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Super nice derivation of the matrix from Lagrange. Thank you!
Highly underrated
Why is it underated ? What make this video stand out ?
Clear explained 👍
Great video. Thank you
h is linear or nonlinear?
It is explained at 8:00 but it's not very clear.
@@blxc1shcr10 nonlinear, but he makes a linear approximation for h
@@matthewjames7513 so can it be used for non linear ?
@@englishvinglish3335 This method is capable of solving a nonlinear optimization problem subject to nonlinear equality constraints. h(x) is a set of equality constraints. For exampleh1(x) = sqrt(x1*x2) = 0h2(x) = e^x1 = 0
Super nice derivation of the matrix from Lagrange. Thank you!
Highly underrated
Why is it underated ? What make this video stand out ?
Clear explained
👍
Great video. Thank you
h is linear or nonlinear?
It is explained at 8:00 but it's not very clear.
@@blxc1shcr10 nonlinear, but he makes a linear approximation for h
@@matthewjames7513 so can it be used for non linear ?
@@englishvinglish3335 This method is capable of solving a nonlinear optimization problem subject to nonlinear equality constraints. h(x) is a set of equality constraints. For example
h1(x) = sqrt(x1*x2) = 0
h2(x) = e^x1 = 0