Data acquisition
Label
Data acquisition
Name
Data acquisition
Source
nasat
Focus
Actions
Incoming Resources
- Control of bone remodelling by applied dynamic loads, Lance E. Lanvon & Clinton T. Rubin
- 14- by 22-foot subsonic tunnel laser velocimeter upgrade, James F. Meyers [and three others]
- A data acquisition and control program for axial-torsional fatigue testing, Sreeramesh Kalluri and Peter J. Bonacuse
- Characterization of a 16-bit digitizer for lidar data acquisition, Cynthia K. Williamson and Russell J. De Young
- BOREAS RSS-12 automated ground sunphotometer measurements in the SSA, B. Lobitz, M. Spanner, and R. Wrigley
- BOREAS TE-1 CH4 flux data over the SSA-OA, Darwin Anderson, Andrea Papagno
- BOREAS RSS-17 dielectric constant profile measurements, K.C. McDonald, R. Zimmerman, and J.B. Way
- Data acquisition system architecture and capabilities at NASA GRC Plum Brook Station's space environment test facilities, Richard K. Evans and Gerald M. Hill
- BOREAS RSS-14 level-1a GOES-8 visible, IR and water vapor images, Jeffrey A. Newcomer ... [and others]
- BOREAS AFM-08 ECMWF hourly surface and upper air data for the SSA and NSA, P. Viterbo and A. Betts
- BOREAS TF-11 CO₂ and CH₄ flux data from the SSA-fen, David W. Valentine
- Manned versus unmanned risk and complexity considerations for future midsized X-planes, Jason A. Lechniak, John E. Melton
- Robust modal filtering and control of the X-56A model with simulated fiber optic sensor failures, Peter M. Suh, and Alexander W. Chin, Dimitri N. Mavris
- BOREAS AES five-day averaged surface meteorological and upper air data, Richard Strub and Jeffrey A. Newcomer
- Pacific Basin communications study, prepared by the Public Service Satellite Consortium ; for the National Aeronautics & Space Administration and the National Telecommunications & Information Administration, U.S. Department of Commerce ; ELizabeth L. Young, principal investigator ; Jane N. Hurd, project coordinator
- BOREAS RSS-19 1994 seasonal understory reflectance data, J.R. Miller ... [and others]
- BOREAS TF-11 CO₂ and CH₄ concentration data from the SSA-Fen, David W. Valentine
- BOREAS TGB-3 plant species composition data over the NSA fen, Jill L. Bubier
- BOREAS TE-9 NSA leaf chlorophyll density, Hank Margolis and Mikailou Sy
- Pegasus wing-glove experiment to document hypersonic crossflow transition, measurement systems and selected flight results, Arild Bertelrud [and ten others]
- BOREAS TE-12 leaf gas exchange data, Timothy J. Arkebauer and Litao Yang
- BOREAS TF-4 CO₂ and CH₄ chamber flux data from the SSA, Dean Anderson, Robert Striegl and Kimberly Wickland
- BOREAS TF-11 SSA-fen 1995 leaf area index data, Timothy J. Arkebauer
- NASA Glenn 1-by 1-foot supersonic wind tunnel user manual, Kirk D. Seablom [and four others]
- A definition study of an Advanced Data Collection and Location System (ADCLS), prepared by Ecosystems International, Inc
- BOREAS TGB-10 oxidant concentration data over the SSA, Hal Westberg and Brad Hall, Andrea V. Jackson
- BOREAS RSS-14 level-1 GOES-7 visible, IR and water vapor images, David Faysash ... [and others]
- BOREAS TE-8 aspen bark spectral reflectance data, Shannon L. Spencer and Barrett N. Rock
- BOREAS RSS-14 level-3 gridded radiometer and satellite surface radiation images, G. Hodges and E.A. Smith
- BOREAS TE-11 sap flow data, Bernard Saugier
- BOREAS TE-5 tree ring and carbon isotope ratio data, Jim Ehleriinger , J. Renee Brooks, Larry Flanagan
- BOREAS TF-11 SSA-Fen tower flux and meteorological data, Shashi B. Verma and Timothy Arkebauer, David Valentine
- BOREAS TE-6 1994 soil and air temperatures in the NSA, John Norman and Tim Wilson
- Investigation of bearing fatigue damage life prediction using oil debris monitoring, Paula J. Dempsey ... [and others]
- Check calibration of the NASA Glenn 10- by 10-foot supersonic wind tunnel (2014 test entry), Aaron Johnson, Christine Pastor-Barsi and E. Allen Arrington
- Increasingly automated procedure acquisition in dynamic systems, Nathalie Mathe, Smadar Kedar
- BOREAS TF-9 SSA-OBS branch level flux data, Mark B. Rayment and Paul G. Jarvis
- BOREAS TE-5 CO2 concentration and stable isotope composition, Jim Ehleriinger , J. Renee Brooks, Larry Flanagan
- BOREAS TGB-8 photosynthetic rate data over the SSA-OBS and the SSA-OJP, Manuel Lerdau
- Saskatchewan forest fire control centre surface meteorological data, Barry Funk, Richard Strub
- BOREAS TE-6 allometry data, Stith T. Gower and Jason G. Vogel
- BOREAS TGB-4 NSA-BVP tower flux and meteorological data, Nigel T. Roulet
- BOREAS TF-1 SSA-OA soil characteristics data, T. Andrew Black, Z. Chen, and Zoran Nesic
- BOREAS TE-18, 60-m, radiometrically rectified Landsat TM imagery, Forrest G. Hall, David Knapp
- Flight test of an adaptive configuration optimization system for transport aircraft, Glenn B. Gilyard, Jennifer Georgie, and Joseph S. Barnicki
- BOREAS TE-2 continuous wood respiration data, Michael G. Ryan, Michael Lavigne
- BOREAS TF-8 NSA-OJP tower flux, meteorological, and soil temperature data, Kathleen E. Moore and David R. Fitzjarrald
- BOREAS HYD-1 under-canopy precipitation data, Richard H. Cuenca, Shaun F. Kelly, David E. Stangel
- BOREAS TE-18 Landsat TM physical classification image of the SSA, Forrest G. Hall, David Knapp
- BOREAS HYD-4 standard snow course data, John R. Metcalfe, Barry E. Goodison, and Anne Walker
Outgoing Resources
- Focus1