| Resources |
|
|
 |
|
|
Appendices Part 16
This is a full listing of the Validation
Report appendices with links to all related PDFs.
- EO-1 Technology Transfer & Infusion Workshop
(01/2001)
PDF
- EO-1 Presentation (GSFC Engineering Colloquium (03/2001)
PDF
- EO-1 Mission Technology Forum (08/2001)
- Section 1a - Agenda and Logistics PDF
- Section 1b - Introduction PDF
- Section 2 - New Millennium Program Overview &
Status PDF
- Section 3 - EO-1 Mission Overview & Status
PDF
- Section 5 - Advanced Land Imager (ALI) Design
Overview PDF
- Section 6 - ALI Silicon Carbide (SiC) Technology
PDF
- Section 7 - ALI Focal Plane Technology PDF
- Section 8 - ALI Ground Test & On-Orbit Validation
/ Performance PDF
- Section 9 - ALI Lessons Learned PDF
- Section 10 - ALI Technology Infusion Strategy
PDF
- Section 11 - ALI Technology Summary PDF
- Section 12 - Overview of the Hyperion Imaging
Spectrometer PDF
- Section 13 - Hyperion Ground Test and On-Orbit
Performance PDF
- Section 14 - From Hyperion to the Future PDF
- Section 15 - LEISA Atmospheric Corrector (LAC)
Design Overview PDF
- Section 16 - LAC Performance Validation PDF
- Section 17 - LAC Overall Technology Assessment
PDF
- Section 18 - EO-1 Science Validation Team (SVT)
PDF
- Section 19 - EO-1 Spacecraft Bus Performance
PDF
- Section 20a - Carbon-Carbon Radiator (CCR)
PDF
- Section 20b - LA-II Low Alpha Inorganic White
Thermal Coating
PDF
- Section 21 - Lightweight Flexible Solar Array
(LFSA)
PDF
- Section 22a - Validation of NASA's First Autonomous
Formation Flying Experiment PDF
- Section 22b - Enhanced Formation Flying (JPL Algorithm)
PDF
- Section 23a - X-Band Phased Array Antenna (XPAA)
Background and Development PDF
- Section 23b - XPAA Technology Validation PDF
- Section 24 - Wideband Advanced Recorder/Processor
(WARP)
PDF
- Section 25 - Pulsed Plasma Thruster (PPT)
PDF
- ALI Technology Transfer Forum (10/2001)
- Welcome and Opening Remarks
PDF
- Agenda
PDF
- Overview PDF
- ALI Optical Subsystem Technology PDF
- ALI Focal Plane Technology PDF
- Payload Mechanical Engineering PDF
- ALI Thermal Design PDF
- Advanced Land Imager Control Electronics PDF
- Integration and Environmental Testing PDF
- Performance Characterization PDF
- Spectral Calibration of the EO-1 Advanced Land
Imager PDF
- Spatial Calibration and Flight Validation PDF
- Radiometric Calibration and Flight Validation
PDF
- EO-1 Hyperion & ALI Data Users Workshop (11/2001)
- Agenda PDF
- Section 1 - Welcome and Introduction
PDF
- Section 2 - Hyperion, ALI, and the EO-1 Mission
PDF
- Section 3 - Introduction to the Hyperion Instrument
& Data Processing
PDF
- Section 4 - Using the Hyperion Data
PDF
- Section 5 - SWIR Example: Mineral Identification
(Cuprite, NV)
PDF
- Section 6 - VNIR Example: Agricultural Land Cover
- Coleambally Irrigation Area
PDF
- Section 7 - Science Validation Team Activities
PDF
- Section 8 - User Interface
PDF
- Section 9 - Introduction to the ALI Instrument
and Data Processing
PDF
- Section 10 - ALI Technology Infusion Strategy
PDF
- Section 11 - Comparison of ALI, Hyperion, and
Landsat Data
PDF
- Section 12 - User Interface
PDF
- EO-1 Results (GSFC Systems Engineering Seminar)
(06/2002)
- Cover PDF
- Contents PDF
- Section 1 - Mission Overview
PDF
- Section 2 - Hyperion
PDF
- Section 3 - Advanced Land Imager
PDF
- Section 4 - LEISA Atmospheric Corrector
PDF
- Section 5 - Spacecraft Technologies
PDF
- Section 6 - Technology Validation and Infusion
Status
PDF
- Section 7 - Current Status
PDF
- Section 8 - EO-1 Lessons Learned / Summary PDF
- EO-1 Technology Demonstration of Silicon Carbide
Polishing MSWord
- Hyperion Early Orbit Checkout Report - Part I
PDF
- Hyperion Early Orbit Checkout Report - Part II
PDF
- Hyperion Science Data User's Guide
PDF
- EO-1 End-of-Life Plan (TBS)
- SEU/NMP EO-1 List of Library Documents
Excel Spreadsheet
- Validation of Onboard Cloud Cover Assessment Using
EO-1
MsWord
- EO-1 Orbital Debris Assessment Report |
Letter
- EO-1 Hyperspectral Data Compression Workshop
- EO-1 Mission Overview
PPT
- Spectral Considerations for the Measurement of
Carbon
PPT
- Science Requirements for Hyperspectral Data Compression
PPT
- Onboard Science Data Compression:Technology Development
and Status at GSFC
PPT
- Cloud Context-based Onboard Data Compression
PPT
- Compressing Hyperspectral Data with JPEG 2000
PPT
- Information Extraction and Retrieval-based data
Compression for Remotely Sensed Imagery
PPT
- Combined Spectral and Spatial Compression for
HIS Applications
PPT
