Measuring And Modeling By Examples: How Mathematical Functions Can Be Used (And Misused) To Describe The World
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A01=Koen Van De Moortel
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Applied Mathematics
Author_Koen Van De Moortel
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Calculus
Calibration
Category1=Non-Fiction
Category=PBKF
Category=PBWH
Causality
Chi Squared
Choosing A Model
COP=Singapore
Correlation
Cosh
Cosine
Cross-correlation
Cubic
Curve Fitting
Dagum
Data Analysis
Decay
Delivery_Pre-order
Distributions
eq_isMigrated=0
eq_isMigrated=2
eq_nobargain
Error Propagation
Experiment Design
Exponential
Extrapolation
Gauss
Gompertz
Goodness-of-Fit
Growth
Heteroskedasticity
Homographic
Interpolation
Iteration
Kendall-tau
Language_English
Least Squares
LinearNonlinear Regression
Logarithmic
Logistic
Lorentz
Mathematical Functions (Linear
Mathematical Modeling
Measurement Precision
Monte Carlo Methods
Multidirectional Regression
Orthogonal Regression
PA=Temporarily unavailable
Parameter Estimation
Parameterization
Pattern Recognition
Pearson-r
Periodicity
Polynomial
Power
Prediction
Price_€50 to €100
Problem Solving
PS=Forthcoming
Quadratic
Quantification
Rational
Research Methodology
Residuals
Simulation
Sine
softlaunch
Statistics
Tangent
Tanh)
Theory Testing
Transformations
Weibull
Weighted Regression
Product details
- ISBN 9789811296765
- Publication Date: 22 Jan 2025
- Publisher: World Scientific Publishing Co Pte Ltd
- Publication City/Country: SG
- Product Form: Hardback
- Language: English
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This book starts with an anthology of mathematical functions that can be useful to describe phenomena that occur in the world we see, and how their features can be adjusted by changing their parameters. Then we have a look at the art of measuring and quantifying the world, and how to do this most efficiently and precisely.The most important part is about finding the "pattern" in the measurements: a mathematical function that "fits" with the data. This can be chosen according to several criteria, and using different algorithms, for example the new "multidirectional least squares regression". The last part shows many real life examples in various fields of science: experiments and their analyses.
