A Flexible and Semantic-Aware Publication Infrastructure for Web Services

Baresi, Luciano; Miraz, Matteo; Plebani, Pierluigi

doi:10.1007/978-3-540-69534-9_33

Cited by 6 publications

(5 citation statements)

References 10 publications

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“…Subscriptions (and unsubscriptions) can be issued dynamically and thus each party can accommodate and tailor its interests (i.e., those of its users) while in operation. The approach introduced in this paper improves and validates the solution discussed in [8].…”

Section: Introductionsupporting

confidence: 57%

A distributed architecture for efficient Web service discovery

Baresi

Miraz

Plebani

2015

SOCA

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Although the definition of service-oriented architecture (SOA) included the presence of a service registry from the beginning, the first implementations (e.g., UDDI) did not really succeed mainly because of security and governance issues. This article tackles the problem by introducing DREAM (Distributed Registry by ExAMple): a publish/subscribe-based solution to integrate existing, different registries, along with a match-making approach to ease the publication and retrieval of services. DREAM fosters the interoperability among registry technologies and supports UDDI, ebXML Registry, and other registries. The publish/subscribe paradigm allows service providers to decide the services they want to publish, and requestors to be informed of the services that satisfy their interests. As for the match-making, DREAM supports different ways to evaluate the matching between published and required services. Besides presenting the architecture of DREAM and the different match-making opportunities, the article also describes the experiments conducted to evaluate proposed solutions

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Section: Introductionsupporting

confidence: 57%

A distributed architecture for efficient Web service discovery

Baresi

Miraz

Plebani

2015

SOCA

Self Cite

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“…The extensibility of USQL was also exercised in a preliminary effort to support the expression of requirements towards the behavior of composite services, as reported in [29]. It is also worth mentioning that, besides its reference implementation in Proteus, USQL was also adopted by two other proposed frameworks for semantically enhanced web service publication and discovery, namely PYRAMID-S [17] and DIRE [16].…”

Section: Discussionmentioning

confidence: 99%

“…However, such approaches mainly focus on support for the evaluation of functional search criteria, they are constrained to specific types of service brokers, and generally lack flexibility. Other efforts have tackled the challenge of multi-dimensional query evaluation [14,15], or the heterogeneity in service discovery mechanisms [16,17]. Even though the proposed system architectures are characterized by flexibility, they exclusively support the discovery of web services and thus their solution is not applicable to other types of services.…”

Section: Related Workmentioning

confidence: 99%

Development of a language and its enacting engine for the unified discovery of heterogeneous services

Pantazoglou

2013

Preprint

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Service orientation fosters a high-level model for distributed applications development, which is based on the discovery, composition and reuse of existing software services. However, the heterogeneity among current service-oriented technologies renders the important task of service discovery tedious and ineffective. This dissertation proposes a new approach to address this challenge. Specifically, it contributes a framework supporting the unified discovery of heterogeneous services, with a focus on web, peer-to-peer, and grid services. The framework comprises a service query language and its enacting service discovery engine. Overall, the proposed solution is characterized by generality and flexibility, which are ensured by appropriate abstractions, extension points, and their supporting mechanisms. The viability, performance, and effectiveness of the proposed framework are demonstrated by experimental measurements.

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“…The training set used by the authors was taken from www.xmethods.net, and it consisted of the values of four non-functional parameters of different Web services. There are proposals that combine different approaches, that is the case in [14], which combines the URBE architecture (UDDI Registry By Example) and DIRE (Distributed Registry). To perform the semantic matching they used URBE, because it has an engine of similarity.…”

Section: Related Workmentioning

confidence: 99%

Use of Classification Algorithms for Semantic Web Services Discovery

Varguez-Moo¹,

Moo-Mena

Uc-Cetina³

2013

JCP

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Web services (WS) are used in different environments like enterprises, government and industry, providing tools for implementing complex distributed systems. Web service discovery allows a system to find services that meet the requirements of the users. One way to improve this type of discovery would consider not only the functional aspects of the required service, but also relevant aspects such as performance or availability to perform its functions. Moreover, this approach would allow a more efficient discovery process to obtain results closer to the user needs. In this paper we present an approach for Web service discovery through the use of machine learning algorithms for classification of Web services. For Web services matching our proposal takes into account quality of service (QoS) parameters, which include semantic information about each Web service. For semantic Web service specification we use the SAWSDL standard. Whereas the proposed UDDI standard was discontinued, among other reasons, due to limited syntactic Web service discovery, our approach brings important elements to the consolidation of semantic Web service discovery.

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A Flexible and Semantic-Aware Publication Infrastructure for Web Services

Cited by 6 publications

References 10 publications

A distributed architecture for efficient Web service discovery

A distributed architecture for efficient Web service discovery

Development of a language and its enacting engine for the unified discovery of heterogeneous services

Use of Classification Algorithms for Semantic Web Services Discovery

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