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Thank you so much for sharing this!
Best,
Jamel
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Thank you so much Ahmed, very nice comment.
Sure UB = [Lambda] UN not [Lambda]UN (I don’t use
I agree with you, that’s a very good way to minimize the loss function. The idea was to show intermediate steps for teaching purposes.
Let me ask you a question, why did you include [[2]] in the following expression:
p/.FullSimplify[Minimize[{L,\[Lambda]<1},p]][[2]]
Best,
Jamel
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The idea was to show intermediate steps for teaching purposes.
Yep, I thought that too. Very clear and easy to understand.
Minimize[ ] gives its output in the form of
{minimum value of the objective function, p->minimizing value of the variable}
So I have to choose the second part ([[2]]) of the output, then apply p/. to extract the value of p that makes L minimum.
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Thank you so much, Ahmed!
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