Title of article
A PERTURBATIVE APPROACH TO THE SOLUTION FOR EXPECTATION VALUE BASED QUANTUM OPTIMAL CONTROL OF MULTIHARMONIC OSCILLATORS UNDER LINEAR CONTROL AGENTS
Author/Authors
MERAL, ESMA Istanbul Technical University - Informatics Institute - Group for Science and Methods of Computing, Turkey , DEMIRALP, METIN Istanbul Technical University - Informatics Institute - Group for Science and Methods of Computing, Turkey
From page
53
To page
67
Abstract
Matrix ODE boundary value problem of optimally controlled quantum multiharmonic oscillators are considered in perturbation expansion perspective. Expansion is shown to be convergent for all finite control times. A scalar recursion is contructed for practial applications. The convergence can be accelerated by changing the perturbation term appropriately.
Keywords
matrixordinary differential equations , boundary value problems , perturbation expansion
Journal title
TWMS Journal of Pure and Applied Mathematics
Journal title
TWMS Journal of Pure and Applied Mathematics
Record number
2527782
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