Location-Transparent Integration of Distributed OSGi Frameworks and Web Services

Fiehe, Christoph; Litvina, Anna; Lück, Ingo; Dohndorf, Oliver; Kattwinkel, Jens; Stewing, Franz-Josef; Kruger, Jan Walters; Krumm, Heiko

doi:10.1109/waina.2009.29

Cited by 7 publications

(5 citation statements)

References 2 publications

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“…And it enables the platform to download, install, start, stop and update service bundles at runtime without impact to the rest of the system. The Home Networking Service works [4], [5], [6] leverage the OSGi platform with a home network to monitor and control home's devices. The device in this system allows downloading, installing and sharing services.…”

Section: Related Workmentioning

confidence: 99%

SOA Distributed Bundles with QoS-aware

Puntheeranurak¹,

Chanpen²

2013

Proceedings of the 2nd International Symposium on Computer, Communication, Control and Automation

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Abstract-Service replication is leveraged in a ServiceOriented Architecture (SOA) system for distributing services to different servers. It prevents the system from bottle neck and overload problem to improve the availability and reliability of the system. For this work, we focus on dynamic replication that needs an intelligent agent to control the replication procedure. It doesn't only improve the availability and reliability of the system, but it also optimizes resource usage on each server. In this paper, we discuss and propose the QoS-aware platform that aims to monitor the quality of services and decide to start the distributing function service. It makes the replica is deployed properly when a system's load is exceeded the capability of system service.

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Section: Related Workmentioning

confidence: 99%

SOA Distributed Bundles with QoS-aware

Puntheeranurak¹,

Chanpen²

2013

Proceedings of the 2nd International Symposium on Computer, Communication, Control and Automation

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“…This implementation uses Web services to expose and invoke services, along with ZooKeeper—a hierarchical distributed repository for service discovery. Another realization of Web service‐based RSA is proposed in , which uses this implementation to integrate OSGi with the Devices Profile for Web Services. The ECF has also released its own modular implementation of Remote Services, which supports many different distribution providers, including Simple Object Access Protocol Web services, REpresentational State Transfer Web services, and JMS.…”

Section: Related Workmentioning

confidence: 99%

Distributed OSGi built over message‐oriented middleware

2011

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This paper describes key aspects of remote service invocation in federations of OSGi containers. It refers to the OSGi Remote Service Admin specification and describes its efficient implementation over messageoriented middleware. Scalability problems of several different approaches to implementation are identified, and a solution in a form of innovative Remote Service Admin model extension is proposed. The extension, named On-demand Remote Service Admin, is analyzed and validated in the context of a motivating scenario. Validation includes performance and scalability evaluation, which confirms that all assumed requirements have been satisfied by the constructed prototype. Finally, the presented research is compared with related works.

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“…The SIRENA follow-up project -Service Oriented Device and Delivery Architecture (SODA) has brought forward a toolkit around the Schneider stack to improve manageability, orchestration and security [11]. In the current active OSAMI [12] where several WS4D partners are involved, DPWS is the core technology for Remote OSGi [13] and for sensor device integration.…”

Section: Related Workmentioning

confidence: 99%

WS4D: Toolkits for Networked Embedded Systems Based on the Devices Profile for Web Services

Zeeb

Moritz

Timmermann

et al. 2010

2010 39th International Conference on Parallel Processing Workshops

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As the application of the Internet Protocol (IP) is not longer restricted to the internet and computer networks, future IP-based application scenarios require an enormous diversity of heterogeneous platforms and systems. Thereby emerging communication architectures, concepts, technologies and protocols must be capable of handling thousands of devices and communication endpoints on the one hand and be flexible and extensible enough on the other hand, to provide cross domain interoperability independent of platform specific constraints. The Devices Profile for Web Services (DPWS) is such a cross domain technology. This paper provides an overview of DPWS and existing DPWS implementations and toolkits with special focus on the Web Service for Devices (WS4D) initiative. Therefore, features and capabilities of DPWS are described in detail by referring to the open source WS4D implementations. The target platforms are ranging from resource rich server platforms down to highly resource constrained embedded devices.

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Location-Transparent Integration of Distributed OSGi Frameworks and Web Services

Cited by 7 publications

References 2 publications

SOA Distributed Bundles with QoS-aware

SOA Distributed Bundles with QoS-aware

Distributed OSGi built over message‐oriented middleware

WS4D: Toolkits for Networked Embedded Systems Based on the Devices Profile for Web Services

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