Publication detail
On a nonlocal boundary value problem for first order linear functional differential equations
OPLUŠTIL, Z. LOMTATIDZE, A. ŠREMR, J.
Czech title
O nelokální okrajové úloze pro lineární funkcionální diferenciální rovnici prvního řádu
English title
On a nonlocal boundary value problem for first order linear functional differential equations
Type
journal article - other
Language
en
Original abstract
Efficient sufficient conditions are established for the solvability and unique solvability of the boundary value problem for first order linear functional differential equations. u'(t)=l(u)(t)+q(t) u(a)=h(u)+c, where l is a linear bounded operator, h is a linear bounded functionals, q is a Lebesgue integrable function and c is a real number.
Czech abstract
Budou nalezeny efektivní podmínky pro řešitelnost a jednoznačnou řešitelnost okrajové úlohy pro lineární funkcionální diferenciální rovnici u'(t)=l(u)(t)+q(t) u(a)=h(u)+c, kde l je lineární ohraničený operátor, h je lineární ohraničený funkcionál, q je Lebesguevsky integrovatelná funkce a c je reálné číslo.
English abstract
Efficient sufficient conditions are established for the solvability and unique solvability of the boundary value problem for first order linear functional differential equations. u'(t)=l(u)(t)+q(t) u(a)=h(u)+c, where l is a linear bounded operator, h is a linear bounded functionals, q is a Lebesgue integrable function and c is a real number.
Keywords in English
Boundary value problem, functional differential equations
Released
20.09.2007
Publisher
Publishing House GCI
ISSN
1512-0015
Journal
Memoirs Diff. Equat. Math. Phys
Volume
2007
Number
41
Pages from–to
69–85
Pages count
16
BIBTEX
@article{BUT43999,
author="Zdeněk {Opluštil} and Aleksandre {Lomtatidze} and Jiří {Šremr},
title="On a nonlocal boundary value problem for first order linear functional differential equations",
journal="Memoirs Diff. Equat. Math. Phys",
year="2007",
volume="2007",
number="41",
month="September",
pages="69--85",
publisher="Publishing House GCI",
issn="1512-0015"
}