Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.

...

This function has one parameter - max distance - and probability of distribution along that distance is defined as:

                   Image Removed                                                  

Mathinline
body$T\left( D\left( R \right) \right)=R\times \sqrt{T\left( U\left( 0,1 \right) \right)}$
  (Eq. 143)


The uniform polar distance distribution is typically used for deriving distance factor used in calculation of the relative locations of transceivers within a link and between victim and interfering links. The result of the trial on such a distribution, the distance factor, is then multiplied by a coverage radius or simulation radius. Hence the default maximum value of R is set to 1, meaning that after multiplication of this random factor with the radius value, the resulting distance will be distributed uniformly along the entire coverage/simulation radius.

Note that this is equivalent to defining a uniform density of transmitters on a circular area together with uniform polar angle (with 360 deg) or uniform distribution in the angle domain (0,360 deg).

Image Removed

Image Added

Image Removed

Image Added

Anchor
F406
F406
Figure 406: Uniform polar distance distribution: parameters (left) PDF (right)

...