Abstract
The new method of function minimization is developed. Its main features are considered. It is possible minimization of regular function with the arbitrary structure. For {chi}{sup 2}-like function the usage of simplified second derivatives is possible with the control of correctness. The constraints of arbitrary structure can be used. The means for fast movement along multidimensional valleys are used. The method is tested on real data of K{sub {pi}2} decay of the experiment on rare K{sup -}-decays. 6 refs.
Citation Formats
Kurbatov, V S, and Silin, I N.
New method for minimizing regular functions with constraints on parameter region.
JINR: N. p.,
1993.
Web.
Kurbatov, V S, & Silin, I N.
New method for minimizing regular functions with constraints on parameter region.
JINR.
Kurbatov, V S, and Silin, I N.
1993.
"New method for minimizing regular functions with constraints on parameter region."
JINR.
@misc{etde_10136866,
title = {New method for minimizing regular functions with constraints on parameter region}
author = {Kurbatov, V S, and Silin, I N}
abstractNote = {The new method of function minimization is developed. Its main features are considered. It is possible minimization of regular function with the arbitrary structure. For {chi}{sup 2}-like function the usage of simplified second derivatives is possible with the control of correctness. The constraints of arbitrary structure can be used. The means for fast movement along multidimensional valleys are used. The method is tested on real data of K{sub {pi}2} decay of the experiment on rare K{sup -}-decays. 6 refs.}
place = {JINR}
year = {1993}
month = {Dec}
}
title = {New method for minimizing regular functions with constraints on parameter region}
author = {Kurbatov, V S, and Silin, I N}
abstractNote = {The new method of function minimization is developed. Its main features are considered. It is possible minimization of regular function with the arbitrary structure. For {chi}{sup 2}-like function the usage of simplified second derivatives is possible with the control of correctness. The constraints of arbitrary structure can be used. The means for fast movement along multidimensional valleys are used. The method is tested on real data of K{sub {pi}2} decay of the experiment on rare K{sup -}-decays. 6 refs.}
place = {JINR}
year = {1993}
month = {Dec}
}