Sentence examples for terrain dependent from inspiring English sources

Therefore, this distribution can depict the zonal variations in the topography (as β is a terrain dependent factor) more effectively than other distributions.

To address the issue of modeling random fluctuations of the transmitted signal, terrain dependent fading models for direct link transmissions, based on empirical study of the received signal, are available.

As the received signal fluctuations depend on the compound channel variations, a cost effective link design and power budget of fixed relaying systems based on the evaluated terrain dependent statistical properties are presented.

No stranger to the eclectic and provocative, the Portland-based Guth's work ranges from interactive terrains dependent on public participation, to paper braids bearing written feminism perspectives entwined with Guth's hair, to New Yorkers bringing their old fabrics to Guth for a sculpture in Lower Manhattan, to a magic ride called The Red Shoe Delivery Service.

The first is the terrain-dependent nature of the form itself, which locks its moments to specific dark rooms and appointed hours, ensuring that even the most dedicated reviewer with unlimited frequent flyer points could not possibly grasp every blossom of its flowering.

We propose a simplified slippage model that uses approximation to reduce terrain-dependent parameters.

However, the terramechanics-based slip estimation is difficult to use in unknown environments because of the number of terrain-dependent variables.

In northern Europe, however, where ice covered much of the terrain, people were dependent on meat.

We propose an approximation slippage model with one terrain and robot dependent parameter.

In addition, the effects of terrain conditions, amplitude-dependent frequency and damping, and negative aerodynamic damping on the wind load factor are also discussed.

In this context this work explicitly demonstrates that a temperature-dependent "terrain" characterizing different parts of the same potential energy surface is sufficient to explain the signature behavior of vitrification, at the same time the notion of a temperature-dependent effective activation barrier is quantified.