Technical Papers & Journals

Item/DescriptionPrice

Autumn 2006 Entire Issue

Volume 1, Issue 2

Richard A. Uhal, Steven D. Hand, Colleen Brady Cunniffe, Marcie Renner, David Svesko, Thad Ayers, Russell Morrison, Thomas Luhmann, W.T. Estler, D.S. Sawyer, B. Borchardt, S.D. Phillips

Multiple Reflection Techniques Used to Measure and Model a British Cannon Recovered from the Battle of Yorktown, Photogrammetric Antenna Surveys at Subfreezing Temperatures on Black Island, Antarctica, High-Precision Photogrammetry Using RGB Color Information, Large-Scale Metrology Instrument Performance Evaluations at NIST

Citation: The Journal of the CMSC, Vol. 1, No. 2, Autumn 2006
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Measurement Techniques Used to Boresight, Flight Qualify, and Align the 2-Meter High Gain Antenna for NASA’s New Horizons Mission to Pluto

Volume 1, Issue 1

John R. Troll, Ron Schulze

It takes a large antenna to send data over billions of miles. This article presents how the New Horizons antenna was developed, as well as some interesting lessons learned from the use of differing metrology techniques. Measurements were made on a 2.1-m...

Citation: John R. Troll, Ron Schulze, "Measurement Techniques Used to Boresight, Flight Qualify, and Align the 2-Meter High Gain Antenna for NASA’s New Horizons Mission to Pluto," The Journal of the CMSC, Vol. 1, No. 1, Summer 2006
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Measurement of the USS Monitor Propeller Using Structured Light and Coherent Laser Radar Scanning Technologies

Volume 1, Issue 1

Steven D. Hand, William J. Mongon, James F.F. Clark, Eric Schindelholz

This presentation and technical paper describes the scanning and processing of data for the recovered propeller of the United States Navy warship USS Monitor. The propeller, designed by inventor John Ericsson, was recovered by NOAA in 1998, conserved over...

Citation: Steven D. Hand, William J. Mongon, James F.F. Clark, Eric Schindelholz, "Measurement of the USS Monitor Propeller Using Structured Light and Coherent Laser Radar Scanning Technologies," The Journal of the CMSC, Vol. 1, No. 1, Summer 2006
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NASA Marshall Space Flight Center Robot Verification

Volume 1, Issue 1

Dennis J. Warren

The NASA Marshall Space Flight Center (MSFC) has developed a unique avionics simulation capability through the integration of several MSFC avionics test beds. This integrated test bed consists of three separate facilities interconnected by fiber optic...

Citation: Dennis J. Warren, "NASA Marshall Space Flight Center Robot Verification," The Journal of the CMSC, Vol. 1, No. 1, Summer 2006
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Summer 2006 Entire Issue

Volume 1, Issue 1

John R. Troll, Ron Schulze, Steven D. Hand, William J. Mongon, James F.F. Clark, Eric Schindelholz, Dennis J. Warren

Measurement Techniques Used to Boresight, Flight Qualify, and Align the 2-Meter High Gain Antenna for NASA’s New Horizons Mission to Pluto, Measurement of the USS Monitor Propeller Using Structured Light and Coherent Laser Radar Scanning Technologies, NASA Marshall Space Flight Center Robot Verification

Citation: The Journal of the CMSC, Vol. 1, No. 1, Summer 2006
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