Search for dissertations about: "Henrik Nyberg"
Showing result 1 - 5 of 6 swedish dissertations containing the words Henrik Nyberg.
-
1. Birth and Death Processes in Random Environments
Abstract : This thesis treats birth and death processes in random environments. They are modelled by Markov processes in Z+2, where the first component represents the object of interest, the "birth and death process", and the second component represents the random environment which is assumed to be a time homogeneous Markov process in its own right. READ MORE
-
2. Garnishing the smorgasbord of pharmacometric methods
Abstract : The smorgasbord of methods that we use within the field of pharmacometrics has developed steadily over several decades and is now a well-laid-out buffet. This thesis adds some garnish to the table in the form of small improvements to the handling of certain problems. READ MORE
-
3. Exploring the Hidden Dimensions of Distraction in Adults with Atypical Attention
Abstract : Inattention and proclivity for distraction are symptoms of adult ADHD that hamper productivity in study and work environments. The topic of this dissertation is mechanisms of distraction and facilitation of attention in ADHD. This thesis includes three studies. READ MORE
-
4. A Nordic Perspective on Data Availability for Quantification of Losses due to Natural Hazards
Abstract : Natural hazards cause enormous amounts of damage worldwide every year. Since 1994 more than 1.35 billion people have lost their lives and more than 116 million homes have been damaged. Understanding of disaster risk implies knowledge about vulnerability, capacity, exposure of persons and assets, hazard characteristics and the environment. READ MORE
-
5. Risk assessment of natural hazards : Data availability and applicability for loss quantification
Abstract : Quantitative risk assessments are a fundamental part of economic analysis and natural hazard risk management models. It increases the objectivity and the transparency of risk assessments and guides policymakers in making efficient decisions when spending public resources on risk reduction. READ MORE