Efficient distributed discovery and composition of OWL-S process model in P2P systems

Boukhadra, Adel; Benatchba, Karima; Balla, Amar

doi:10.1007/s12652-015-0313-8

Cited by 9 publications

(2 citation statements)

References 37 publications

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“…In (Boukhadra et al 2016), the authors describe a decentralized and interoperable approach for discovering and composing web services containing semantic information in large-sized P2P networks. It applies a scalable epidemic algorithm based on matching techniques of the OWL-S process model in order to ensure high recall and reduce the search space.…”

Section: Intelligencementioning

confidence: 99%

Reusability and discovery models in software systems: a systematic literature review.

Criado¹,

Iribarne²

2022

JOT

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Software Engineering principles and practices promote the reuse of existing elements to maximize the performance of development and maintenance processes. The core concepts of reusability are aligned with the FAIR (Findability, Accessibility, Interoperability, and Reusability) principles. From our perspective, FAIR principles are not only related to data in a software system, because there are other resources and parts of a system that are related to data indirectly or require data schemas and models for their description and management. Examples of these resources are services, business logic processes, contracts, security policies, architectures, components, deployment resources, execution rules, or interaction alternatives, among other possible examples. Actually, any resource in a system may need to be discovered either internally by a subprocess, or externally by any client that might be interested in finding, accessing, interoperating, or reusing it. This paper addresses a systematic literature review to analyze the current principles, paradigms, and technologies that can be applied to enable discovering and reusing mechanisms in modern software systems, and how traditional and outdated approaches have been adapted to support present issues. From this analysis, we outlined the challenges and open research lines that can be addressed to achieve a suitable reuse strategy.

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Section: Intelligencementioning

confidence: 99%

Reusability and discovery models in software systems: a systematic literature review.

Criado¹,

Iribarne²

2022

JOT

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“…For the constrained network, solutions of discovery can be considered as distributed and centralized for the IoT environment [19]. The discovery servers can be deployed for the large-scale distributed system that has multiple systems to handle the network where the server is deployed [20]. This fully distributed architecture can support an efficient discovery approach in low power and lossy networks such as the CoAP network [21,22].…”

Section: Related Workmentioning

confidence: 99%

Consistent Registration and Discovery Scheme for Devices and Web Service Providers Based on RAML Using Embedded RD in OCF IoT Network

Jin

Kim

2018

Sustainability

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The Internet of Things (IoT) is comprised of connected devices which are equipped with sensors, actuators, and applications to provide services for enabling those objects to connect and exchange data. For these connected devices and the IoT network environment, heterogeneous protocols and frameworks have been published and applied to provide novel IoT services in our daily life. On the Internet, most of the services are provided by existing web service providers which are based on the high-performance processor, storage, and stable power supply. However, devices of the IoT are developed for constrained environments using the small size of equipment to provide seamless services ubiquitously. For accessing the constrained devices and existing web service providers using the clients in the IoT networks such as smart homes, the services of servers from the devices and web service providers shall be discovered by the clients using a consistent discovery service. In this paper, a consistent registration and discovery scheme is proposed for the devices and web service providers in the Open Connectivity Foundation (OCF)-based IoT network. For supporting the proposed scheme, an embedded resource directory (RD) server is proposed to provide a consistent registration service that is used for publishing information of devices and web service providers. For the registration, a unified profile format is used that is based on the RESTful API Modeling Language to describes the information of devices and web service providers. Furthermore, the discovery service provides the consistent interface to discover the registered devices and web service providers by the client using the unified user interface. Accordingly, the client can access the resources of devices and web service providers based on the discovered information.Sustainability 2018, 10, 4706 2 of 17 existing services are developed for the hypertext transfer protocol (HTTP)-based web service provider (WSP) on the Internet [4]. However, the IoT frameworks prefer the IoT-specific protocols such as constrained application protocol (CoAP), message queuing telemetry transport (MQTT), and other communication implementations based on those protocols [5]. The IoT system shall support the HTTP-based existing services of WSPs as well as support the constrained and novel IoT-specific protocols. For accessing those massive number of devices in various protocols, the directory service is needed to provide a consistent service to discover the information of objects in the network.In the IoT network, the directory service enables things to be discovered. The functionality of the directory service supports the information of IoT devices to be stored and retrieved [6]. The resource directory (RD) is a server that provides a set of services for enabling the services of discovery in the network where the RD is deployed [7]. The registration and discovery services are the main features of the RD, which are used for registering the information of services to the directory and providing the di...

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A Dynamic Model to enhance the Distributed Discovery of services in P2P Overlay Networks

Boukhadra

Benatchba

Balla

2016

Intelligent Distributed Computing X

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Efficient distributed discovery and composition of OWL-S process model in P2P systems

Cited by 9 publications

References 37 publications

Reusability and discovery models in software systems: a systematic literature review.

Reusability and discovery models in software systems: a systematic literature review.

Consistent Registration and Discovery Scheme for Devices and Web Service Providers Based on RAML Using Embedded RD in OCF IoT Network

A Dynamic Model to enhance the Distributed Discovery of services in P2P Overlay Networks

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