Sex‐biased dispersal is expected to generate differences in the fine‐scale genetic structure
of males and females. Therefore, spatial analyses of multilocus genotypes may offer a …

Missing data are an unavoidable problem in biological data sets and the performance of
missing data deletion and estimation techniques in morphometric data sets is poorly …

The octahedron model introduced recently has been implemented onto graphics cards,
which permits extremely large-scale simulations via binary lattice gases and bit-coded …

Fossil-based estimates of diversity and evolutionary dynamics mainly rely on the study of
morphological variation. Unfortunately, organism remains are often altered by post-mortem …

The case of analysis of associatively protected cartographic scenes is considered.
Protection of objects and their coordinates is achieved masking binary matrices of their code …

Clustering improves network stability and scalability significantly by efficiently handling the
fast topological change in VANET. Multi-hop clustering is introduced in VANET to handle …

We have simulated pure liquid butane, methanol, and hydrated alanine polypeptide with the
Monte Carlo technique using three kinds of random number generators (RNG's)—the …

Random number generators (RNG) are widely being used in number of applications,
particularly simulation and cryptography. They are a critical part of many cryptographic …

This paper is about using the existing Monte Carlo approach for pricing European and
American contracts on a state‐of‐the‐art graphics processing unit (GPU) architecture. First …

We show that d+ 1-dimensional surface growth models can be mapped onto driven lattice
gases of d-mers. The continuous surface growth corresponds to one dimensional drift of d …