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rbmatlab 0.10.01
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Global projected Levenberg-Marquard method. More...
Go to the source code of this file.
Functions | |
| function [
xnew , resnorm , residual , exitflag , output , tempsols ] = | gplmm ( funptr, x0, params) |
| Global projected Levenberg-Marquard method. | |
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function
jac_comp = | gplmm>computed_jacobian ( jac_test, X, fun) |
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function [
OK , ok_mat ] = | gplmm>check_jacobian ( Utest, fun, jac_test, epsilon) |
Global projected Levenberg-Marquard method.
Definition in file gplmm.m.
| function [ xnew , resnorm , residual , exitflag , output , tempsols ] = gplmm | ( | funptr, | |
| x0, | |||
| params | |||
| ) |
Global projected Levenberg-Marquard method.
| funptr | funptr |
| x0 | x0 |
| params | params |
| xnew | xnew |
| resnorm | resnorm |
| residual | residual |
| exitflag | exitflag |
| output | output |
| tempsols | tempsols |
TolRes — TolRes TolChange — TolChange HessFun — HessFun Px — Px mu — the parameter vector
. It should only be set via the function set_mu. debug — flag indicating wether debug output shall be turned on gamma — gamma rho — rho armijo_p — armijo p TolLineSearch — TolLineSearch sigma — sigma beta — beta maxIter — maxIter TolFuncCount — TolFuncCountiterations — iterations funcCount — funcCount stepsize — stepsize firstorderopt — firstorderopt resmax — resmax
1.7.4