Numerical Linear Algebra
Notes
Practical matrix computations and numerical realities.
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Practical matrix computations and numerical realities.
Broad coverage of numerical algorithms in science and engineering. Classic cross-topic numerical algorithms.
Definitive reference on modern ODE solvers and stiff systems.
Three approaches to computing derivatives, forward-mode AD, reverse-mode AD, and finite differences, each with different trade-offs for numerical computing and machine learning.
Numerical integration meets generic programming. By requiring only ordered field operations, the quadrature routines work with dual numbers, giving you differentiation under the integral for free.
Choosing step size h for finite differences: small enough for a good approximation, not so small that floating-point errors eat your lunch.
This is a problem set for STAT 575 - Computational Statistics at SIUe. These problem sets were given by Dr. Qiang Beidi, a professor in the Department of Mathematics and Statistics at Southern Illinois University Edwardsville (SIUe) during the Summer …