Prominence Science with ATST Instrumentation

Instrumentation issues in implementation science

BACKGROUND Like many new fields, implementation science has become vulnerable to instrumentation issues that potentially threaten the strength of the developing knowledge base. For instance, many implementation studies report findings based on instruments that do not have established psychometric properties. This article aims to review six pressing instrumentation issues, discuss the impact of ...

Modelling asymmetric similarity with prominence.

This paper introduces and discusses a geometrically based model, the relative prominence model, which is inspired by Tversky's finding that a factor behind asymmetric similarity seems to be 'relative prominence'. The model proposes that the experienced directed similarity from I to J is proportional to some symmetric similarity measure between I and J, and the quotient between the 'prominences'...

Deconvolution in High-Energy Astrophysics: Science, Instrumentation, and Methods

In recent years, there has been an avalanche of new data in observational high-energy astrophysics. Recently launched or soon-to-be launched spacebased telescopes that are designed to detect and map ultra-violet, X-ray, and γ-ray electromagnetic emission are opening a whole new window to study the cosmos. Because the production of high-energy electromagnetic emission requires temperatures of mi...

A White Paper outlining science and scope of instrumentation

on some bayesian statistical models in actuarial science with emphasis on claim count

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