Sökning: "validation methodology"
Visar resultat 21 - 25 av 178 avhandlingar innehållade orden validation methodology.
21. Anskaffning av standardsystem för att utveckla verksamheter - Utveckling och prövning av SIV-metoden : Acquisition of Application Packages for Developing Business Activities - Development and Validation of the SIV method
Sammanfattning : Anskaffning av programvara kan ses som en möjlighet att utveckla ett företag och dess affärsverksamhet. Det finns idag ett stort utbud av standardiserade programvaror att välja emellan. Sådana produkter brukar i dagligt tal kallas för standardsystem. LÄS MER
22. The construction, analysis and validation of mechanistic mathematical models of protein kinetics in the context of replicative ageing in budding yeast
Sammanfattning : Mathematical modelling constitutes a forceful tool for elucidating properties of biological systems. Using theoretical approaches in combination with experimental techniques it is possible to study specific molecular aspects of phenomena such as the ageing of human beings. LÄS MER
23. A Methodology for Automation of Mechanized Forest Regeneration
Sammanfattning : High quality forest regeneration is typically performed by a combination of site preparation through mounding and deep planting. These operations are performed either by mounders with subsequent manual planting, or by mechanized tree planting devices that creates mounds and, simultaneously, plant seedlings. LÄS MER
24. Development of a methodology for lessons learned practice : From post-project learning to continuous process-based learning
Sammanfattning : Product development involves a set of complex problem-solving activities. Their effectiveness depends on how well companies share learnings from one problem-solving experience to another. LÄS MER
25. Fundamentals of a Methodology for Predictive Design Analysis
Sammanfattning : The rapid development of computer-based design analysis tools and methods such as the finite element method (FEM) within computational structural mechanics (CSM), computational fluid dynamics (CFD), and multi-body systems (MBS) during recent decades has fundamentally changed the way in which products are designed and developed. Among the many advantages observed in industrial practice, one can mention improved understanding of product properties and behavior, the possibility to optimize critical design parameters and to optimize parts as well as the entire product at a system level, the possibility to explore a design space during the synthesis activity, and a decrease of the need for physical testing and thus of the number of physical prototypes needed. LÄS MER