Abstract
National security, public safety, Social economic security, lifestyle because of its importance Critical infrastructure plays a significant role in countries. Of infrastructures Depending on the importance, It is possible to prevent these risks from becoming incidents Risk analysis is essential. The main objective of this thesis is to provide a more secure, to build secure and highly resilient critical infrastructure, with the aim of overcoming the limitations of the traditional approach to operation and control is to present a developed framework. The proposed framework is for effects on value at risk Routine by introducing new parameters Extends RAMCAP (Risk Analysis and Management for Critical Asset Protection). The complexity of the problem and According to the inherent uncertainty, this research MCDM EDAS Adopts multiple criteria as a decision-making technique. Capacity of the model for risk ranking of critical infrastructures and to explain performance Case analysis is implemented. The proposed model shows significant improvement as compared to conventional RAMCAP.
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