Transactions

Tai, Stefan; Totok, Alexander; Mikalsen, Thomas; Rouvellou, Isabelle

doi:10.1007/3-540-38093-0_12

Cited by 5 publications

(5 citation statements)

References 6 publications

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“…The other possible building blocks are SOAP client pattern, message queue pattern [15], etc. Also building blocks can be extracted from industrial experience and synthesized in academic settings [20], [23], [22], [19].…”

Section: Related Workmentioning

confidence: 99%

Enterprise service delegation pattern

Upadhyaya

2014

2014 IEEE 23rd International Symposium on Industrial Electronics (ISIE)

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Enterprise architecture is an emerging field of study. There are multiple areas that provide building blocks for this discipline including information technology and business management. Information technology plays a vital role in shaping the direction of business. In a granular level, business processes can be mapped to hardware and software automated processes. Service oriented architecture (SOA) is a popular architecture for providing business services in the form of software and hardware services. A software service can represent a business service partially or fully. Developing architectural building blocks is a common practice recommended by open group. This paper presents one such building block in the form of software design pattern. The enterprise service delegation pattern provides a structure to arbitrate service calls. This pattern is being used to construct enterprise service buses.

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Section: Related Workmentioning

confidence: 99%

Enterprise service delegation pattern

Upadhyaya

2014

2014 IEEE 23rd International Symposium on Industrial Electronics (ISIE)

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Section: Conceptual Designmentioning

confidence: 99%

“…Furthermore, CSN also provides a conceptual model for sensor data delivery: how sensors send data out and applications retrieves data. The conceptual data delivery model is based on the Publish/Subscribe Model (e.g., JMS Messaging Model) [15] Figure 2 illustrates how the CSN data delivery model based on message queues works. In this example, there are four sensors (singleton sensor networks) and two sensor networks with those sensors as network members.…”

Section: Sensor Data Delivery Modelmentioning

confidence: 99%

“…Instead of forcing the application to deal with system-specific characteristics or requirements of sensor nodes or WSN software, CSN provides the application with logical and intuitive APIs that hide those characteristics or requirements from the application. In CSN, a sensor network (also, a sensor) is logically modeled and in fact, physically managed as a message queue (in fact, the messaging model such as JMS) [15]. This application-centric design approach facilitates the development of applications.…”

Section: Introductionmentioning

confidence: 99%

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CSN: The Conceptually Manageable Sensor Network

Joe

Lee

Jeong

2015

International Journal of Distributed Sensor Networks

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For the last decade, computer science and information technology have been rapidly expanding their application areas from computation and data processing inside computers to the real time monitoring and management of the real world outside computers. For those emerging applications such as Internet of Things, the flexible, scalable, and interoperable, collaborating sensor networks are crucial. In this paper, we present a sensor network system called the conceptually manageable sensor network (CSN). CSN is intended to support the conceptual management and integration of sensor networks and to provide well-defined and logical APIs for the facilitation of application development. The CSN design is based on the simple and intuitive conceptual model: sets and message queues. In order to minimize the system development efforts and to inherit the system quality of production level open source software, the CSN system is intentionally implemented as a set of extensions to the open source messaging system called ActiveMQ. We conducted some preliminary usability and performance tests for the current CSN implementation. For the usability test, we used data sets from a real world project for the energy-efficient management of Indoor Air Quality in subway stations. Both usability and performance tests showed promising results.

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“…To summarize the roles of each party in a message transaction, the message producer has a contract with the message server; the message server has a contract with the message consumer. Further information on integrating messaging with transactions is available in [11,12] and Chapter ?? (Transaction Middleware).…”

Section: Producermentioning

confidence: 99%

Message‐Oriented Middleware

Curry

2004

Middleware for Communications

100

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The asynchronous interaction model, illustrated in Figure 1.2, allows the caller to retain processing control. The caller code does not need to block and wait for the called code to return. This model allows the caller to continue processing regardless of the processing state of the called procedure/function/method. With asynchronous interaction, the called code may not execute straight away. This interaction model requires an intermediary to handle the exchange of requests; normally this intermediary is a message queue.While more complex than the synchronous model, the asynchronous model allows all participants to retain processing independence. Participants can continue processing, regardless of the state of the other participants. Introduction to the Remote Procedure Call (RPC)The traditional RPC model is a fundamental concept of distributed computing. It is utilized in middleware platforms including CORBA, Java RMI, Microsoft DCOM, and XML-RPC. The objective of RPC is to allow two processes to interact. RPC creates the fac ¸ade of making both processes believe they are in the same process space (i.e., are

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Message Queuing Patterns for Middleware-Mediated Transactions

Cited by 5 publications

References 6 publications

Enterprise service delegation pattern

Enterprise service delegation pattern

CSN: The Conceptually Manageable Sensor Network

Message‐Oriented Middleware

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