Estimation of measurement uncertainty in chemical analysis

8. Overview of measurement uncertainty estimation approaches

Brief summary: In this section an overview is given about the main types of approaches that can be used for estimation of measurement uncertainty.

Overview of the approaches for estimating measurement uncertainty
http://www.uttv.ee/naita?id=17704

https://www.youtube.com/watch?v=Ed8S8KN1GlU

Course introduction
1. The concept of measurement uncertainty (MU)
- Self-test 1
2. The origin of measurement uncertainty
- Self-test 2
3. The basic concepts and tools
4. The first uncertainty quantification
5. Principles of measurement uncertainty estimation
6. Random and systematic effects revisited
- Self-test 6
7. Precision, trueness, accuracy
- Self-test 7
8. Overview of measurement uncertainty estimation approaches
- Self-test 8
9. The ISO GUM Modeling approach
10. The single-lab validation approach
11. Comparison of the approaches
- Self-test 11
12. Comparing measurement results
13. Additional materials and case studies
14. Tests and Exercises
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Estimation of measurement uncertainty in chemical analysis

8. Overview of measurement uncertainty estimation approaches

Overview of the approaches for estimating measurement uncertainty http://www.uttv.ee/naita?id=17704

Overview of the approaches for estimating measurement uncertainty
http://www.uttv.ee/naita?id=17704