The spectral image processing system (SIPS)-interactive visualization and analysis of imaging spectrometer data

TLDR

SIPS is designed to exploit the high spectral resolution and spatial data of imaging spectrometers, developing operational quantitative analysis techniques to be shared with the scientific community before the launch of systems such as EOS HIRS. Built in IDL on UNIX workstations, SIPS offers a user‑friendly X‑windows point‑and‑click interface with visualization tools for rapid exploratory analysis and numerical tools for quantitative modeling. The system streamlines real‑time interaction with entire imaging spectrometer datasets and is already employed in multidisciplinary research that applies physically‑based analysis methods to enhance scientific results.

Abstract

The Center for the Study of Earth from Space (CSES) at the University of Colorado, Boulder, has developed a prototype interactive software system called the ''Spectral Image Processing System (SIPS)'' using ''IDL'' (the Interactive Data Language) on UNIX‐based workstations. SIPS is designed to take advantage of the combination of high spectral resolution and spatial data presentation unique to imaging spectrometers. It streamlines analysis of these data by allowing scientists to interact with entire datasets in real‐time. SIPS provides visualization tools for rapid exploratory analysis and numerical tools for quantitative modeling. The user interface is X‐windows‐based, user friendly, and provides ''point and click'' operation. SIPS is being used for multidisciplinary research concentrating on the use of physically‐based analysis methods to enhance scientific results from imging spectrometer data. The objective of this continuing effort is to develop operational techniques for quantitative analysis of imaging spectrometer data and to make them available to the scientific community prior to the launch of imaging spectrometer satellite systems such as the Earth Observing System (EOS) High Resolution Imaging Spectrometer (HIRIS).