Towards an XML Adaptation/Alteration Control Framework

Tekli, Gilbert; Fayolle, Jacques; Chbeir, Richard

doi:10.1109/iciw.2010.44

Cited by 4 publications

(3 citation statements)

References 19 publications

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“…The I/O are defined as XML Content Description trees (XCD-trees) [21] which are Ordered Labeled Trees (OLT) summarizing the structure of XML documents or XML fragments, or representing a DTD or an XML schema, in forms of tree views as shown in Fig. 5.…”

Section: Informal Definition Of the Xcdlmentioning

confidence: 99%

A visual programming language for XML manipulation

Tekli¹,

Chbeir²,

Fayolle³

2013

Journal of Visual Languages & Computing

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Section: Informal Definition Of the Xcdlmentioning

confidence: 99%

A visual programming language for XML manipulation

Tekli¹,

Chbeir²,

Fayolle³

2013

Journal of Visual Languages & Computing

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“…The I/O are defined as XML content description trees (XCD trees) (Tekli et al, 2010c) which are ordered labeled trees summarizing the structure of XML documents or XML fragments, or representing a DTD or an XML schema, in forms of tree views as shown in Figure 7. SD-functions are defined each as a CP-net with the inputs and outputs defined as places and represented graphically as circles filled with a single color each defining their types (e.g.…”

Section: Scalability; Andmentioning

confidence: 99%

XA2C: a framework for manipulating XML data

Tekli

Chbeir²,

Fayolle

2011

International Journal of Web Information Systems

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International audiencePurpose - XML has spread beyond the computer science fields and reached other areas such as, e-commerce, identification, information storage, instant messaging and others. Data communicated over these domains are now mainly based on XML. Thus, allowing non-expert programmers to manipulate and control their XML data is essential. The purpose of this paper is to present an XA2C framework intended for both non-expert and expert programmers and provide them with means to write/draw their XML data manipulation operations. Design/methodology/approach - In the literature, this issue has been dealt with from two perspectives: first, XML alteration/adaptation techniques requiring a certain level of expertise to be implemented and are not unified yet; and second, Mashups, which are not formally defined yet and are not specific to XML data, and XML-oriented visual languages are based on structural transformations and data extraction mainly and do not allow XML textual data manipulations. The paper discusses existing approaches and the XA2C framework is presented. Findings - The framework is defined based on the dataflow paradigm (visual diagram compositions) while taking advantage of both Mashups and XML-oriented visual languages by defining a well-founded modular architecture and an XML-oriented visual functional composition language based on colored petri nets allowing functional compositions. The framework takes advantage of existing XML alteration/adaptation techniques by defining them as XML-oriented manipulation functions. A prototype called XA2C is developed and presented here for testing and validating the authors' approach. Originality/value - This paper presents a detailed description of an XML-oriented manipulation framework implementing the XML-oriented composition definition language

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“…As a result, XML data are floating within and between different applications and systems all over the internet and intranets. Due to the huge amount of XML structured data being circulated, controlling XML data becomes imperative for various purposes and aims [Gilbert and Richard, (2010)]. The system must be semantic by the usage of XML based indexing and XQuery based searching [Fahim et al, (2004)] so that it become sociable to human and machine.…”

Section: Introductionmentioning

confidence: 99%

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2013

GJCS

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The purpose and the goal of the paper is using a semantic web and XML (the Extensible Markup Language) technologies for managing medical information during a diagnostic process is studied. Following a steady international move towards optimization of health care delivery, the latest development in information technology has drawn the health care industry decision makers' attention. The introduction of proper information technology innovations within the health care processes should provide the necessary optimization. In this manner can be proposed an approach to manage medical data during the whole diagnostic process using the semantic Web and XML technologies. The purpose of the Semantic Web is to bring structure to the content of Web pages allowing software agents to carry out intelligent tasks for the user. This opens a new set of opportunities that can be utilized to improve health care management on a personal and health care provider level.The aim of this paper in progress is to identify the needs and match them to the services possible with the Semantic Web. In this paper, presented an ontology-based framework that successfully combines both Semantic Web and XML technologies to enable the integrated access to biological data sources. The main goal is the seamless integration and application of these technologies in such a way that their deficiencies are over come and their utility maximized.

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Towards an XML Adaptation/Alteration Control Framework

Cited by 4 publications

References 19 publications

A visual programming language for XML manipulation

A visual programming language for XML manipulation

XA2C: a framework for manipulating XML data

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