Sentence examples for global dense from inspiring English sources

In order to validate the results of our method, we compare it with state-of-the-art global dense stereo methods in terms of percentage of bad matching pixels (B%).

On the 24-h post-procedure scans, this average renal attenuation was 43.8 ± 6.1 HU in the combined group, whereas those with bilateral global dense nephrograms had cortical attenuation values of 109.5 + 43.9 HU (p < 0.0001) and medullary values of 72.5 + 16.3 HU (p < 0.0001) (Fig. 3).

10 20 flyby sequences, including polar passes, will result in a dense global grid of observation tracks.

On the other hand, it considers the development of grassroots initiatives that herald the potential articulation of Hong Kong as a culturally dense global city.

This so-called reduced dynamic approach is dependent on availability of either dense global tracking from systems such as DORIS or on the use of dual satellite crossovers to link the less precise altimetric mission with a more precise orbit.

In the class of not-contact sensors, the techniques of vision-based displacement estimation enable one to gather dense global measurements of static deformation as well as of dynamic response.

In 2009, Anne-Marie Slaughter, now director of policy planning at the State Department, wrote an essay for Foreign Affairs in which she laid out the logic of this new situation: "In a networked world, the issue is no longer relative power, but centrality in an increasingly dense global web".

Using long-term (1998--2009) total electron content (TEC) measurements from the GPS global network including dense network of GPS sites in USA and Japan, we have obtained the first data regarding the spatio-temporal structure and the statistics of medium-scale traveling wave packets (MS TWPs) excited by the solar terminator (ST).

This is the first evidence based on a dense Global Positioning System network that Tokai long-term slow slips repeatedly occur.

In the framework of global approach, the dense stereo matching problem is formulated in terms of energy minimization where the objective is to estimate the disparity map d by minimizing the following energy function: E(d)=E_{D}(d)+E_{P}(d), (1).

As COSMIC RO observations have a rather dense global distribution, they are potentially able to provide three-dimensional (3-D) ionosphere images that allow better understanding of the ionospheric structure and dynamics.