An inexpensive Parametrized Background Data-Weak approach for time-dependent problems

To see that a qualitative argument can be used: we know that the completely ordered case minimize the energy and we are interested in the states that have the closer possible

To this purpose, this paper presents an ontological approach that allows developers to document a QS and helps to analyze its coverage (taking into account the

Weak convergence of the integrated number of level crossings to the local time for Wiener processes.. Corinne Berzin-Joseph,

The tangency volumes give us a partition of the dual space of the 3D lines according to the objects they intersect.. We call this partition the

Inspired by recent analyses of the finite element heterogeneous multiscale method and the reduced basis technique for nonlinear problems, we present a simple and concise finite

If a number field F contains the 2`-th roots of unity then the wild kernel of F and its logarithmic `-class group have the

The algorithm based on the complex feature is compared with the algorithm for identifying mastitis in animals using the threshold 6 mS/cm of milk conductivity.. The objective

The Parameterized-Background Data-Weak (PBDW) formulation for varia- tional data assimilation is a data-driven reduced order modeling approach that was initially devised in [6] so as