This article surveys the history and current state of the art of visualization in meteorology,
focusing on visualization techniques and tools used for meteorological data analysis. We …

Convection in rotating spherical layers of fluid is ubiquitous in spherical astrophysical
objects like planets and stars. A complete understanding of the magnetohydrodynamics …

The increasing amount of data in meteorological science requires effective data reduction
methods. Our study demonstrates the use of advanced scientific lossy compression …

With the push to exascale, in situ visualization and analysis will continue to play an
important role in high performance computing. Tightly coupling in situ visualization with …

A low‐lying structure is revealed for the CuB12− cluster, which is bowl‐shaped. It consists of
a triangular CuB2 base and a B10 rim. Molecular dynamics simulations indicates its …

Current architectural trends on supercomputers have dramatic increases in the number of
cores and available computational power per die, but this power is increasingly difficult for …

The comparison of meteorological data is a fundamental task within the techniques of
meteorological forecasting due to the cyclical nature of the climate. However, interpretation …

Although there has been significant research in GPU acceleration, both of parallel
simulation codes (ie, GPGPU) and of single GPU visualization and analysis algorithms …

The increasing amount of data in meteorological science requires effective data-reduction
methods. Our study demonstrates the use of advanced scientific lossy compression …

Here, it is shown that the M3B12 (M= Cu-Au) clusters' global minima consist of an elongated
planar B12 fragment connected by an in-plane linear M3 fragment. This result is striking …