Service-Oriented Architectures for Embedded Systems Using Devices Profile for Web Services

Zeeb, Elmar; Bobek, A.; Bohn, H.; Golatowski, Frank

doi:10.1109/ainaw.2007.330

Cited by 64 publications

(24 citation statements)

References 4 publications

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“…Features Migration Security Mobile ad-hoc and Context-P2P environments awareness Srirama et al [3][4][5][6] X X O X Ou et al [7] O X O X Zeeb et al [8][9][10] X O X O Aijaz et al [11] X X O X Asif et al [12] X O X X Auletta et al [13] X X O X Adacal and Bener [14] O X O X Chatti et al [15] X X X X Gehlen et al [16] X O X X Gehlen and Pham [17] X O O X Gehlen and Mavrosmatis [18] X X X O Pham and Gehlen [19] X X X X Nicoloudis and Pratistha [20] X X X …”

Section: Methodsmentioning

confidence: 99%

“…Zeeb et al [8][9][10] introduce test-toolkits for the Web Service for Device (WS4D) project for integrating the in- Srirama et al [3][4][5][6] Propose an application framework for providing Web services in a mobile Ou et al [7] P2P network 2007 Zeeb et al [8][9][10] Introduce test-toolkits for the Web Service for Device (WS4D) project Aijaz et al [11] Handle asynchronous requests in a mobile environment Asif et al [12] Propose a lightweight Web service provider toolkit, which supports the security in embedded environment 2006 Auletta et al [13] Propose a Web service framework for the Bluetooth protocol Adacal and Bener [14] Propose an agent-based framework Chatti et al [15] Propose a mobile Web service framework in a learning domain Gehlen et al [16] Propose a framework for SOAP-UDP binding 2005 Gehlen and Pham [17] Propose an application framework for a P2P environment Gehlen and Mavrosmatis [18] Propose a mobile Web service middleware for context-aware applications Pham and Gehlen [19] Presents an infrastructure that provides the capability of hosting Web 2004…”

Section: Related Workmentioning

confidence: 98%

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A lightweight framework for mobile web services

Kim

Lee

2009

Comp. Sci. Res. Dev.

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In the ubiquitous era, for web services to become a universal communication paradigm, mobile devices enabled with web services should be considered. This paper presents a lightweight framework for hosting web services on mobile devices. The proposed framework contains several built-in functionalities such as the processing of SOAP messages, the execution and migration of services, the management of context and service directory, and the publishing and discovery of services. To evaluate the performance of the proposed mobile Web service framework, it has been experimented under a real-world scenario. Experimental results show that the framework is able to support web services in a mobile environment.

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Section: Methodsmentioning

confidence: 99%

Section: Related Workmentioning

confidence: 98%

A lightweight framework for mobile web services

Kim

Lee

2009

Comp. Sci. Res. Dev.

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“…Meanwhile, it also adds two other protocols: WSDiscovery and WS-Eventing, to support service-oriented devices dynamic discovery and interoperability [6] (see Fig.1). …”

Section: Web Services For Devicesmentioning

confidence: 99%

“…There are many middleware technology standards for devices connection and integration, such as organization for the advancement of structured information standards (OASIS) standards, UA standards, OPC-UA standards, ISA-95 standards, UPnP [5] , Jini, and devices profile for web services (DPWS) [6] . DPWS which takes the same way as service-oriented architecture (SOA) [7] to integrate services, has prominent advantages in flexibility, reusability, combination convenience, massive communication and data protocol standards.…”

Section: Introductionmentioning

confidence: 99%

Smart home architecture based on event-driven DPWS

Chen

Zhi

2011

J. Shanghai Univ.(Engl. Ed.)

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With the advances of electronic information technology and computer network, especially the embedded technology, smart home is no more just a vision but being practical. The interoperability of heterogeneous devices and flexibility of devices' usage are two key problems that challenge the implementation of smart home. To deal with these two issues, this paper proposes an event-driven service oriented architecture using device profile for web services (DPWS). DPWS inherits the advantages of the traditional web services in achieving interoperability without dependence on platform, while improving service discovery and security as well as being optimized for deploying on resource constrained devices. By providing a visual interface for describing a service workflow (SW), the user can easily customize the actions of devices by services composition. Devices automatically cooperate without user's intervention to complete required business logic. This is achieved by fully exploiting the eventing capabilities on DPWS enabled home devices. Finally, a home theater scenario is given to illustrate the event driven mechanism for the SW in the proposed smart home framework.

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“…H. Bohn et al [3] announced the first DPWS-compliant protocol stack and presented results obtained in several SIRENA-project related demonstrators. E. Zeeb et al [4] introduced a derived DPWS-toolkit based on C and gSOAP and discussed the relevance of web services for embedded devices with regard to industrial automation. They also described a potential "shift in the industrial landscape" of highly heterogeneous devices.…”

Section: Related Workmentioning

confidence: 99%

An Evaluation of the Performance of DPWS on Embedded Devices in a Body Area Network

Hilbrich

2010

2010 IEEE 24th International Conference on Advanced Information Networking and Applications Workshops

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Abstract-In view of the aging society, intelligent devices pervading everyday life are faced with important challenges, such as the ease of use and the ease of configuration. The whole potential of using a body area network with several sensors to monitor vital functions of a human body can only be tapped, if the sensors used are highly specialized and tightly integrated to collaborate in a decentralized way and exhibit true plug-and-play behavior.Although the aspect of interconnecting vital sensors close to the human body bears a variety of technical challenges in itself, the development of the necessary abstraction layer in software to hide the heterogeneity of the highly specialized sensor boards is confronted with even higher challenges as these devices are often equipped with very limited resources to reduce power consumption. However, this abstraction layer is a necessary prerequisite to facilitate the development of software for a body area network with the previously mentioned characteristics.This paper presents the results of a study conducted to evaluate the performance and overhead of using web services on embedded devices to implement an abstraction layer for a body area network. In several experiments, two different implementations of the Devices Profile for Web Services (DPWS) were evaluated: the Microsoft .NET Micro Framework and the open-source DPWS-plugin from the Web Services for Devices initiative. These were used to measure absolute latencies and the "web service overhead" in the communication between three different types of resource-constraint devices.

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Service-Oriented Architectures for Embedded Systems Using Devices Profile for Web Services

Cited by 64 publications

References 4 publications

A lightweight framework for mobile web services

A lightweight framework for mobile web services

Smart home architecture based on event-driven DPWS

An Evaluation of the Performance of DPWS on Embedded Devices in a Body Area Network

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