There is a widening gap between compute performance and the ability to store computation
results. Complex scientific codes are the most affected since they must save massive files …

In this paper we present an investigation about techniques and frameworks supporting in
situ-visualization. With this term we mean that visualization is coupled with simulation and it …

Discrete dislocation dynamics (DD) approaches have proven useful in modeling the
dynamics of large ensembles of dislocations. Continuing interest in finite body effects via …

We present a framework for interfacing an arbitrary HPC simulation code with an interactive
ParaView session using the HDF5 parallel IO library as the API. The implementation allows …

Interfacing a GUI driven visualization/analysis package to an HPC application enables a
supercomputer to be used as an interactive instrument. We achieve this by replacing the IO …

Accurate modeling of dislocation motion in bounded bodies is essential for the goal of
obtaining desired properties, for example electronic or optical, of many microelectronic …

As systems provide more resources and host an indefinitely growing number of cores, the
amount of data produced by simulation codes is steadily increasing, creating a bottleneck at …

Outputs of simulation codes making use of the HDF5 file format are usually and mainly
composed of several different attributes and datasets, storing either lightweight pieces of …

Scientific-Visualization is the most effective means of analyzing numerical simulation data.
With the continuous improvement of the high performance computing technology, numerical …

针对当前遥感数据缺乏统一文件格式标准, 多源遥感产品的生产使用涉及多种文件格式的现状,
在研究多种遥感数据格式及对应库GDAL, HDF4, HDF5 的基础上, 参考国家气象局的NOAA …