The most common abstraction used by visualization libraries and applications today is what
is known as the visualization pipeline. The visualization pipeline provides a mechanism to …

In this position paper, we argue that the loosely coupled in situ processing paradigm will
play an important role in high performance computing for the foreseeable future. Loosely …

We have designed an asynchronous chip for contactless smart cards. Asynchronous circuits
have two power properties that make them very suitable for contactless devices: low …

One of the primary challenges facing scientists is extracting understanding from the large
amounts of data produced by simulations, experiments, and observational facilities. The use …

High performance computing applications are producing increasingly large amounts of data
and placing enormous stress on current capabilities for traditional post-hoc visualization …

External facelist calculation on three-dimensional unstructured meshes is used in scientific
visualization libraries to efficiently render the results of operations such as clip**, interval …

We propose and develop InVEStA-interactive virtual expert system for advising-to assist
undergraduate students and their advisors in providing timely, accurate and conflict-free …

Scientific visualization for exascale computing is very likely to require in situ processing.
Traditional simulation checkpointing and post hoc visualization will likely be unsustainable …

The algorithms foundational to visualization are central to the production visualization tools
running at computing centers around the world and consume tremendous amounts of finite …

The predictions for exascale computing are dire. Although we have benefited from a
consistent supercomputer architecture design, even across manufacturers, for well over a …