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Pollution Monitoring Defense / Intelligence Planning Yield Forecasting Pesticide Applications
Transportation Planning Delivery Routing Watershed Analysis Global Change Research
Risk Assessment Urban Planning and Zoning Facility Site Selection Damage Assessment
Regulatory Compliance Waste Management Utility/Water Management and Planning
Oil, Gas, and Mineral Exploration Forestry Management Crop Planning and Management
Property/Casualty Market Demographics Property Appraisal & Tax Assessment
Road, Railroad, and Bridge Construction News Reporting
Imagery and Information
VERSION 3-5 Aug. 2003 Hitachi Software Engineering Co., Ltd. Proprietary
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Copyright © 2007 Hitachi Software Engineering Co., Ltd.
DigitalGlobe operates the world’s highest resolution
commercial imaging satellite
QuickBird
The Company - Today
VERSION 3-5 Aug. 2003 Hitachi Software Engineering Co., Ltd. Proprietary
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Copyright © 2007 Hitachi Software Engineering Co., Ltd.
Program Status
• QuickBird placed in 98 degree inclination, polar, sun synchronous, low earth orbit at 450 km altitude.
• Satellite is in optimal health and imaging verification and calibration has been completed. Products are now commercially available.
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Copyright © 2007 Hitachi Software Engineering Co., Ltd.
QuickBird Specifications
61 centimeter panchromatic resolution at nadir 60 or 70 cm over the field of regard (± 25 deg)
450-900 nm (grayscale) 2.44 meter multispectral resolution at nadir
2.4 or 2.8 m over the field of regard (± 25 deg)450-520 nm (blue)520-600 nm (green) 630-690 nm (red)760-900 nm (near IR)
11 bit dynamic range
Collection capacity: ~57 scenes per orbit,
~70 million km2 per year
8 year design life, ~2100 lbs, 3m length
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Spacecraft Comparison
Source: Public announcements to date and DigitalGlobe estimates
1.0 m
8 km
32 Gbit
14MM km2
1.5 - 3 days
30-meter
2003
0.8m
11 km
64 Gbit
26MM km2
2 - 3 days
10-meter
Available
Resolution
Swath width
On-Board storage
Max collection/year
Average revisit time (1 meter)
Mapping accuracy
(w/out GCP’s)
Commercial product availability
0.6m
16.5 km
128 Gbit
70MM km2
2 - 3 days
10-meter
Available
1.8m
12.5 km
0
25MM km2
1 - 2 days
100-meter
Available
ImageSat
VERSION 3-5 Aug. 2003 Hitachi Software Engineering Co., Ltd. Proprietary
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Copyright © 2007 Hitachi Software Engineering Co., Ltd.
QuickBird Imagery
Applications
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Copyright © 2007 Hitachi Software Engineering Co., Ltd.
• Agricultural Assessments- Food Security Issues
• Crop Health
• Yields
• Agricultural Infrastructure
- Illicit Crops• Monitoring Eradication Efforts
• Identifying Processing Labs
• Identification of Growing Areas
QuickBird 61 cm Pan-Sharpened Fresno Region, California
Possible to determine
variations of crops within a
field and by row
Possible to determine
variations of crops within a
field and by row
Identification of Plowing ActivityIdentification of Plowing Activity
Emerging CropEmerging Crop
Agricultural Applications
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Copyright © 2007 Hitachi Software Engineering Co., Ltd.
System of using QuickBird to analyze the taste of rice and wheat
Spectral analysis usingMultispectral imagery
Spectral analysis usingMultispectral imagery
Estimate contained amount of protein using NDVI and show the result on the map
Estimate contained amount of protein using NDVI and show the result on the map
It will be available to calculate the contained amount of protein of rice using QuickBird. Also it will be available to provide you the managerial system of rice overlaying both QuickBird and agricultural field in the map. In this case, they reflect these data for mowing.
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Case Study
Showing the degree of growth in each wheat field
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Copyright © 2007 Hitachi Software Engineering Co., Ltd.
Case Study
Possible to find the difference of growth in agricultural fields
Using QB Imagery to Analyze
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Copyright © 2007 Hitachi Software Engineering Co., Ltd.
Case Study
Example of enlarging the image
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