Publish/subscribe delay-tolerant message-oriented middleware for resilient communication

Jiang, Peng; Bigham, John; Bodanese, Eliane; Claudel, E.

doi:10.1109/mcom.2011.6011743

Cited by 22 publications

(10 citation statements)

References 10 publications

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“…Jiang et al [29] indicate that "push" service can be faster and more energy efficient for BES because in this approach BES do not need to look up a message queue or synchronize periodically.…”

Section: Related Workmentioning

confidence: 99%

High Throughput Dequeuing Technique in Distributed Message Queues for IoT

Kinoshita

Konoura

Koike

et al. 2017

Journal of Information Processing

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Abstract:With the dramatic increase in Internet of Things (IoT) related messaging volume, message queue systems are highly required for both interoperability among devices, as well as for control message traffic between devices and heterogeneous back-end systems (BES). When connected BES issue several dequeue requests to the message queue and no message is available, the frequency of missed-dequeues increases, which causes a degradation of the maximum throughput. Therefore, we propose the retry dequeue-request scheduling (RDS) method that decreases the number of dequeue requests from the BES by delaying the replies to the BES when missed-dequeues occur. Simulation and experimental evaluations show that the throughput of the RDS method achieves 180% of that of the conventional dequeue method.

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Section: Related Workmentioning

confidence: 99%

High Throughput Dequeuing Technique in Distributed Message Queues for IoT

Kinoshita

Konoura

Koike

et al. 2017

Journal of Information Processing

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show abstract

“…Middleware efforts generally focus on encapsulating intelligent forwarding and routing paradigms [14] or on providing abstractions of these communication primitives (e.g., in the publish-subscribe paradigm [12]). Other efforts have adopted a content abstraction [6], which is important for applications in general, but, to date, efforts have still not incorporated these content abstractions into programming abstractions to support the development of applications.…”

Section: Related Workmentioning

confidence: 99%

MadApp: A Middleware for Opportunistic Data in Mobile Web Applications

Srinivasan

Julien

2014

2014 IEEE 15th International Conference on Mobile Data Management

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Abstract-Mobile computing increasingly often entails applications that embody opportunistic or delay-tolerant communication, and while much work has focused on refining and optimizing the technical underpinnings for providing delay-tolerant communication constructs, there is almost a complete lack of support for integrating opportunistic communication functionality at the application level. This paper introduces MadApp, an applicationlevel development framework that provides tailored abstractions and support infrastructure for creating dynamic web pages that can incorporate received content from various opportunistic communication channels on-the-fly. We describe multiple application scenarios in which these constructs can seamlessly apply, and provide a complete conceptual and concrete architecture and implementation for MadApp. We evaluate MadApp's support for opportunistic mobile computing web applications using two different mobility trace data sets collected from the real-world. This paper demonstrates that MadApp enables opportunistic mobile computing applications to begin to leverage the significant advances in delay-tolerant communication research, opening doors for even more dynamic and adaptive applications.

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“…There are extensive challenges at the tactical level that require consideration disconnected, intermittent and limited (DIL) links (Jiang, Bigham, Bodanese, Claudel, 2011). Message-oriented middleware can be augmented with delaytolerant network (DTN)/store-and-forward (SaF) technology that can provide services such as broadcasting a message and temporary communication between line-of-sight radios.…”

Section: Message-oriented Middleware For Data Disseminationmentioning

confidence: 99%

An end-to-end communications architecture for condition-based maintenance applications

Kroculick¹

2014

SPIE Proceedings

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This paper explores challenges in implementing an end-to-end communications architecture for Condition-Based Maintenance Plus (CBM+) data transmission which aligns with the Army's Network Modernization Strategy. The Army's Network Modernization strategy is based on rolling out network capabilities which connect the smallest unit and Soldier level to enterprise systems. CBM+ is a continuous improvement initiative over the life cycle of a weapon system or equipment to improve the reliability and maintenance effectiveness of Department of Defense (DoD) systems. CBM+ depends on the collection, processing and transport of large volumes of data. An important capability that enables CBM+ is an end-to-end network architecture that enables data to be uploaded from the platform at the tactical level to enterprise data analysis tools. To connect end-to-end maintenance processes in the Army's supply chain, a CBM+ network capability can be developed from available network capabilities.

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Publish/subscribe delay-tolerant message-oriented middleware for resilient communication

Cited by 22 publications

References 10 publications

High Throughput Dequeuing Technique in Distributed Message Queues for IoT

High Throughput Dequeuing Technique in Distributed Message Queues for IoT

MadApp: A Middleware for Opportunistic Data in Mobile Web Applications

An end-to-end communications architecture for condition-based maintenance applications

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