JACIE 2003 Presentations

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Presentations from this workshop can be accessed by searching the JACIE Search Tool.

Monday, May 19, 2003

Welcome, Workshop Objectives — Vicki Zanoni, NASA

• Greg Snyder, USGS — USGS Land Remote Sensing Program Commercial Remote Sensing Project Overview
• Lori Baer, USGS — Evaluating the Horizontal Accuracy of DigitalGlobe QuickBird II Orthorectified Products Over the Morrison, Colorado Test Site
• Paul Basgall, NIMA — Geospatial Accuracy Evaluation Processes for DigitalGlobe QuickBird 1B and Orthorectified Products
• Ron Birk, NASA — Earth Science Enterprise Science for Society
• Jennifer Meisburger, NIMA — Civil & Commercial Applications Project (CCAP): Evaluation of QuickBird Level 1B Data Geopositional Accuracy
• Terry Felkerson, USGS — Horizontal Accuracy Evaluation of DigitalGlobe QuickBird II Orthorectified Products Over Kaintuck Hollow, Missouri Test Site
• Robert Glittone, NIMA — Civil & Commercial Applications Project (CCAP): QuickBird Image Interpretability (NIIRS) Evaluation Results
• Paul Beyer, NIMA — Civil & Commercial Applications Project (CCAP): Evaluation of QuickBird Imagery Suitability for Feature Extraction
• Walter Scott, DigitalGlobe — QuickBird Overview and Operational Status
• Jim Friedel, DigitalGlobe — Quickbird Imagery Products
• Paul Scott, DigitalGlobe — QuickBird On-Orbit Spatial Image Quality Assessment
• Jerry Smith, Will Colwell, DigitalGlobe — QuickBird Geopositional Status
• Gene Dial, Space Imaging — IKONOS Calibration/Validation Status

Tuesday, May 20, 2003

• Robert Schowengerdt, University of Arizona — IKONOS Spatial Quality Assessment 2000-2002
• Del Croom, NASA — High Resolution Data Needs of NASA`s Aviation Safety Program`s Synthetic Vision Systems Project
• James Garvin, NASA — Monitoring Landscapes on Oceanic Islands: Sub-meter Imaging from IKONOS and QuickBird
• Gregory Grohman, NIMA — Issues and Solutions Involving the Resolution Merger of Panchromatic and MultiSpectral Imagery from DigitalGlobe`s QuickBird-2 2A Data
• Kara Holekamp, Lockheed Martin — NASA QuickBird Radiometric Characterization
• Richard Kiang, SSAI — Identification of Mosquito Larval Habitats Using IKONOS Data
• Keith Krause, DigitalGlobe — QuickBird Radiometric Calibration
• Brad Rupert, Minnehaha County Planning Department —Applications of High Resolution Satellite Imagery for Minnehaha County, South Dakota
• Kurtis Thome, University of Arizona — Vicarious Calibration Results for QuickBird- 2
• Compton Tucker, NASA — Araona Crater Expeditions 10/98 & 9/02 - Strange Circular Structure
• Steve Van Aartsen, City of Sioux Falls GIS — Characterization and Application of DigitalGlobe, QuickBird, andSpace Imaging IKONOS Imagery for Local Government Applications

Wednesday, May 21, 2003

• Kyle Bohnenstiehl, OSMRE-WRCC-TIPS — Applications of High Resolution Stereo Satellite Imagery for Permitting, Inspection, and Monitoring of Surface Coal Mines in the Western Region
• Xuexia Chen, S.D. School of Mines and Technology — Relationships Among IKONOS Imagery, Landsat ETM+ Imagery, Airborne Scanning LIDAR, and Vegetation Structure in a Ponderosa Pine Forest
• Gene Dial, Space Imaging — IKONOS Applications
• Patrick Gonzales, The Nature Conservancy — Forest Species and Carbon Changes in the West African Sahel, 1954-2002, Using Aeral Photographs and IKONOS
• Joe Spruce, NASA — Use of IKONOS Data in Cultural Resource Surveys of Areas Subject to Coast 2050 Wetland Mitigation
• Kris Holderied, Rick Stumph, NOAA — Benthic Habitat Mapping of Coral Reefs with High Spatial Resolution Satellite Imagery
• Jeff Liedtke, DigitalGlobe — QuickBird Imagery Products and Applications
• Bruce Davis, NASA — Future Actitivies of JACIE

Poster Session 

• Slawomir Blonski, Lockheed Martin — Stennis Space Center QuickBird Panchromatic Imagery Spatial Resolution Evaluation
• Slawomir Blonski, Lockheed Martin — Stennis Space Center IKONOS Panchromatic Imagery Spatial Resolution Characterization
• David Carver, Lockheed Martin — Stennis Space Center IKONOS Radiometric Characterization
• Jason Choi, South Dakota State University — On-orbit Modulation Transfer Function (MTF) Measurement of QuickBird
• Jason Choi, South Dakota State University — On-orbit Modulation Transfer Function (MTF) Measurement of IKONOS Satellite
• Michael Coan, SAIC — Image-to-Image Registration Quality Assessment of IKONOS / QuickBird Imagery using Aerial Orthoimagery
• Alisa Gallant, USGS — Examining IKONOS as a Data Source for Locating Desert Wetlands in the Southwestern U.S
• Changquan Huang, Limin Yang, Bruce Wylie, Collin Homer, Zhiliang Zhu, USGS — A Strategy for Estimating Tree Canopy Density Using Landsat 7 ETM+ and High Resolution Images Over Large Areas (Part I)
• Dennis Helder, Ravikanth Darbha, South Dakota State University — IKONOS Geometric Verification - Brookings SD Test Site
• Eric Daehler, Lockheed Martin — Stennis Space Center Verification and Validation Capabilities
• Dennis Helder, Manjunath K. Rangaswamy, Larry Leigh, South Dakota State University —Two-Dimensional On-Orbit MTF Analysis of QuickBird Using Convex Mirror Array 
• Robert Schowengerdt, University of Arizona — Quickbird-2 Spatial Response Assessment using Urban Targets
• Charles Smith, Lockheed Martin — Stennis Space Center Geometric Accuracy Assessment of High Spatial Resolution Commercial Imagery
• Esad Micijevic — Stennis Space Center Geometric Accuracy Assessment of DigitalGlobe QuickBird Imagery
• Jerry Smith, DigitalGlobe — DigitalGlobe Basic Level Product
• Jerry Smith, DigitalGlobe — DigitalGlobe Standard Level Product Applications
• Jerry Smith, DigitalGlobe — Orthorectified Level Product Applications