JACIE 2001 Presentations
Greenbelt, Maryland
Presentations from this workshop can be accessed by searching the JACIE Search Tool.
Monday, March 19, 2001
Welcome — Thomas Stanley, NASA Stennis Space Center
General Overview Session
- Greg Snyder, USGS — High-Resolution Commercial Satellite Imagery (CSI) Sensor Overview and USGS Activities
- Tom Hennig, NIMA — Commercial Imagery Program
- Fritz Policelli, NASA — Scientific Data Purchase Project
System Characterization Session
- Gene Dial, Space Imaging — Space Imaging IKONOS Overview
- Gene Dial, Space Imaging — IKONOS Products - CARTERRA & NASA
- Gene Dial, Space Imaging — IKONOS Metric Accuracy
- Mary Pagnutti, Lockheed Martin — IKONOS V&V Overview
- Frank Gerlach, Space Imaging — Space Imaging IKONOS Spatial Characterization
- Thomas Ager, NIMA — IKONOS Stereo Mapping Block Adjustment Test
- Slawomir Blonski, Lockheed Martin — Spatial Resolution of IKONOS Panchromatic Images: Characterization Based on Edge Responses
- Rose Fletcher, Lockheed Martin — IKONOS Shipment Verification
- Kevin Patrick, USGS — Geometric Accuracy Assessment of IKONOS Data Sets By EROS Data Center and South Dakota State University
- Dennis Helder, South Dakota State University — Techniques for On-orbit Spatial Characterization of IKONOS
- Brad Peterson, Space Imaging — Space Imaging IKONOS Radiometric Characterization
- Mary Pagnutti, Lockheed Martin — IKONOS Radiometric Characterization - Lunar Lake Playa, Nevada
- Robert Schowengerdt, University of Arizona — Spatial Characterization of Ikonos Imagery
Tuesday, March 20, 2001
System Characterization Session (cont’d.)
- Frank Avila, NIMA — NIMA`s Requirement: A Level 1 IKONOS Product
- Braxton Baldridge, NIMA — NIMA Civil and Commercial Applications Project: ImageInterpretability and Feature Extraction of Ikonos Imagery Products
- Slawomir Blonski, Lockheed Martin — IKONOS-based Simulations of Landsat 7VNIR Data: Comparison with Actual, Coincident Images
- Pete Gaska, NIMA — Stereo Characterization of IKONOS Imagery
- Robert Ryan, Lockheed Martin — Initial IKONOS Modulation Transfer Function Compensation (MTFC) Evaluation
- Stephen Schiller, South Dakota State University — IKONOS Radiometric Calibration Using a Low Reflectance Grass Target
- Zedrick Teague, NIMA — Ikonos Pan-sharpened Products Evaluation (Preliminary Results)
- Kurt Thome, University of Arizona — Radiometric Calibration of Ikonos
Comparisons with other Systems Session
- Sam Goward, University of Maryland — Radiometric Comparison of Ikonos & Landsat 7 ETM+ Observations: Implications for Science Applications
- Jeff Morisette, SSAI — MODIS Land Team use of IKONOS data
- Vicki Zanoni, Lockheed Martin — Uniform Site Evaluation and SNR Estimation
Wednesday, March 21, 2001
Applications Research Session
- Serge Andrefouet, University of South Florida — High Resolution IKONOS Data for Coral Reefs Studies
- Marvin Bauer, University of Minnesota — Extending Satellite Remote Sensing to Local Scales: Minnesota Experience with IKONOS Data
- Robert Bindschadler, NASA — Ice Dolines on Larsen Ice Shelf, Antarctica: An Application of IKONOS Data
- Don Ecuyer, Naval Oceanographic Office — Naval Oceanographic OfficeWarfighting Support Center Briefing
- Roland Geerken, Yale University — Changing Landscapes in the Middle East
- Scott Goetz, University of Maryland — The Mid Atlantic Regional Earth Science Applications Center (RESAC) Overview
- Penny Masuoka, Uniformed Services University of Health Sciences — Use of IKONOS and Landsat to Estimate Size of Mosquito Habitat for Malaria Control in South Korea
- Santhosh Kumar Seelan, University of North Dakota — IKONOS Derived Inputs for Precision Farming
- Christopher Small, Columbia University — Scaling Properties of Urban Radiance
- Prasad Thenkabail, Yale University — Characterization of Humid-Forest and Savanna Ecoregions of West and Central Africa using Satellite Sensor Data of Three Eras Characterization of Eco Regions in Africa (CERA)
- Xiangming Xiao, University of New Hampshire — Applications of IKONOS Images in Support of Researches of NASA LBA-Ecology Program