A Reverse Engineering Approach for the Web Service Modeling Ontology Specifications

Bouhissi, Houda El; Malki, Mimoun; Bouchiha, Djelloul

doi:10.1109/sensorcomm.2008.126

Cited by 5 publications

(3 citation statements)

References 4 publications

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“…The main aspects that are to be addressed in our work, and are implicitly illustrated in this scenario are that of simplifying the process of modelling semantic service functionality using techniques such as the Eclipse Modelling Framework (EMF) [14]; seamless transformation of service model into partial semantic service functionality using converters such as UML2Java; manual and guided extension of service functionalities from partial translations, automatic generation of syntactic service descriptions, seamless translation of service descriptions into partial ontological specifications (e.g. WSDL2WSMO [15]), visual and/or textual building of domain ontologies for suppliers, and service ontologies for different services (e.g. product catalogue services) using for example Web Service Modelling Toolkit (WSMT [16]); visual and automatic annotation of services; and lastly intelligence wrapping of semantic services.…”

Section: Use-case Scenariomentioning

confidence: 99%

iSemServ: Towards the Engineering of Intelligent Semantic-Based Services

Mtsweni

Biermann

Pretorius

2010

Current Trends in Web Engineering

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The emergence of Semantic Web Services is stimulating the need for modern enterprises to efficiently and rapidly develop and deliver machineprocessable and machine-interpretable value-added services in order to automate a variety of tasks on the Web. However, semantic-based services are scarcely adopted and utilised as there are few real-life examples that demonstrate the possibilities and benefits of such services. Furthermore, there is a lack of service creation frameworks and technical platforms that purport to guide and promote simple, flexible, rapid, and unified engineering of semantic-based services. In addition, current semantic service platforms do not support the construction of semantic services that are intelligent beyond the application of ontologies. In this position paper, preliminary efforts that seek to address the challenges of simplifying and speeding-up the engineering process of intelligent semantic services are presented. The goal of the work presented in this paper is about providing service providers, designers, and consumers with simple, unified, and yet simple tools that can aid in the technical implementation of intelligent semantic-based services. The main contributions envisioned from this research is a conceptual service creation framework called iSemServ and a technological service creation platform, which is intended to simplify and support the phases of building intelligent semantic services in an integrated manner. The proposed research adopts a quantitative approach with the main focus on model-building, prototypes, laboratory experiments, and computer-based simulations.

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Section: Use-case Scenariomentioning

confidence: 99%

iSemServ: Towards the Engineering of Intelligent Semantic-Based Services

Mtsweni

Biermann

Pretorius

2010

Current Trends in Web Engineering

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“…The reversed engineering approach of the software re-engineering process is used to identify the system's components and their interrelationships to create representations of the system in another form of its design and specification [2]. In addition, the reverse engineering technique is widely used to reconstruct or recover design systems [13].…”

Section: Introductionmentioning

confidence: 99%

A New Reverse Engineering Approach to Convert Form Fill Format Document into UML Class Diagram

Muhairat¹,

Qader²

2014

IJSEA

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This paper propose a new reverse engineering approach to convert a form fill format document into a set of related tables that can be used to generate the entity relationship diagram. A relationship between the set of tables is generated. In addition, the entity relationship diagram will be converted into a UML class diagram. However, this approach will be very helpful for researchers and practitioners in Software Engineering field, since most of the reverse engineering approaches are based on source code. This approach is tested by using several word form fill format documents and the results show a high accuracy rates comparing with the forward engineering.

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“…The reverse engineering technique is widely used to reconstruct or recover design systems [13]. The reverse engineering is reconstruction or decomposing existing code, analyze it to start the redesign process through the use of UML notations where the class diagram is drawn to clarify the new system process flow.…”

Section: Introductionmentioning

confidence: 99%

Distributed Graphical User Interfaces to Class Diagram: Reverse Engineering Approach using Pattern Recognition

Qader¹,

Musa²

2013

IJSEA

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The graphical user interfaces of software programs are used by researchers in the soft-ware engineeringfield to measure functionality, usability, durability, accessibility, and performance. This paper describes areverse engineering approach to transformthe cap-tured images of the distributed GUIs into classdiagram. The processed distributed GUIs come from different and separate client computers. From thedistributed GUIs, the inter-faces are captured as images, attributes and functions are extracted andprocessed through pattern recognitions mechanism to be stored into several temporary tablescorresponding to each client’s graphical user interface. These tables will be analyzed and processed intoone integrated normalized table eliminating any attribute redundancies. Further, the normalized the oneintegrated table is to create a class diagra

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A Reverse Engineering Approach for the Web Service Modeling Ontology Specifications

Cited by 5 publications

References 4 publications

iSemServ: Towards the Engineering of Intelligent Semantic-Based Services

iSemServ: Towards the Engineering of Intelligent Semantic-Based Services

A New Reverse Engineering Approach to Convert Form Fill Format Document into UML Class Diagram

Distributed Graphical User Interfaces to Class Diagram: Reverse Engineering Approach using Pattern Recognition

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