Add to ORKGThe numerical operations involved in a currently used optimization technique are discussed and analyzed with special attention to the numerical accuracy. Alternative methods for deriving linear system transfer functions, finding the relationships between the transfer function coefficients and the design parameters, and solving a matrix equation are presented for more accurate and cost effective solutions
The papers collected in this volume were presented at the Symposium on Mathematical Optimization Tec...
Mutual couplings among the mathematical models of physical phenomena and parts of a system such as a...
Computationally useful algorithms are considered that can aid the control engineer in designing syst...
An algorithm for design via parameter optimization has been developed for linear-time-invariant cont...
Parameter optimization techniques for the design of linear automatic control systems that are applic...
For optimization problems associated with engineering design, parameter estimation, image reconstruc...
Thesis: M.S., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 197...
Data smoothing technique for parameter optimization in free flight orbit vehicle-borne tracking syst...
The aim of this work is to develop an effective numerical tool oriented to optimization of stabilize...
Derivation of the sensitivity equations that yield the sensitivity derivatives directly, which avoid...
Recently emerging methodology for optimal design of aircraft treated as a system of interacting phys...
Analysis and synthesis techniques for linear systems and methods of minimizing sensitivity of optima...
Variational calculus, gradient methods, maximum principle, and dynamic programing methods of optimal...
Three numerical procedures for Mayer classical and non-classical problems in trajectory optimizatio
The sensitivities of the convergence characteristics of the methods to initially assumed parameters ...
The papers collected in this volume were presented at the Symposium on Mathematical Optimization Tec...
Mutual couplings among the mathematical models of physical phenomena and parts of a system such as a...
Computationally useful algorithms are considered that can aid the control engineer in designing syst...
An algorithm for design via parameter optimization has been developed for linear-time-invariant cont...
Parameter optimization techniques for the design of linear automatic control systems that are applic...
For optimization problems associated with engineering design, parameter estimation, image reconstruc...
Thesis: M.S., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 197...
Data smoothing technique for parameter optimization in free flight orbit vehicle-borne tracking syst...
The aim of this work is to develop an effective numerical tool oriented to optimization of stabilize...
Derivation of the sensitivity equations that yield the sensitivity derivatives directly, which avoid...
Recently emerging methodology for optimal design of aircraft treated as a system of interacting phys...
Analysis and synthesis techniques for linear systems and methods of minimizing sensitivity of optima...
Variational calculus, gradient methods, maximum principle, and dynamic programing methods of optimal...
Three numerical procedures for Mayer classical and non-classical problems in trajectory optimizatio
The sensitivities of the convergence characteristics of the methods to initially assumed parameters ...
The papers collected in this volume were presented at the Symposium on Mathematical Optimization Tec...
Mutual couplings among the mathematical models of physical phenomena and parts of a system such as a...
Computationally useful algorithms are considered that can aid the control engineer in designing syst...