Not for the moment. But you may have a look at Chapter 3 of the book: transp-or.epfl.ch/books/optimization/html/OptimizationPrinciplesAlgorithms2018.pdf
Some sources indeed swap the definition of "standard" and "canonical" forms. In the book and in the lectures, "standard" means equality constraints and non negativity constraints. "Canonical" means inequality constraints.
nice is not enough, this is a great tutorial
NICE TUTORIAL..
Thank you for this video. Do you have plans to make a corresponding video for feasible directions for nonlinear constraints?
Not for the moment. But you may have a look at Chapter 3 of the book: transp-or.epfl.ch/books/optimization/html/OptimizationPrinciplesAlgorithms2018.pdf
@4:40, isnt the equation in canonical form?
Some sources indeed swap the definition of "standard" and "canonical" forms. In the book and in the lectures, "standard" means equality constraints and non negativity constraints. "Canonical" means inequality constraints.