- Hyperspectral Compression for Earth Science Satellite-based
Measurements
PPT
- Onboard HSI Compression Algorithms
PPT
- Science Processing & Information Management
PPT
- MIT/LL ALI Project Reports
- EO-1-1 ALI: Instrument and Flight Operations
Overview PDF
- EO-1-2 ALI: Spectral Response Calibration
PDF
- EO-1-3 ALI: Radiometric Response Calibration
PDF
- EO-1-4 ALI: Detector Line-Of-Sight Calibration
PDF
- EO-1-5 ALI: Dark Current and Noise Characterization
and Anomalous Detectors
PDF
- EO-1-6 ALI: Flight Performance Assessment: Flight
Performance Assessment: Investigating Dark Current
Stability Over One-Half Orbit Period During the
First 60 Days
PDF
- EO-1-7 ALI: Flight Performance Assessment: Noise
and Dark Current Trending for the First 60 Days
PDF
- E0-1-8 Comparison of the EO-1 ALI Performance
with the Landsat Data Continuity Mission Specifications
PDF
- EO-1-9 ALI: Technology Validation Report
PDF
- EO-1-10 ALI: Flight Performance Assessment: Absolute
Radiometry and Stability During the First Year
PDF
- EO-1-11 ALI: Flight Performance Assessment: Noise
and Dark Current Stability During the First Year
On Orbit
PDF
- EO-1-12 ALI: Imaging Performance On-Orbit
PDF
- EO-1 ALI Modulation Transfer Functions - Technical
Report 1061
PDF
- TRW Hyperion Monthly Reports
- TRW Hyperion Papers and Presentations
- Hyperion Imaging Spectometer on the New Millennium
Program Earth Orbiter-1 System
PDF
- Hyperion Hyperspectral Imager on Earth Orbiter-1
System
PDF
- Radiometric Calibration Transfer Chain from Primary
Standards to End-to-End Sensor Characterization
TRW
PDF
- Radiometric Performance Characterization of the
Hyperion Imaging Spectrometer Instrument
PDF
- Development and Operations of the EO-1 Hyperion
Imaging Spectrometer Paper
PDF
- Development and Operations of the EO-1 Hyperion
Imaging Spectrometer Presentation
PDF
- EO-1/Hyperion hyperspectral imager design, development,
characterization, and calibration
PDF
- Radiometric Calibration of the Hyperion Imaging
Spectrometer Instrument From Primary Standards to
End-to-End Calibration
PDF
- Hyperion Data Collection: Performance Assessment
and Science Application
PDF
- The EO-1 Hyperion Imaging Spectrometer IEEE Aerospace
Conference
PDF
- The Performance of the Satellite-borne Hyperion
Hyperspectral VNIR-SWIR Imaging System for Mineral
Mapping at Mount Fitton, South Australia
PDF
- The Performance of the Satellite borne Hyperion
Hyperspectral VNIR-SWIR Imaging System for SWIR
Imaging System for Mineral Mapping at Mount Fitton
South Australia
PDF
- The Lake Frome Field Campaign in Support of Hyperion
Instrument Calibration and Validation
PDF
- Land Surface Geo/Biophysical Variable Estimation
from EO-1 Data and Validation
PDF
- The Coleambally Agricultural Component of Hyperion
Instrument Validation
PDF
- Use of the Lake Frome Ground Truth Campaign as
a Cross-Calibration of the Hyperion Instrument
PDF
- Use of Lake Frome Ground Truth Campaign as a Cross-Calibration
of the Hyperion Instrument
PDF
- Overview of the Hyperion Imaging Spectrometer
for the NASA EO-1 Mission
PDF
- Overview of the Hyperion Imaging Spectrometer
for the NASA EO-1 Mission
PDF
- On-Orbit Spectral Calibration Verification of
Hyperion
PDF
- On-Orbit Spectral Calibration Verification of
the Hyperion Instrument
PDF
- Measurement of Hyperion MTF from On-Orbit Scenes
PDF
- Measurement of Hyperion MTF from On-Orbit Scenes
PDF
- On-Orbit Radiometric Calibration of the Hyperion
Instrument
PDF
- Aggregation of Hyperion Hyperspectral Spectral
Bands into Landsat-7 ETM+ Spectral Bands
PDF
- Radiometric Calibration Validation of the Hyperion
Instrument using Ground Truth at a Site in Lake
Frome, Australia
PDF
- On-Orbit Solar Radiometric Calibration of the
Hyperion Instrument
PDF
- Hyperion On-Orbit Validation of Spectral Calibration
using Atmospheric Lines and an On-board System
PDF
- Measurement of Hyperion MTF from on-orbit scenes
PDF
- Radiometric Calibration Validation of the Hyperion
Instrument using Ground Truth at a Site in Lake
Frome, Australia
PDF
- Hyperion On-Orbit Validation of Spectral Calibration
using Atmospheric Lines and an On-board System
PDF
- Radiometric Calibration Validation of the Hyperion
Instrument using Ground Truth at a Site in Lake
Frome, Australia
PDF
- Risk Management on Hyperion: Consultant, Industry,
and NASA Perspectives
PDF
- Risk e-Business: Enhancing a Successful Risk Management
Process Online
PDF
- Collection of ALI Related Validation Summaries
PDF
|
SectionNav
| SiteNav | PageTop
| ContentTop | Footer
|