Search Results - "Bufton, J. L."

An airborne scanning laser altimetry survey of Long Valley, California by Hofton, M. A., Blair, J. B., Minster, J.-B., Ridgway, J. R., Williams, N. P., Bufton, J. L., Rabine, D. L.

“…Between 28 September and 7 October 1995, we conducted an airborne laser altimetry experiment over the Long Valley caldera, California, in which each of two…”
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Laser altimetry measurements from aircraft and spacecraft by Bufton, J.L.

“…The techniques involved in the design and application of laser altimeter instruments are reviewed, including a description of the instrument subsystems…”
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Airborne laser altimeter survey of Long Valley, California by Ridgway, J. R., Minster, J. B., Williams, N., Bufton, J. L., Krabill, W. B.

“…Airborne laser altimetry has proved useful in recent years in examining volcanic landforms and glacial ice sheets. With the advent of accurate differential GPS…”
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Satellite laser altimetry of terrestrial topography: vertical accuracy as a function of surface slope, roughness, and cloud cover by Harding, D.J., Bufton, J.L., Frawley, J.J.

“…Analysis of the sensitivity of laser ranging errors to surface conditions indicates that predicted single-shot range errors are primarily dependent on surface…”
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The Geoscience Laser Altimetry/Ranging System by Cohen, Steven C., Degnan, John J., Bufton, Jack L., Garvin, James B., Abshire, James B.

“…The Geoscience Laser Altimetry/Ranging System (GLARS) is a planned highly precise laser distance-measuring system to be used for geoscience measurements…”
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An Airborne Scanning Laser Altimetry Survey of Long Valley, California by Hofton, M. A., Blair, J. B., Minster, J.-B., Ridgway, J. R., Williams, N. P., Bufton, J. L., Rabine, D. L.

“…Between 28 September and 7 October 1995, we conducted an airborne laser altimetry experiment over the Long Valley caldera, California, in which each of two…”
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Satellite Laser Altimeter for Measurement of Ice Sheet Topography by Bufton, Jack L., Robinson, John E., Femiano, Michael D., Flatow, Fred S.

“…We describe the design and expected performance of a spaceborne laser altimeter based on a nadir-oriented laser transmitter, a 0.5-m-diam receiver telescope,…”
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Development and test of a raster scanning laser altimeter for high resolution airborne measurements of topography by Rabine, D.L., Bufton, J.L., Vaughn, C.R.

“…The RAster SCanning Airborne Laser (RASCAL) sensor was developed in 1995 at the Goddard Space Flight Center for airborne mapping of surface topography. RASCAL…”
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