Quantitative Microbial Risk Assessment Institute HandbookThis chapter provides a review of concepts from probability and statistics that are useful for risk assessment. It begins with a review of probability density distribution functions, then covers how these functions are used as models for variability and uncertainty in risk assessment, describes how these functions are fit to it particular cases by estimating parameters, and describes one method, bootstrapping, for quantifying uncertainty in these parameter estimates
USES, the Uniform System for Evaluation of Substances, is a decision-supporting tool, that can be us...
AbstractObjectiveIn model-based health economic evaluation, uncertainty analysis is often done using...
This book is about the formulations, theoretical investigations, and practical applications of new s...
A framework using maximum likelihood estimation (MLE) is used to fit a probability distribution to a...
In recent years, we have seen a diverse range of crises and controversies concerning food safety, an...
Free to read Modern statistical models and computational methods can now incorporate uncertainty of ...
This chapter describes various methods for reduction of uncertainties in the determination of charac...
Derivation of Probability Distributions for Risk Assessment Risk assessment is more and more widely ...
Quantitative Microbial Risk Assessment (MRA) uses models to describe real-world systems (e.g. the pa...
International audienceExplores methods for the representation and treatment of uncertainty in risk a...
Environmental risk assessment is an essential element in any decision-making process in order to mi...
The aim of quantitative microbiological risk assessment is to estimate the risk of illness caused by...
This paper is aimed to candidate the use of an ISO standard procedure (Guide to the Expression of Un...
Dfarg&al001International audienceParameter uncertainty is a major aspect of the model-based estimati...
This thesis was realized as part of the EU integrated project SAFE FOODS, the overall objective of w...
USES, the Uniform System for Evaluation of Substances, is a decision-supporting tool, that can be us...
AbstractObjectiveIn model-based health economic evaluation, uncertainty analysis is often done using...
This book is about the formulations, theoretical investigations, and practical applications of new s...
A framework using maximum likelihood estimation (MLE) is used to fit a probability distribution to a...
In recent years, we have seen a diverse range of crises and controversies concerning food safety, an...
Free to read Modern statistical models and computational methods can now incorporate uncertainty of ...
This chapter describes various methods for reduction of uncertainties in the determination of charac...
Derivation of Probability Distributions for Risk Assessment Risk assessment is more and more widely ...
Quantitative Microbial Risk Assessment (MRA) uses models to describe real-world systems (e.g. the pa...
International audienceExplores methods for the representation and treatment of uncertainty in risk a...
Environmental risk assessment is an essential element in any decision-making process in order to mi...
The aim of quantitative microbiological risk assessment is to estimate the risk of illness caused by...
This paper is aimed to candidate the use of an ISO standard procedure (Guide to the Expression of Un...
Dfarg&al001International audienceParameter uncertainty is a major aspect of the model-based estimati...
This thesis was realized as part of the EU integrated project SAFE FOODS, the overall objective of w...
USES, the Uniform System for Evaluation of Substances, is a decision-supporting tool, that can be us...
AbstractObjectiveIn model-based health economic evaluation, uncertainty analysis is often done using...
This book is about the formulations, theoretical investigations, and practical applications of new s...