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Tal Galili's user avatar
Tal Galili's user avatar
Tal Galili's user avatar
Tal Galili
  • Member for 14 years, 9 months
  • Last seen more than a month ago
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How do you call a linear programming problem when the solution should be "constrained" to a norm?
@MarkL.Stone - I think I'll go hide under my blanket now. How embarrassing :D (Thanks <3 )
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How do you call a linear programming problem when the solution should be "constrained" to a norm?
I just don't see how the software allows for larger-equal sign. Oh well, I'll see what I can do...
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How do you call a linear programming problem when the solution should be "constrained" to a norm?
Thanks. Any pointers for how to do this? When I look at wikipedia and software implementations they seem to require " A^T b >= b0". How then do I create a constraint that does "Ca = d"?
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How do you call a linear programming problem when the solution should be "constrained" to a norm?
I'm fine that a could be 0. Thanks for the response. So Ca=d is the equations I wrote above?
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A one dimensional fractal like set with the same line width within a bounded area?
Dear @PerAlexandersson - thank you for the answer. I like your construction, is there a way to prove (or reference) that this is a cantor set?
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A one dimensional fractal like set with the same line width within a bounded area?
I created a picture of the set. Is there a reference I can use? (I'm not sure why I should call it a cantor-set)
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How to compare two cluster solutions ?
Is it not said that all of math borders on philosophy?
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