[图书][B] Nonconvex optimal control and variational problems
AJ Zaslavski - 2013 - Springer
This monograph is devoted to the study of nonconvex optimal control and variational
problems. It contains a number of recent results obtained by the author in the last 15 years …
problems. It contains a number of recent results obtained by the author in the last 15 years …
Generic well-posedness of optimal control problems without convexity assumptions
AJ Zaslavski - SIAM Journal on Control and Optimization, 2000 - SIAM
The Tonelli existence theorem in the calculus of variations and its subsequent modifications
were established for integrands f which satisfy convexity and growth conditions. In AJ …
were established for integrands f which satisfy convexity and growth conditions. In AJ …
Existence of solutions of optimal control problems for a generic integrand without convexity assumptions
AJ Zaslavski - Nonlinear Analysis: Theory, Methods & Applications, 2001 - Elsevier
Existence of solutions of optimal control problems for a generic integrand without convexity
assumptions - ScienceDirect Skip to main contentSkip to article Elsevier logo Journals & …
assumptions - ScienceDirect Skip to main contentSkip to article Elsevier logo Journals & …
Existence theorems in nonconvex optimal control 1
BS Mordukhovich - Calculus of variations and optimal control, 2021 - taylorfrancis.com
This paper concerns with the existence of solutions in optimal control problems governed by
systems of ordinary differential equations. It is well known that existence questions for …
systems of ordinary differential equations. It is well known that existence questions for …
Existence, uniqueness and qualitative properties of minima to radially symmetric non-coercive non-convex variational problems
G Crasta - Mathematische Zeitschrift, 2000 - Springer
We are concerned with the problem of existence, uniqueness and qualitative properties of
solutions to the radially symmetric variational problem u∈\Wuu(B_R)B_Rfx,∇u(x)+h(|x|,u(x)) …
solutions to the radially symmetric variational problem u∈\Wuu(B_R)B_Rfx,∇u(x)+h(|x|,u(x)) …
Nonconvex variational problems related to a hyperbolic equation
F Flores-Bazán, S Perrotta - SIAM Journal on Control and Optimization, 1999 - SIAM
We first prove a new Lyapunov-type theorem which will yield existence of solutions to
nonconvex minimum problems involving some hyperbolic equations on rectangular …
nonconvex minimum problems involving some hyperbolic equations on rectangular …
Another theorem of classical solvability 'in small'for one-dimensional variational problems
MA Sychev - Archive for rational mechanics and analysis, 2011 - Springer
In this paper we suggest a direct method for studying local minimizers of one-dimensional
variational problems which naturally complements the classical local theory. This method …
variational problems which naturally complements the classical local theory. This method …
Existence of minimizers for nonconvex variational problems with slow growth
G Crasta - Journal of optimization theory and applications, 1998 - Springer
Consider the minimization problem (P) min\left {\int_0^ 1 f\left (t, u'\left (t\right)\right) dt; u ∈
W^ 1.1\left (\left 0, 1\right, R''\right), u\left (0\right)= u_0, u\left (1\right)= u_1\right\}, in which …
W^ 1.1\left (\left 0, 1\right, R''\right), u\left (0\right)= u_0, u\left (1\right)= u_1\right\}, in which …
An indirect method of nonconvex variational problems in Asplund spaces: The case for saturated measure spaces
N Sagara - SIAM Journal on Control and Optimization, 2015 - SIAM
The purpose of this paper is to establish an existence result for nonconvex variational
problems with Bochner integral constraints in separable Asplund spaces via the Euler …
problems with Bochner integral constraints in separable Asplund spaces via the Euler …
On the minimum problem for a class of noncoercive nonconvex functionals
G Crasta - SIAM Journal on Control and Optimization, 1999 - SIAM
We are concerned with the problem of existence of solutions to the variational problem
\min\left{\int_0^Rg(t,v'(t))\,dt;\v∈AC(0,R),\v(R)=0\right\}, with only one fixed endpoint …
\min\left{\int_0^Rg(t,v'(t))\,dt;\v∈AC(0,R),\v(R)=0\right\}, with only one fixed endpoint …