ls_tpqa | R Documentation |
Three-point quadratic approximation (TPQA) local search implementation for the MOEA/D
ls_tpqa( Xt, Yt, W, B, Vt, scaling, aggfun, constraint, epsilon = 1e-06, which.x, ... )
Xt |
Matrix of incumbent solutions |
Yt |
Matrix of objective function values for Xt |
W |
matrix of weights (generated by |
B |
Neighborhood matrix, generated by |
Vt |
List object containing information about the constraint violations
of the incumbent solutions, generated by |
scaling |
list containing the scaling parameters (see |
aggfun |
List containing the aggregation function parameters. See
Section |
constraint |
list containing the parameters defining the constraint
handling method. See Section |
epsilon |
threshold for using the quadratic approximation value |
which.x |
logical vector indicating which subproblems should undergo local search |
... |
other parameters (included for compatibility with generic call) |
This routine implements the 3-point quadratic approximation local search for the MOEADr package. Check the references for details.
This routine is intended to be used internally by variation_localsearch()
,
and should not be called directly by the user.
Matrix X
' containing the modified population
Y. Tan, Y. Jiao, H. Li, X. Wang,
"A modification to MOEA/D-DE for multiobjective optimization problems with
complicated Pareto sets",
Information Sciences 213(1):14-38, 2012.
Y.-C. Jiao, C. Dang, Y. Leung, Y. Hao,
"A modification to the new version of the prices algorithm for continuous
global optimization problems",
J. Global Optimization 36(4):609-626, 2006.
F. Campelo, L.S. Batista, C. Aranha (2020): The MOEADr Package: A
Component-Based Framework for Multiobjective Evolutionary Algorithms Based on
Decomposition. Journal of Statistical Software doi: 10.18637/jss.v092.i06
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