Uncertainty
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QMSys GUM Educational v.4.7
The QMSys GUM Educational is a program used to analyze the uncertainty of physical measurements and calibrations. The software uses the uncertainty propagation (GUM) method to calculate the measurement uncertainty. Free for educational purposes!
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QMSys GUM Standard v.4.9
The QMSys GUM Standard offers calculation of measurement uncertainty for linear and nonlinear models with symmetric distribution of the output quantities according to GUM Uncertainty Framework.
QMSys GUM Professional v.4.9
The QMSys GUM Professional is a software for analysis of the measurement uncertainty of physical measurements, chemical analysis and calibrations.
QMSys GUM Enterprise v.4.9
QMSys GUM Enterprise is a comprehensive software tool for analysis of the measurement uncertainty of physical measurements, chemical analyses and calibrations.
FormsAssistant
FormsAssistant is a Microsoft Word add-in that takes the work and uncertainty out of creating and filling in business forms. Working from within the familiar Microsoft Word interface, FormsAssistant makes it easy to create new forms, modify existing ones,
PowerForms
PowerForms is a Microsoft PowerPoint add-in that takes the work and uncertainty out of creating and filling in standard PowerPoint presentations. Working from within the familiar Microsoft PowerPoint interface, PowerForms makes it easy to create new
Unicorn v.5 20
The 'Uncertainty analysis with Correlations' (UNICORN) is a software tool, implementing staff research work on dependence modeling for high dimensional distributions.
MCM Alchimia v.1.0
MCM Alchimia is the new unexpensive solution to perform Monte Carlo simulations applied to analytic assays measurement.
SWAT Editor v.2. 1. 2005
SWATeditor is a companion software to ArcSWAT. SWATeditor reads the project database generated by ArcSWAT interface to edit swat input files, execute SWAT, perform sensitivity, autocalibration and uncertainty analysis.
CollegeScientificCalculator36 v.1.0.1.4
This calculator follows classical approach when uncertainty of f(x) calculation is estimated by formula max|(derivative(f))|*|x*uncertainty(x)|, where maximum of function derivative is considered on interval [x-uncertainty(x), x uncertainty(x)].
CompactScientificCalculator45 v.1.0.0.7
This calculator follows classical approach when uncertainty of f(x) calculation is estimated by formula max|(derivative(f))|*|x*uncertainty(x)|, where maximum of function derivative is considered on interval [x-uncertainty(x), x uncertainty(x)].