NASA's Office of Commercial Programs is funding a multispectral sensor system to be used in the development of remote sensing applications. The Airborne Terrestrial Applications Sensor (ATLAS) is designed to provide versatility in acquiring spectral and spatial information. The ATLAS system will be a test bed for the development of specifications for airborne and spaceborne remote sensing instrumentation for dedicated applications. This objective requires spectral coverage from the visible through thermal infrared wavelengths, variable spatial resolution from 2-25 meters; high geometric and geo-location accuracy; on-board radiometric calibration; digital recording; and optimized performance for minimized cost, size, and weight. ATLAS is sch...
This report describes a transportable software executive system under development at the Goddard Spa...
Scientists within NASA s Applied Sciences Directorate have developed a well-characterized remote sen...
Capabilities and limitations of modern imaging electromagnetic sensor systems are outlined, and the ...
The optimization of a thematic mapper for earth resources application is discussed in terms of cost ...
The development and characteristics of a multispectral band scanner for an airborne mapping system a...
The University of Kansas Applied Remote Sensing (KARS) program is engaged in a continuing long term ...
An application development system (ADS) is examined for remotely sensed, multispectral data at the E...
Specifications are described for a recently developed prototype multispectral data acquisition syste...
A characterization software suite was developed to facilitate NASA's in-flight characterization of c...
The development of an experimental airborne multispectral scanner to provide both active (laser illu...
NASA will launch the Landsat D spacecraft on July 9, 1982 aboard a new, up-rated Delta 3920 expendab...
The applications are reported of new remote sensing techniques for earth resources surveys and envir...
A six-month systems study of earth resource surveys from satellites was conducted and is reported. S...
Agricultural applications of photographic sensors and photograph interpretation techniques from orbi...
Spanning nearly four decades, the remarkable Landsat program has continuously provided data about th...
This report describes a transportable software executive system under development at the Goddard Spa...
Scientists within NASA s Applied Sciences Directorate have developed a well-characterized remote sen...
Capabilities and limitations of modern imaging electromagnetic sensor systems are outlined, and the ...
The optimization of a thematic mapper for earth resources application is discussed in terms of cost ...
The development and characteristics of a multispectral band scanner for an airborne mapping system a...
The University of Kansas Applied Remote Sensing (KARS) program is engaged in a continuing long term ...
An application development system (ADS) is examined for remotely sensed, multispectral data at the E...
Specifications are described for a recently developed prototype multispectral data acquisition syste...
A characterization software suite was developed to facilitate NASA's in-flight characterization of c...
The development of an experimental airborne multispectral scanner to provide both active (laser illu...
NASA will launch the Landsat D spacecraft on July 9, 1982 aboard a new, up-rated Delta 3920 expendab...
The applications are reported of new remote sensing techniques for earth resources surveys and envir...
A six-month systems study of earth resource surveys from satellites was conducted and is reported. S...
Agricultural applications of photographic sensors and photograph interpretation techniques from orbi...
Spanning nearly four decades, the remarkable Landsat program has continuously provided data about th...
This report describes a transportable software executive system under development at the Goddard Spa...
Scientists within NASA s Applied Sciences Directorate have developed a well-characterized remote sen...
Capabilities and limitations of modern imaging electromagnetic sensor systems are outlined, and the ...