Design and Implementation of Gateau API for HDF-EOS
نویسندگان
چکیده
n late years the visualization technol gy is used extensively in various research fields, and plays an impo ant role in a mosph ric science research. Gateau, which we have been developing, is a system that helps atmosph ric scientists analyze data by visualizing earth ob servation data used in atmosph ric science research. In this investigation, we have selected HDF-EOS as a data format for Gateau. The HDF-EOS format recently increases among data distributed as earth obs rvation data. We implement an HDF-EOS read function to Gateau. Atmospheric scientists can perform 3D visualization without writing program using the original API called the HDF-EOS library. In this paper, we describe the implementation of th HDF-EOS read function t Gateau. I o rt t e
منابع مشابه
Gateau: A 3D Visualization System for Intuitive Analysis of Atmospheric Science
By recent progress in hardware, 3D visualization including VolumeRendering is adopted in various fields. Though CG is used in the atmospheric field, the scientists mainly use 2D visualization. So, we develop a 3D visualization system Gateau for atmospheric science. Gateau is a quick-look tool that enables them to observe 3D grid data with only a few instructions for the atmospheric scientists w...
متن کاملNasa Standards for Earth Remote Sensing Data
Earth Observing System (EOS) is one of NASA's large programs for Earth science and global change research. In order to process, distribute, and archive data from EOS satellites and to facilitate interdisciplinary research, NASA has developed the EOS Data and Information System (EOSDIS) that defines a set of standards to deal with remote sensing data. In EOSDIS, data are grouped into three conce...
متن کاملNASA Earth Observing System Data and Information System Implementation of Extra- and Inter- File Metadata: Application to Data Services
NASA's Earth Observing System (EOS) Data and Information System Core System (ECS) will become a very large repository for earth sciences data, which will include instrument measurements, derived model products, ancillary data from sources other than EOS, and so on. In addition to data archival functions, the system will also produce and distribute data. The needs of a heterogeneous community fo...
متن کاملImproving Access to Multi-dimensional Self-describing Scientific Dataset
Applications that query into very large multidimensional datasets are becoming more common. Many self-describing scientific data file formats have also emerged, which have structural metadata to help navigate the multi-dimensional arrays that are stored in the files. The files may also contain application-specific semantic metadata. In this paper, we discuss efficient methods for performing sea...
متن کاملImproving Access to Multi-dimensional Self-describing Scientific Datasets
Applications that query into very large multidimensional datasets are becoming more common. Many self-describing scientific data file formats have also emerged, which have structural metadata to help navigate the multi-dimensional arrays that are stored in the files. The files may also contain application-specific semantic metadata. In this paper, we discuss efficient methods for performing sea...
متن کامل