To reduce computation time and to increase the precision of this integration, we propose to split the calculations over different computers and to appropriately calibrate the individual runs.
The precision of the numerical integration can be changed by using the set_xsxset function to set the value of the PEXRIV_PRECISION keyword, which defines the fractional precision.
The precision of the numerical integration can be changed by using the set_xsxset function to set the value of the EQPAIR_PRECISION keyword, which defines the fractional precision.
The precision of the numerical integration can be changed by using the set_xsxset function to set the value of the BEXRIV_PRECISION keyword, which defines the fractional precision.
The precision of the numerical integration can be changed by using the set_xsxset function to set the value of the PEXRAV_PRECISION keyword, which defines the fractional precision.
The precision of the numerical integration can be changed by using the set_xsxset function to set the value of the BEXRAV_PRECISION keyword, which defines the fractional precision.
The precision of the numerical integration can be changed by using the set_xsxset function to set the value of the NTEEA_PRECISION keyword, which defines the fractional precision.
LiDAR-assisted approaches have, however, demonstrated the capacity to obtain almost the same level of precision through the integration of a 1 5% LiDAR sample with wall-to-wall satellite data, and so facilitate national estimates of AGB [20].
In other words, in order to obtain high prediction accuracy (80% precision) by the integration model, certain amount of PPI data is necessary (more than 50% of original PPI edges in this case).
