A component-by-component construction for the trigonometric degree
N Achtsis, D Nuyens - Monte Carlo and Quasi-Monte Carlo Methods 2010, 2012 - Springer
We propose an alternative to the algorithm from Cools, Kuo, Nuyens (Computing 87 (1–2):
63–89, 2010), for constructing lattice rules with good trigonometric degree. The original …
63–89, 2010), for constructing lattice rules with good trigonometric degree. The original …
Об оценках погрешности на пространствах Sp кубатурных формул, точных для полиномов Хаара
КА Кириллов - Журнал Сибирского федерального университета …, 2020 - cyberleninka.ru
ОБ ОЦЕНКАХ ПОГРЕШНОСТИ НА ПРОСТРАНСТВАХ SP КУБАТУРНЫХ ФОРМУЛ, ТОЧНЫХ
ДЛЯ ПОЛИНОМОВ ХААРА – тема научной статьи по математике читайте бесплатно текст …
ДЛЯ ПОЛИНОМОВ ХААРА – тема научной статьи по математике читайте бесплатно текст …
On error estimates in for cubature formulas exact for Haar polynomials
KA Kirillov - Журнал Сибирского федерального университета …, 2020 - mathnet.ru
The problem of constructing and analyzing cubature formulas that are exact for a given set of
functions was earlier considered primarily as applied to the computation of integrals exact …
functions was earlier considered primarily as applied to the computation of integrals exact …
Вероятностная оценка погрешности квадратурных формул, точных для полиномов Хаара
KA Kirillov - вычислительные методы и программирование, 2014 - en.num-meth.ru
Quadrature formulas possessing the Haar d-property (ie, the formulas that are accurate for
Haar functions of groups with the numbers not exceeding a given number d) are studied …
Haar functions of groups with the numbers not exceeding a given number d) are studied …
A probabilistic error estimate of quadrature formulas accurate for Haar polynomials
KA Kirillov - Numerical methods and programming, 2014 - mathnet.ru
Quadrature formulas possessing the Haar $ d $-property (ie, the formulas that are accurate
for Haar functions of groups with the numbers not exceeding a given number $ d $) are …
for Haar functions of groups with the numbers not exceeding a given number $ d $) are …