There is a loud and alarming bang, which, Tomas airily explains to his frightened wife and children, is merely to provoke controlled avalanches, improving the terrain for skiing.
Multi-error-removed improved-terrain DEM.
Polygon-based terrain classification data were created globally using 280 m digital elevation models (DEMs) interpolated from the multi-error-removed improved-terrain DEM MERIT DEMM).
In the current study, we develop this approach and introduce a trial of a new procedure of polygon-based classification using 280 m DEMs interpolated from the multi-error-removed improved-terrain DEM (MERIT DEM; Yamazaki et al. 2017).
These shared suspensions hold down the cost and improve performance on rough terrain, a feature many drivers cherish even if they never leave the asphalt.
The findings suggest that considering streamflow when spatially distributing precipitation in complex terrain may improve its representation, particularly for basins whose orientations (e.g., windward-facing) are favored for orographic precipitation enhancement.
In this work, we integrate a deep convolutional neural network (CNN) model with a near-to-far learning strategy to improve the accuracy of terrain segmentation and make it more robust against wild environments.
Our aim is therefore to generalize the approach presented by Robinson et al. [11] for applications where an existing DEM is updated with a new DEM within a smaller subregion with irregularly shaped boundaries, and to improve the preservation of terrain shape when fusing DEMs by applying a data-driven, spatially variable blending zone width.
Many non-human bipeds walk with step frequencies much closer to those consistent with a passive pendular swing-leg (Usherwood et al. 2008), potentially to improve stability over uneven terrain (Daley & Usherwood in press).
Therefore, omnidirectional antennas can improve reception in such terrains where directional path would be affected.
