The research focused on developing an algorithm applying optimum sensitivity analysis for multilevel optimization. The research efforts have been devoted to assisting NASA Langley's Interdisciplinary Research Office (IRO) in the development of a mature methodology for a multilevel approach to the design of complex (large and multidisciplinary) engineering systems. An effort was undertaken to identify promising multilevel optimization algorithms. In the current reporting period, the computer program generating baseline single level solutions was completed and tested out
The development is described of an integrated structure/active control law design methodology for ae...
Derivation of the sensitivity equations that yield the sensitivity derivatives directly, which avoid...
Efficient optimization algorithms are required to reduce the computational costs of Multidisciplinar...
A general algorithm is proposed which carries out the design process iteratively, starting at the to...
This report addresses the development of a multidisciplinary optimization procedure using an efficie...
AbstractThis paper addresses the development of a multidisciplinary optimization procedure using an ...
Some engineering applications of heuristic multilevel optimization methods are presented and the dis...
Optimization by decomposition, complex system sensitivity analysis, and a rapid growth of disciplina...
An optimization design method is discussed. This method is based on integrating existing disciplinar...
Multidisciplinary design optimization (MDO) is an approach that usesoptimization methods to design c...
A generalized optimality criterion method consisting of a dual problem solver combined with a compou...
A computer program designed to simulate and improve multilevel optimization techniques is described....
A design sensitivity analysis method for Linear Quadratic Cost, Gaussian (LQG) optimal control laws,...
A new approach to integrated structure/control law design based on multilevel optimization is presen...
A new method for the preliminary design of controlled space structures is presented. The method coor...
The development is described of an integrated structure/active control law design methodology for ae...
Derivation of the sensitivity equations that yield the sensitivity derivatives directly, which avoid...
Efficient optimization algorithms are required to reduce the computational costs of Multidisciplinar...
A general algorithm is proposed which carries out the design process iteratively, starting at the to...
This report addresses the development of a multidisciplinary optimization procedure using an efficie...
AbstractThis paper addresses the development of a multidisciplinary optimization procedure using an ...
Some engineering applications of heuristic multilevel optimization methods are presented and the dis...
Optimization by decomposition, complex system sensitivity analysis, and a rapid growth of disciplina...
An optimization design method is discussed. This method is based on integrating existing disciplinar...
Multidisciplinary design optimization (MDO) is an approach that usesoptimization methods to design c...
A generalized optimality criterion method consisting of a dual problem solver combined with a compou...
A computer program designed to simulate and improve multilevel optimization techniques is described....
A design sensitivity analysis method for Linear Quadratic Cost, Gaussian (LQG) optimal control laws,...
A new approach to integrated structure/control law design based on multilevel optimization is presen...
A new method for the preliminary design of controlled space structures is presented. The method coor...
The development is described of an integrated structure/active control law design methodology for ae...
Derivation of the sensitivity equations that yield the sensitivity derivatives directly, which avoid...
Efficient optimization algorithms are required to reduce the computational costs of Multidisciplinar...