MESSENGER_FNN_IMF_Predictions_27_03_2024

<p>This dataset contains MESSENGER magnetosheath measurements and predictions made by a feed-forward neural network. The parameters are in the aberrated Mercury magnetospheric coordinate system (MSM'). The time cadence for these measurements is 40 s.</p> <p>The columns are as follows:</p> <ol> <li>magx: x component of the magnetosheath magnetic field (nT)</li> <li>magy: y component of the magnetosheath magnetic field (nT)</li> <li>magz: z component of the magnetosheath magnetic field (nT)</li> <li>magamp: amplitude of the magnetosheath magnetic field (nT)</li> <li>time: time of magnetosheath measurement (YEAR-MONTH-DAY HOUR:MINUTE:SECOND)</li> <li>x: position of spacecraft along the X_MSM' axis</li> <li>r: cylindrical radial position (sqrt(Y_MSM'^2+Z_MSM'^2))</li> <li>theta: angular position tan^(-1)(Y_{MSM'}/Z_{MSM'})</li> <li>bswx_pred: x component of the FNN prediction for the upstream IMF</li> <li>bswy_pred: y component of the FNN prediction for the upstream IMF</li> <li>bswz_pred: z component of the FNN prediction for the upstream IMF</li> <li>magsw_pred: amplitude of the FNN prediction for the upstream IMF</li> <li>bswx_err: uncertainty in the x component of the FNN prediction for the upstream IMF</li> <li>bswy_err: uncertainty in the y component of the FNN prediction for the upstream IMF</li> <li>bswz_err: uncertainty in the z component of the FNN prediction for the upstream IMF</li> <li>magsw_err: uncertainty in the amplitude of the FNN prediction for the upstream IMF</li> </ol> <p>&nbsp;</p>