Titlebook: Advances in Digital Terrain Analysis; Qiming Zhou (Prof.),Brian Lees (Prof.),Guo-an Tang Book 2008 Springer-Verlag Berlin Heidelberg 2008

BOGUS

射手座

過份艷麗

Tailor

https://doi.org/10.1007/978-3-030-86386-9acteristics from the continuous field view with spatial object/topographic type/landscape unit views. With an ever increasing number of sensors and terrain data acquisition technologies, terrain analysis should no longer be driven by traditional data-centric approaches, but rather by semantics-centr

閹割

Asperity

Engaging Patient Groups in End-of-Lifein characteristics of plane, gully, hill and hybrid landforms are selected for experimentation. The results show CTCI to be a sound terrain parameter to evaluate terrain complexity. Terrain complexity is a regional feature, while CTCI is a local index, so the statistics (Mean CTCI, Maximum CTCI, and

VEIL

冒失

Medical Decision-Making at the End of Lifeution (using a 1:100,000 topographic based DEM). The transformed slope surface has been improved as an estimate of the finer resolution DEM slope in comparison with the coarser resolution DEM, the statistical results are similar to those from the finer resolution DEM in the loess hill area, and litt

CRACY

coalition