This chapter describes Ascent, a production library for in situ visualization and analysis on
exascale architectures. It begins by describing the library's focal points: minimizing …

The Exascale Computing Project (ECP) Software Technology (ST) Focus Area is
responsible for develo** critical software capabilities that will enable successful execution …

A significant challenge on an exascale computer is the speed at which we compute results
exceeds by many orders of magnitude the speed at which we save these results. Therefore …

A widening performance gap is separating CPU performance and IO bandwidth on large-
scale systems. In some fields, such as weather forecast and nuclear fusion, numerical …

Topological analysis is used in several domains to identify and characterize important
features in scientific data, and is now one of the established classes of techniques of proven …

The Exascale Computing Project (ECP) Software Technology (ST) focus area is responsible
for (1) develo** critical software capabilities that will enable the successful execution of …

Existing data analysis and visualization algorithms are used in a wide range of simulations
that strive to support an increasing number of runtime systems. The BabelFlow framework …

Topological techniques have been applied to data analysis and visualization in a wide
range of use cases, spanning combustion, biology, neuroscience, cosmology, and material …

I was a little girl full of energy and thirst for knowledge. I was waiting to come to France and
start my PhD, a new adventure, a new life, a new beginning in an infinite path... One …

Topology-controlled volume rendering has proven to be a useful tool for exploration of
volumetric data by highlighting the global, high-level structure of data sets. However …