Thesis Topics Prof. Phil Durkee

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Thesis Topics Prof. Phil Durkee. 1. Dust-Haze-Smoke-Fog-Cloud Detection and Analysis ($) Comprehensive Satellite Analysis ($) ISR Projects (proposed $) Student Initiated Projects USAF Topics List (proposed $). 2. 3. 4. 5. Thursday, January 26, 2006. 1. - PowerPoint PPT Presentation

Transcript of Thesis Topics Prof. Phil Durkee

Thesis TopicsProf. Phil Durkee

Dust-Haze-Smoke-Fog-Cloud Detection and Analysis ($)

Comprehensive Satellite Analysis ($)

ISR Projects (proposed $)

Student Initiated Projects

USAF Topics List (proposed $)

1

2

3

4

Thursday, January 26, 2006

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1Dust-Haze-Smoke-Fog-Cloud Detection and AnalysisDust-Haze-Smoke-Fog-Cloud Detection and Analysis

Clean

Major Dust Storm

January 21, 2006

2 Comprehensive Satellite AnalysisComprehensive Satellite Analysis

05330

1330133009300930

METOP

Specialized

Satellites

NPOESSNPOESS

NPOESS

METEOSAT (6km) October 9, 2003METEOSAT (6km) October 9, 2003

AVHRR (1.1km) April 9, 2003AVHRR (1.1km) April 9, 2003

MODIS (1km) April 9, 2003MODIS (1km) April 9, 2003

MODIS (500m) April 9, 2003MODIS (500m) April 9, 2003

MISR (275m) April 9, 2003MISR (275m) April 9, 2003

SPOT (10m) August 27, 2002SPOT (10m) August 27, 2002

QuickBird (0.9m) March 27, 2003QuickBird (0.9m) March 27, 2003Spatial ResolutionSpatial ResolutionSpatial CoverageSpatial Coverage

MetSat

TAMSat

Applications of METOC Analysis to NTM and other Classified Satellite Systems

3

• TAM algorithm development – 3 year Merit Project

• Research Systems – NRO initiatives

• COMWX ACTD and follow-on studies

ISR ProjectsISR Projects

Student Initiated ProjectsStudent Initiated Projects4

B

A

C

W

N

E

S

3 ft

10 ft

45 ft

30 ft

B

A

C

W

N

E

S

3 ft

10 ft

45 ft

30 ft

B

A

C

W

N

E

S

3 ft

10 ft

45 ft

30 ft

in-situ: in-situ: 2.01m2.01m

Horizontal Visibility

USAF Topics ListUSAF Topics List5

5 10Aerosol Characterization Using NPP and NPOESS Environmental Data Records

46 30Fog Climatology of the Korean Peninsula Using Satellite Resources to Locate “Choke Points” of Otherwise Unobservable Fog

6 10 Aerosol Characterization Model Comparisons

7 10 Cloud Verification Using Objects

26 20 Near Space Clouds and Aerosols