1. Instrument Accuracy Analysis
OC 3570
NPS, Summer 2009
LT R.G. Ingersoll

2. Context & Motivation
J.C. Stennis
Rockwater II

3. Matlab Data Matrix for SST Vectors: Data points = 01- 91

4. SST Vectors Data points 01-91: Blk=Mrad, Grn=Hrad, Red=Intk, Blue=Boom

5. SST Vectors 1-91: Red=Intk, Blue=Boom

6. Curve Fitting Method – Matlab Tools, “Linear”

7. SST Vectors 1-91: Scatter: Intk, Boom

8. SST Vectors 1-91: Red=Intk, Blue=Boom

9. SST Vectors Data points 01-91: Blk=Mrad, Grn=Hrad, Red=Intk, Blue=Boom

10. SST Vectors 1-91: Red=Hrad, Blue=Boom

11. SST Vectors 1-91: Scatter: Hrad, Boom

12. SST Vectors Data points 01-91: Blk=Mrad, Grn=Hrad, Red=Intk, Blue=Boom

13. SST Vectors 1-91: Red=Mrad, Blue=Boom

14. SST Vectors 1-91: Scatter: Mrad, Boom

15. SST Vectors 1-91: Red=MradTrans, Blue=Boom

16. Considerations about cloud cover
PDT
SkyCon

17. SST Vectors 1-91: Red=MradTrans, Blue=Boom
Mrad less than Boom in each case
25/00Z
27/00Z
28/00Z

18. SST Vectors 1-91: Red=Intk, Blue=Boom, Grn=Mrad-sky
25/00Z
27/00Z
28/00Z

19. Heat Flux Trends
25/00Z
27/00Z
28/00Z

20. Correction for IR radiometer sensors

21. SST Vectors Data points 01-91: Blk=Mrad, Grn=Hrad, Red=Intk, Blue=Boom
Hrad too erratic for use

22. Conclusions Human error effects Sensor specific vulnerabilities
Corrections possible (Y/N?)