Design of waveguides and transmission lines by the distributed maximum principle
Maximum principle for distributed systems applied to design of waveguides and transmission lines
Athans, M.↗
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Results for “maximum principle”
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On the stochastic maximum principle with ''average'' constraints.
Stochastic maximum principle with averaged constraint developed for control problems affected by stochastic process
RANDOM PROCESS↗
Restricted maximum principles for elastic bodies
A maximum principle for the equilibrium of an elastic material body which is free of body forces is described not all of the components of the displacement vector or of the principal stresses can simultaneously have a strict maximum or minimum at any point in the body which does not be either on the surface or on a material interface.
Rose, M. E.↗
Dynamic programming and Pontryagin's maximum principle
Dynamic programming and Pontryagin maximum principle
DYNAMIC PROGRAMMING↗
Maximum principle solutions for time-optimal half-loop maneuvers of a high alpha fighter aircraft
An investigation was conducted of maximum principle solutions for an initial 0.6 Mach number and 15,000-ft altitude. The authors generate these solutions for a family of prescribed final times tf, starting with tf = 0.5 s. Using a nonlinear wind-tunnel model they construct maximum principle solutions. Above tf = 1.2 s some small nonlinear variations in the aerodynamic pitching moment coefficient presented difficulty with respect to numerical convergence. This was circumvented by fitting analytical models to the aerodynamic coefficients of the wind-tunnel model at Mach 0.4. Maximum principle solutions of the analytical model are shown to compare well with those obtained for tf of less than 1.2 s. Using the analytical model the authors extended the prescribed final time to a value of 13.65 s at which time the aircraft completes the half-loop maneuver. This is 0.53 s longer than that obtained using the singular perturbation feedback control law.
Stalford, Harold↗
On the realization and computational aspects of the maximum principle least-squares nonlinear filter
Maximum principle least squares /MPLS/ nonlinear filter scheme simplified, using digital simulation for stability and tracking performance
Bejczy, A. K.↗
A direct derivation of the optimal linear filter using the maximum principle.
Optimal linear filter derivation using Pontryagin maximum principle and gradient matrices for optimal filter coefficients
Athans, M.↗
Optimization of step rockets by the discrete maximum principle.
Optimum stage weight distribution in multistage rocket obtained by discrete maximum principle
MULTISTAGE ROCKET↗
Optimization of step rockets by the discrete maximum principle.
Optimum stage weight distribution in multistage rocket obtained by discrete maximum principle
WEIGHT FACTOR↗
A maximum principle re-entry study
Mathematical model of maximum principle of Pontryagin used to find point-to-point reentry trajectory of space vehicle
REENTRY TRAJECTORY↗
An adaptive random-search algorithm for implementation of the maximum principle
Adaptive random search algorithm for implementation of maximum principle
Brocker, D. H.↗
A maximum principle for optimal control problems with functional differential systems
Maximum principle for optimal control problems with delay-differential system equations
Banks, H. T.↗
A maximum principle for optimal control problems with functional differential systems.
Maximum principle in integral form for optimal control problems with delay differential system equations, using vector matrix notation
Banks, H. T.↗
The design of optimal radar waveforms for clutter rejection using the maximum principle.
Optimal radar waveforms for clutter rejection in range and range rate determination system, using maximum principle
Thompson, J. S.↗
APPLICATION OF PONTRYAGIN'S MAXIMUM PRINCIPLE TO THE LUNAR ORBIT RENDEZVOUS PROBLEM
Time optimal control law for lunar orbital rendezvous problem by pontryagin maximum principle
PONTRYAGIN PRINCIPLE↗
Design of waveguides and transmission lines by the distributed maximum principle.
Waveguide and transmission line optimal design to minimize reflected power due to mismatch over frequency band, using distributed maximum principle
Athans, M.↗
Maximum Principles and Application to the Analysis of An Explicit Time Marching Algorithm
In this paper we develop local and global estimates for the solution of convection-diffusion problems. We then study the convergence properties of a Time Marching Algorithm solving Advection-Diffusion problems on two domains using incompatible discretizations. This study is based on a De-Giorgi-Nash maximum principle.
LeTallec, Patrick↗
APPLICATION OF PONTRYAGIN'S MAXIMUM PRINCIPLE TO THE LUNAR ORBIT RENDEZVOUS PROBLEM
Time optimal control law for lunar orbit rendezvous validated by using the pontryagm principle
MATHEMATICS↗