Earticle

초록

영어

The strategic and contemporary importance of e-governance has been recognized across the world. In India too, various ministries of Govt. of India and State Governments have taken e-governance initiatives to provide e-services to citizens and the business they serve. To achieve the mission objectives, and make such e-governance initiatives successful it would be necessary to improve the trust and confidence of the stakeholders. It is assumed that the delivery of government services will share the same public network information that is being used in the community at large. In particular, the Internet will be the principal means by which public access to government and government services will be achieved. To provide the security measures main aim is to identify all possible threats and vulnerabilities according to the data locations and then according to the models of Nath’ approach. Based on this analysis, the security requirements of the data and the applications have been formulated in the form of security parameters like confidentiality, integrity and availability. This analysis leads to the security architecture of the specific G2C application.

목차

Abstract
 1. Introduction
 2. Various Information Security Threats and Vulnerabilities
  2.1 Client End Threats
  2.2. Communication Channel Threats:
  2.3. Server end Threats:
 3. Previous work
  3.1. Broadcasting Model
  3.2. Critical Flow Model
  3.3. Comparative Analysis Model
  3.4. E-advocacy Model
  3.5. Interactive Model
 4. Our Work and Analysis
  4.1. Broadcasting Model
  4.2. Critical Flow Model
  4.3. Comparative Analysis Model
  4.4. E-advocacy Model
  4.5. Interactive Model
 5. Conclusion
 6. References

키워드

G2C Broadcasting model Critical flow model Comparative analysis model E-advocacy model Interactive model confidentiality integrity availability authentication non-repudiation egovernance

저자

• Shilpi Saha [ Computer Science and Engineering Department, Heritage Institute of Technology ]
• Debnath Bhattacharyya [ Department of Multimedia, Hannam University ]
• Tai-hoon Kim [ Department of Multimedia, Hannam University ] Corresponding Author
• Samir Kumar Bandyopadhyay [ Department of Computer Science and Engineering, University of Calcutta ]

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