Informatics Publishing Limited

N. RajKumar ¹, Viji Vinod ¹

Affiliations
1 Department of Computer Applications, Dr. MGR Educational and Research Institute University, Chennai-600 095, IN

Abstract

Background/Objectives: Schools for the disabled are distributed across countries the world over and it is vital for all schools to share information equally to integrate their systems for effective research and an effective learning system. An academician or a student in need of information from these schools can simply do research on the learning system of various people with multiple disabilities. This research work is aimed toward integration of information systems of schools across countries via a service bus. Methods: A centralized service bus was accustomed to facilitate the ability of applications across platforms and enhance communication at intervals in the school infrastructure enabling atmosphere for the brand new layer of abstractions to be accessories without modifying the complete system. Conclusions: Concepts of service oriented architecture with web services was used for speedy integration, resolution in determining the challenges faced throughout the integration of multiple incompatible applications.

Keywords

Information, Integration, School for the Disabled, Service Bus, SOA, Web Services

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B. Gohin ¹, Viji Vinod ¹

Affiliations
1 Department of Computer Applications, Dr. MGR Educational and Research Institute University, Chennai-95, Tamil Nadu, IN

Abstract

Accessibility of government web sites is a very important issue for inclusion of disabled people to be able to fully utilize a variety of government services and information. In this paper, we have a tendency to examine the degree of inaccessibility for a spread of e-government sites in India. The majority of websites failed to meet either legal necessities or business guidelines in providing absolutely accessible government sites. This research is intended to provide an in-depth evaluation of the e-governance sites of India's central government based on the web content accessibility (WCA) guidelines provided by W3C (World Wide Web Consortium). Based on the WCA Guidelines, we have studied and calculated each individual e-governance site of the central government. The results indicate that the governmental websites in general have many drawbacks . In light of these research findings, this paper offers a number of levels to improve the “Cloud Based SaaS” design practices in India that may also apply to public organizations in general and disability community people can also access the services easily.

Keywords

Cloud Computing, E-Governance, SaaS, Accessibility, Disabilities, W3C, WCA.

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N. Rajkumar ¹, Viji Vinod ¹

Affiliations
1 Department of Computer Applications, Dr. MGR Educational and Research Institute University, Chennai - 95, Tamilnadu, IN

Abstract

Semantics web approaches attempt to get the interoperability and communication among technologies and organizations. Even so, typically it‟s forgotten that the web should be helpful for each user, so it's necessary to integrate tools and techniques doing semantic web accessible. Accessibility and usefulness are two; joined ideas wide employed in web application development, but then they are totally different. Usability means the way the ease of use web site but accessibility is sensible to use the opportunity. For the first one, there are several well-tried approaches in real cases. However, accessibility field needs a deeper analysis that may create possible accessible to disabled people and conjointly the access to novel non-disable people because of the price to alter and keep up accessible applications. In this paper, we tend to propose a design to realize the accessibility in web-environments handling the WAI accessibility customary and the Universal style method. This design tries to manage the accessibility in web application development life-cycle following a technique ranging from a semantics abstract model and leans on description languages and controlled vocabularies.

Keywords

Semantic Web, Usability, Accessibility, WAI, Universal Style Method, Semantics Abstract Model.

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