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Table 1.1: Rule bases for classification of segments in vertical or horizontal
Table 1 Maximum vertical and horizontal dune change in [m] at different sections.
"... In PAGE 15: ... This image was used to assess horizontal dune movement in those areas where the dune has migrated onto pre-existing vegetation. The length and orientation of maximum horizontal dune movement were measured perpendicularly to the three main dune crests ( Table1 ). Vertical change was computed along the RTK-GPS paths by transforming the RTK-GPS traverse to a 1m resolution raster representation and then computing the difference between the 1999 lidar DEM and 2002 RTK-GPS elevations using map algebra.... In PAGE 15: ... Vertical change was computed along the RTK-GPS paths by transforming the RTK-GPS traverse to a 1m resolution raster representation and then computing the difference between the 1999 lidar DEM and 2002 RTK-GPS elevations using map algebra. The maximum elevation changes are reported in Table1 . The comparison of the 1998-1999-2002 horizontal dune crests locations shows that all dune crests have moved in the south/south-west direction between 20m to 40m, thus threatening the road and homes along the south boundary of the park.... In PAGE 16: ...towards the west. The differences in 1999-2002 elevations indicate that the dune is flattening, loosing over 2m at its highest point ( Table1 ). Gains in elevation more than 2m were observed in lower elevation areas where protection fences were installed, proving their effectiveness in trapping sand.... ..."
Table 1: Classification of the manipulation methods according to their characteristics on degree of freedom dependency (horizontal) and object motion control (vertical).
1998
"... In PAGE 3: ... For the second characteristic a distinction is made between methods that use object position control, object velocity control, or a combination. Table1 depicts the classification of each... ..."
Cited by 3
Table 1: Classification of the manipulation methods according to their characteristics on degree of freedom dependency (horizontal) and object motion control (vertical).
1998
"... In PAGE 3: ... For the second characteristic a distinction is made between methods that use object position control, object velocity control, or a combination. Table1 depicts the classification of each... ..."
Cited by 3
Table 1: Classification of the manipulation methods according to their characteristics on degree of freedom dependency (horizontal) and object motion control (vertical).
1998
"... In PAGE 4: ... For the second characteristic a distinction is made between methods that use object position control, object velocity control, or a combination. Table1 depicts the... ..."
Cited by 3
Table 1: Classification of the manipulation methods according to their characteristics on degree of freedom dependency (horizontal) and object motion control (vertical).
1998
"... In PAGE 4: ... For the second characteristic a distinction is made between methods that use object position control, object velocity control, or a combination. Table1 depicts the... ..."
Cited by 3
Table 4: Horizontal and Vertical database layout of D.
2002
"... In PAGE 9: ... Another commonly used layout is the vertical data layout, in which the database consists of a set of items, each followed by its cover [33, 41]. Table4 shows both layouts for the database from Example 1. Note that for both layouts, it is also possible to use the exact bit-strings from the binary matrix [34, 29].... ..."
Cited by 25
Table 4: Horizontal and Vertical database layout of D.
2002
"... In PAGE 9: ... Another commonly used layout is the vertical data layout, in which the database consists of a set of items, each followed by its cover [33, 41]. Table4 shows both layouts for the database from Example 1. Note that for both layouts, it is also possible to use the exact bit-strings from the binary matrix [34, 29].... ..."
Cited by 25
Table II. The parameters used in each of the simulations for the square liquid column.
in AN IMPLICIT ALGORITHM FOR CAPTURING SHARP FLUID INTERFACES IN THE VOLUME OF FLUID ADVECTION METHOD
2006
Table III. The parameters used in each of the simulations for the rectangular liquid column.
in AN IMPLICIT ALGORITHM FOR CAPTURING SHARP FLUID INTERFACES IN THE VOLUME OF FLUID ADVECTION METHOD
2006
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