Posters provide a forum for authors to present their work in an informal and interactive setting. The poster may be an overview of a technical topic, problem, question, or case study and is ideal for presenting investigative results or introducing innovative work. Posters are intended to provide authors and participants with the ability to connect with each other and to engage in discussions about the work.

Posters supporting any technical session category are encouraged. Posters will be displayed throughout the conference, with dedicated time for poster viewing.

Poster Titles

A Model of the Absolute Radiance of the Disk‐Resolved Moon: E. J. Kennelly – Atmospheric & Environmental Research, Inc.; S.D. Price, K.E. Kraemer – Air Force Research Laboratory

AMSU‐A Instruments Long‐term Calibration Stability Characteristics and Their Relations with Intersatellite Brightness Temperature Biases: Wenhui Wang – I. M. Systems Group; Cheng‐Zhi Zou – NOAA/NESDIS/STAR/SMCD

An Assessment of Pseudo‐Invariant CEOS Reference Standard Test Sites for Stability Monitoring: Gyanesh Chander – SGT, Inc., US Geological Survey (USGS) Earth Resources Observation and Science (EROS) Center; Xiaoxiong Xiong – NASA Goddard Space Flight Center; Taeyoung Choi, Amit Angal – Science Systems and Applications, Inc.

A Space‐based Calibration Transfer Standard Spectroradiometer (SCATS) for Validating SI Traceable CLARREO Benchmark Climate Measurements in the Solar Reflective Region: Donald Heath, James Leitch, Richard Tarde – Ball Aerospace & Technologies Corp.

Calibration of the NIST Thermal‐infrared Transfer Radiometer (TXR): Joseph Rice, Joseph O'Connell, Raju Datla – NIST

Cross‐platform Consistency of AVHRR Nighttime Radiances Onboard NOAA16‐19 and MetOp‐A Using the Monitoring of IR Clear‐sky Radiances Over Oceans for SST (MICROS) Near‐Real Time Web‐based Tool: XingMing Liang – NOAA/NESDIS/STAR & CSU/CIRA; Alexander Ignatov – NOAA/NESDIS/STAR

Design and Testing of an Upgraded Automated Solar Radiometer with TE‐cooled SWIR Channels: Nikolaus Anderson, Stuart Biggar, Jeffrey Czapla‐Myers, Joel McCorkel, Nathan Leisso – University of Arizona; Kurtis Thome – NASA Goddard Space Flight Center; Ronald Lockwood, Thomas Cooley – Space Vehicles Directorate, Air Force Research Laboratory

General Use of Celestial Body & Vicarious Calibration Metrics in Maintaining Earth Observing Radiometer Calibration Stability: Grant Matthews – ITT

Generation and Validation of ATMS Proxy Data for CrIMSS Algorithm Testing: Laura Jairam, Laura Bickmeier, William Blackwell, Vince Leslie – MIT Lincoln Laboratory

In‐Flight Calibration of the GOES‐O Solar X‐Ray Imager Using the Crab Nebula: Karl Kennedy Klett – US Army Research Laboratory

In‐flight Radiometric and Geometric Calibration Plan for the Proba‐V Mission: Sindy Sterckx, Iskander Benhadj, Jan Biesemans, Wouter Dierckx, Jan Dries, Stefan Livens, Ils Reusen, Kris Nackaerts, Richard Kleihorst, Tanja Van Achteren – VITO NV, Remote Sensing and Earth Observation Processes

Instrumentation to Characterize the Moon as a Reference Standard for Space‐based Radiometry: Allan Smith, Raju Datla – NIST; Steven Lorentz – L‐1 Standards and Technology; Tom Stone – US Geological Survey

Intercalibration of NOAA MSU and AMSU for Climate Change Detection: Cheng‐Zhi Zou, Wenhui Wang – NOAA/NESDIS/STAR

Investigation of Several Materials, Including Spectralon, as a Potential 3.39‐micron MWIR BRDF Standard: Bradley Balling, Michael Marciniak – Air Force Institute of Technology

IR Calibration Capabilities of the Missile Defense Transfer Radiometer (MDXR) and Applications to IR Test Chamber Calibrations: Adriaan Carter, Raju Datla – NIST; Timothy Jung, Solomon Woods – Jung Research and Development

Measurement Astrophysics (MAP) First Steps: Precision Measurements of Atmospheric Extinction: Peter Zimmer, John McGraw – University of New Mexico

New Method for Calibration of Sun Photometers for Atmospheric Remote Sensing: H.H. Asadov, I.G. Chobanzadeh – Azerbaijan National Aerospace Agency

New NIST Capability for Infrared Spectral Characterization of High Temperature Sources up to 1000 °C: Vladimir Khromchenko – USU/Space Dynamics Laboratory; Sergey Mekhontsev, Leonard Hanssen, Charles Gibson – NIST

On‐orbit Solar Calibrations Using the Clouds and Earth's Radiant Energy System (CERES) In‐flight Mirror Attenuator Mosaic (MAM) Calibration System: Robert S. Wilson – SSAI

Stability Characterization of UV and Blue High‐Flux Light Emitting Diodes as In‐Flight Radiometric Sources: Mark Helmlinger, Butch Miller, James Barter, Mark Frink – Northrop Grumman Aerospace Systems

Radiometric Performance of the CERES Earth Radiation Budget Climate Data Record Edition‐3 Products: Kory Priestley – NASA Langley Research Center

Ray Trace Study of Hemispherical Reflectance Measurement for Large Cavities: Jinan Zeng – USU/Space Dynamics Laboratory; Leonard Hanssen – NIST

Realization of Radiance Temperature Scale to Test the Blackbody Calibration Source for Calibration of Spaceborne Infrared Instruments: Chul Woung Park, Yong‐Shim Yoo, Bong‐Hak Kim, Dong‐Hoon Lee, Seung‐ Nam Park – Korea Research Institute of Standards and Science/Center for Temperature & Light

Realization of Spectral Irradiance Scale of KRISS to Calibrate Standard Source for Spectroradiometers by Using High Temperature Blackbody: Dong‐Joo Shin, Dong‐Hoon Lee, Chul‐Woung Park, Yong‐Wan Kim, Seung‐Nam Park – Korea Research Institute of Standards and Science

Using the Antarctic Dome C Site for Climate Quality Calibration: Ping Jing – IMSG at NOAA/NESDIS/STAR; Changyong Cao – NOAA/NESDIS/STAR

Utilization of Linear Programming for Optimization of Multi‐Wavelength Photometers: H.H. Asadov, D.Z. Aliyev – Azerbaijan National Aerospace Agency

WISE Non‐Linearity Characterization: Harri Latvakoski, Joel Cardon, Mark Larsen – USU/ Space Dynamics Laboratory

Poster Viewing Schedule

Poster Session

Poster Titles