Arabic Support in Semantic Web Technologies

Table of Contents

Abstract3

Introduction4

Related Work6

Task Difficulties7

Three Dimensions for Comparing Semantic Web Technologies9

Language Suuport9

Techniques Used10

Semantic Search Capabilities11

Comparative Analysis of Semantic Web Tools12

The Classical paradigm13

The Datalog paradigm16

Conclusions and Future Work17

References19

Abstract

Since the advent of the Semantic Web in the late 90's, numerous Web submissions were conceived to advantage from the capabilities suppin three dimentions like the language support, (2) the techniques used, and the (3) semantic search capabilities lied by Semantic Web technologies. These capabilities encompass smart reasoning over facts and numbers, semantic search and facts and numbers interoperability. However, most Semantic Web technologies are dedicated to processing Latin family scripts, therefore, an clear-cut need of Arabic script support in these technologies kept the study in the Semantic Web for the Arabic dialect untackled. This paper accounts on a navigate trial to check the support of Arabic in some of the existing Semantic Web devices, and examines the trials and possibilities came across when applying Arabic Semantic Web applications.

Introduction

These machine-interpretable descriptions permit more smart programs schemes to be in writing, automating the investigation and exploitation of web-based information. Software agencies will be adept to conceive mechanically new services from currently released services, with possibly gigantic significances for forms of e-Business. Semantic Web Technologies presents a comprehensive overview of key semantic information technologies and research. The authors interpret (semi-)automatic ontology lifetime and metadata extraction in deepness, along with ontology administration and mediation. Further sections analyze how Semantic Web expertise is being directed in information administration (Semantic Information Access) and in the next lifetime of Web services. Semantic Web Technologies: Provides a comprehensive exposition of the state-of-the art in Semantic Web study and key technologies. Discusses ontology administration and evolution, covering ontology change detection and propagation, ontology dependency and mediation? Illustrates the theoretical notions with three case investigations on developed submissions in digital libraries, the lawful part and the telecommunication industry. Graduate and sophisticated undergraduate scholars, learned and developed investigators in the area will all find Semantic Web Technologies an absolutely crucial direct to the technologies of the Semantic Web.

There is actually a gigantic capacity of biomedical and genomic facts and numbers Internet-available [1]. However, facts and numbers are circulated into heterogeneous biological facts and numbers causes, with little or even no one data organisation. Therefore, integration and exchange of facts and numbers inside and amidst organisations is a unanimously identified need in bioinformatics [2]. One of the foremost obstacles for integration efforts in bioinformatics is that applicable data is broadly circulated, both over the Internet and inside one-by-one organisations. Besides, it can be discovered in a kind of storage formats, encompassing organised and semi-structured ones.

The Semantic Web presents a widespread structure that endows for facts and numbers integration, distributing and reuse from multiple sources. Particularly, the use of ontology's for domain information representation can help bioinformatics in explaining the heterogeneity problem. On the other hand, goal-driven architectures and service-based, loosely-coupled infrastructures have verified to be very helpful when considering with facts and numbers and functionality integration from distinct and disparate ...