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L-M is for nonlinear least squares specifically, not nonlinear optimization generally |
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== Functions vs. Values ==
The article really doesn't make clear that the L-M algorithm is for solving nonlinear least squares problems, not the more general class of nonlinear optimization problems. In fact, the introduction gives the impression that the L-M algorithm is used to solve general nonlinear optimization problems, which is not true.
== Functions vs. Values ==
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