Peer-reviewed open-access journal
published since 1998 by Procon Ltd.

Volume

ISIJ 53: Enhanced Collaboration for Cyber Security and Resilience

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Reviewed article

Design Secure E-voting Scheme

Omar Hnaity

How to cite:

Omar Hnaity

"Design Secure E-voting Scheme"

Department Of Computer Science, Faculty of information technology,

Master in Computer Science,

(2008):

Authors:

Omar Hnaity

Source:

Department Of Computer Science, Faculty of information technology,

Volume: Master in Computer Science,

(2008)

Publisher:

Middle East University

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References

Chou-Chen Yang, Ching-Ying Lin, Hung-Wen Yang

"Improved Anonymous Secure e-Voting over a Network."

Information & Security: An International Journal

15,

no. 2

(2004):

181-195.

Field of application

Concepts and Implementation

Policy, strategy and doctrine

Technologies

C4ISR

Architectures

Modelling and Simulation

OR & Systems Analysis

Cryptography

Data mining

Deep Learning & AI

Emerging Technologies

ISIJ 53: Enhanced Collaboration for Cyber Security and Resilience

Design Secure E-voting Scheme

The C-factor in the Cybersecurity Equation: The Importance of Student Cybersecurity Competitions

On Inequalities Bounding Imprecision and Nonspecificity Measures of Uncertainty

On the Effectiveness of Measures of Uncertainty of Basic Belief Assignments

Blockchain in Agriculture

Design Secure E-voting Scheme

Authors:

Source:

Publisher:

Field of application

Concepts and Implementation

Technologies