ROCIS Flight Paths for Feb 17, 2024

Here, we test mutual-information (MI) Optimal flight paths for February 17, which maximizes the MI between the surface velocity measured on February 17 and either surface σT alone or surface σT + surface velocity on February 20. the flight paths that are 700 nmi long. In each case, the flight is allowed to travel in any of Nθ=10 different directions in Ns=11 segments between takeoff and landing. We also vary the number of points we sample along the flight paths.

When we target σT alone we optimize flights for information on the upper-layer eddies of the western wall. When we target σT and velocity we are interested in both the upper-layer eddies of the western wall and the full LC flow.

verif_locs.png

Data is collected all along the flight paths; datafiles with waypoint coordinates are available for download (see links in fifth column)

700 nmi tracks: Nθ=10 Ns=11
  Histogram of MI Track with maximum MI MI along candidate tracks Waypoint files
(optimal track)
optimizing for Feb 20
σT
Npoints=20
row001_histoMI_coz2coz_Na10_Ns11_paths.png.png
row001_MI_coz2coz_Na10_Ns11_paths_maxMI.png.png
row001_MI_coz2coz_Na10_Ns11_paths.png.png
ASCII | MAT
optimizing for Feb 20
σT + velocity
Npoints=20
row002_histoMI_coz2coz_Na10_Ns11_paths.png.png
row002_MI_coz2coz_Na10_Ns11_paths_maxMI.png.png
row002_MI_coz2coz_Na10_Ns11_paths.png.png
ASCII | MAT
optimizing for Feb 20
σT + velocity
Npoints=34
row003_histoMI_coz2coz_Na10_Ns11_paths.png.png
row003_MI_coz2coz_Na10_Ns11_paths_maxMI.png.png
row003_MI_coz2coz_Na10_Ns11_paths.png.png
ASCII | MAT