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Posterior distributions for the model parameter...

Posterior distributions for the model parameters determined from fitting synthetic data....

Uri Rolls et al, The Astronomical Journal 171 1

Synthetic data gain phases (top) and visibility...

Synthetic data gain phases (top) and visibility phases (bottom) vs. time for each statio...

Uri Rolls et al, The Astronomical Journal 171 1

Uncalibrated visibility phase vs. time on each ...

Uncalibrated visibility phase vs. time on each of the baselines in the EHT 3C 279 datase...

Uri Rolls et al, The Astronomical Journal 171 1

Same as Figure 3, but showing now the unwrapped...

Same as Figure 3, but showing now the unwrapped visibility phases for a single scan. Not...

Uri Rolls et al, The Astronomical Journal 171 1

Recovered station gain phases vs. time for each...

Recovered station gain phases vs. time for each of the stations participating in the sca...

Uri Rolls et al, The Astronomical Journal 171 1

Calibrated and scan-averaged visibility phase v...

Calibrated and scan-averaged visibility phase vs. time on each of the non-ALMA baselines...

Uri Rolls et al, The Astronomical Journal 171 1

Posterior distributions for the modeled closure...

Posterior distributions for the modeled closure phases (ψ), when fitting synthetic data ...

Uri Rolls et al, The Astronomical Journal 171 1

This figure illustrates how observational data ...

This figure illustrates how observational data are partitioned into training and validat...

Anoop Gavankar et al, The Astronomical Journal 171 1

(Left) The irradiance profile for a clear day c...

(Left) The irradiance profile for a clear day compared with its monthly template from No...

Anoop Gavankar et al, The Astronomical Journal 171 1

(Top) A sample 2D image formed by stacking 100 ...

(Top) A sample 2D image formed by stacking 100 1D-CCCF vectors, resulting in dimensions ...

Anoop Gavankar et al, The Astronomical Journal 171 1

(Left) The irradiance profile for a typical cle...

(Left) The irradiance profile for a typical clear-sky day, showing smooth temporal varia...

Anoop Gavankar et al, The Astronomical Journal 171 1

This figure shows a Sample 1D-CCCF vector (see ...

This figure shows a Sample 1D-CCCF vector (see Section 3.3) constructed by concatenating...

Anoop Gavankar et al, The Astronomical Journal 171 1

(Left) The rolling standard deviation of the ir...

(Left) The rolling standard deviation of the irradiance profile for a clear-sky day, sho...

Anoop Gavankar et al, The Astronomical Journal 171 1

This figure illustrates the Gaussian profile fi...

This figure illustrates the Gaussian profile fit to a spectral line, as discussed in Sec...

Anoop Gavankar et al, The Astronomical Journal 171 1

Distribution of predicted period classes for sy...

Distribution of predicted period classes for systems without planetary companions (the “...

Anoop Gavankar et al, The Astronomical Journal 171 1

This figure shows a comparison between the Lomb...

This figure shows a comparison between the Lomb–Scargle periodogram and the model-predic...

Anoop Gavankar et al, The Astronomical Journal 171 1

Normalized predicted probability distribution f...

Normalized predicted probability distribution for all classes, including the “no planet”...

Anoop Gavankar et al, The Astronomical Journal 171 1

Distribution of predicted semi-amplitude classe...

Distribution of predicted semi-amplitude classes for systems without injected planetary ...

Anoop Gavankar et al, The Astronomical Journal 171 1

This figure presents the confusion matrix for p...

This figure presents the confusion matrix for period predictions on the ordered, monthly...

Anoop Gavankar et al, The Astronomical Journal 171 1

This figure compares the model’s classification...

This figure compares the model’s classification accuracy for the monthly separated order...

Anoop Gavankar et al, The Astronomical Journal 171 1

For the ordered data set V3, accuracy and preci...

For the ordered data set V3, accuracy and precision (as described previously in Figure 1...

Anoop Gavankar et al, The Astronomical Journal 171 1

This confusion matrix illustrates the model’s p...

This confusion matrix illustrates the model’s performance in predicting orbital periods ...

Anoop Gavankar et al, The Astronomical Journal 171 1

This confusion matrix depicts the model’s perfo...

This confusion matrix depicts the model’s performance in predicting orbital periods for ...

Anoop Gavankar et al, The Astronomical Journal 171 1

This figure shows the classification accuracy f...

This figure shows the classification accuracy for semi-amplitude predictions in the unsh...

Anoop Gavankar et al, The Astronomical Journal 171 1

This figure shows the confusion matrix for peri...

This figure shows the confusion matrix for period classification on the ordered, monthly...

Anoop Gavankar et al, The Astronomical Journal 171 1

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