Suchergebnisse

Security of e-projecting a surveying structure systems does not just depend on the democratic protocol1 or the software used yet concerns the whole system with every one of its components. To guarantee security a widely inclusive methodology, which considers all pieces of an especially complex system, ought to be chosen. The security of an election system can't be ensured unless every single element and its security related characteristics, interfaces to other elements, and their effect on the whole system are examined. This paper presents the E-Voting System Security Optimization method, which is based on such a methodology and was developed to evaluate the security of e-projecting a voting structure systems. This method brings up security defects, shows security advancement potential, and can be used to compare different election systems. The methodology differs from other approaches to the extent that it uses a comprehensive methodology, visualizes the security circumstance of an e-projecting a surveying structure system clearly, and shows its potential for improvement.