This decision analysis was compiled in order to qualitatively and quantitatively assess the different possible potassium iodide (KI) distribution methods for a hypothetical local region. The possibility of the release of radioactive iodine caused by nuclear accidents or terrorist actions makes it crucial to come up with the best distribution methods of KI in order to protect people against thyroid cancer.
Table of content
Table register
Illustration register
Abbreviation register
1. Introduction
2. Potassium Iodide (KI)
3. Background
3.1. Chernobyl nuclear power plant
3.2. Latest nuclear accident in Fukushima
4. Multiple-objective decision analysis for terrorism protection - key insights and main goals
5. Multiple-objective decision analysis process
5.1. Decision Analysis in general
5.2. Multiple-objective decision analysis in general
5.3. Multiple-objective decision analysis for KI distribution
5.3.1. Characteristics ofthe decision problem
5.3.2. Objectives Hierarchy
5.3.3. Single-Attribute Value Functions
5.3.4. Weighs of the objectives
5.3.5. Value gaps
5.3.6. Alternatives
5.3.7. Evaluation and decision
6. Sensitivity Analysis
6.1. Sensitivity analysis in general
6.2. Tailor made analysis to specific contexts
6.3. One-Way Sensitivity Analysis
6.4. Two-Way Sensitivity Analysis
7. Decision under uncertainty: A decision tree model
8. Similar studies
9. Conclusion
List of book references
List of internet references
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