Search results for "Statistical thinking"

showing 3 items of 3 documents

Building a statistical surveillance dashboard for COVID-19 infection worldwide

2020

When a pandemic like the current novel coronavirus (COVID-19) breaks out, it is important that authorities, healthcare organizations and official decision makers, have in place an effective monitoring system to promptly analyze data, create new insights into problematic areas and generate actionable knowledge for fact-based decision making. The aim of this article is to describe an initial work focused on building a comprehensive statistical surveillance dashboard for the epidemic of COVID-19, which can be exploited also for future needs. We propose novel ways of exploring, analyzing and presenting data, using metrics that have not been used previously. We also show the steps necessary to b…

2019-20 coronavirus outbreakCoronavirus disease 2019 (COVID-19)Severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2)Dashboard (business)0211 other engineering and technologies02 engineering and technology01 natural sciencesIndustrial and Manufacturing Engineering010104 statistics & probabilitymultiple attribute decision-makingprocess monitoringPandemicHealth carestatistical process control0101 mathematicsSafety Risk Reliability and Quality021103 operations researchbusiness.industrySettore SECS-S/02 - Statistica Per La Ricerca Sperimentale E Tecnologicastatistical decision makingPublic relationsStatistical thinkingstatistical thinkingBusinessDecision analysisDecision analysiQuality Engineering
researchProduct

A Robustness Approach to Reliability

2012

Reliability of products is here regarded with respect to failure avoidance rather than probability of failure. To avoid failures, we emphasize variation and suggest some powerful tools for handling failures due to variation. Thus, instead of technical calculation of probabilities from data that usually are too weak for correct results, we emphasize the statistical thinking that puts the designers focus on the critical product functions. Making the design insensitive to unavoidable variation is called robust design and is handled by (i) identification and classification of variation, (ii) design of experiments to find robust solutions, and (iii) statistically based estimations of proper safe…

Engineeringbusiness.industryDesign of experimentsProbabilistic logicManagement Science and Operations ResearchStandard deviationReliability engineeringRobust designStatistical thinkingRobustness (computer science)Partial derivativeSafety Risk Reliability and QualitybusinessFailure mode and effects analysisQuality and Reliability Engineering International
researchProduct

An inquiry-based approach to Maxwell distribution: a case study with engineering students

2013

The concept of distribution is a fundamental component of statistical thinking. This paper describes a teaching approach for it that uses a specific activity related to the field of statistical mechanics. The concept of the velocity distribution of a particle system is dealt with using an inquiry-based approach involving an experimental examination of Maxwell’s distribution. Some outcomes of a teaching experiment held at the Faculty of Engineering of the University of Palermo, Italy are described.

PhysicsDistribution (number theory)Research in physics education Teaching methods and strategies Laboratory experiments and apparatus Laboratory course design organization and evaluationClassical statistical mechanicsSettore FIS/08 - Didattica E Storia Della Fisica05 social sciences050301 educationGeneral Physics and AstronomyStatistical mechanics01 natural sciencesMaxwell–Boltzmann distributionField (geography)symbols.namesakeTheoretical physicsStatistical thinkingComponent (UML)0103 physical sciencessymbolsMathematics education010306 general physics0503 educationEuropean Journal of Physics
researchProduct