The members of the Data Analysis Group perform research and development over a wide range of topics having to do with understanding and making effective use of large-scale data. Our customers include physicists, chemists, mathematicians, and others within the programs at LLNL as well as SciDAC (DOE Office of Science) and the greater computational science community.
Our goal is to enable scientists to concentrate on science by minimizing the effort required to explore and to understand the data generated by their simulations and experiments. This goal drives research efforts in large-scale visualization, data compression and streaming, and sophisticated analysis methods. To learn more about what we do, we invite you to look at some of the projects to which our group members contribute such as LOCAL, and Large-Scale Visualization. Our funding comes from a variety of sources including ASC CSSE, Laboratory Directed Research and Development, and the SciDAC Scientific Data Management Center.
Dan Laney: scientific visualization, data compression, multi-resolution algorithms, simulated radiographic diagnostics for verification and validation
Sasha Ames: data management specific to file system metadata
Harsh Bhatia: topological data analysis and scientific visualization, information visualization, vector-valued spatial data, mathematical modeling and simulation
Peer-Timo Bremer: scientific visualization, multi-resolution algorithms, geometric modeling, topology data analysis
Ming Jiang: scientific visualization, feature detection, multi-resolution algorithms, image processing
Hyojin Kim: computer vision, image understanding, machine learning, scalable and parallel computing with GPU
Peter Lindstrom: scientific visualization, geometric modeling, mesh simplification and compression, and multi-resolution algorithms
Jayaraman J. Thiagarajan: machine learning, data analysis and visualization, image understanding, computer vision and signal processing
Kenneth Weiss: efficient algorithms for very large images
Dean Williams: resource and project management, data modeling, data analysis and visualizations, scientific data management, big data, high-performance and distributed computing, networking technologies