| optimUMTS | ||
|
|
||
Example Outputs of optimUMTS |
||
|
|
||
|
The figure shows the settings of the UMTS parameters.
In the demonstration version, the parameters
cannot be set individually per connection, however,
the algorithm is designed
to deal with individual parameter sets per connection.
|
|
|
Before starting the search algorithm,
the main window looks like the figure.
The presence of a terrain is indicated by the grey rectangle.
The base stations are marked as green dots.
The snapshot of mobile users is marked with blue crosses.
|
|
|
The figure shows the result of the optimization run.
The base stations belonging to the optimized system are drawn in black,
the unused base stations are drawn in red.
The connection established between a mobile user and a base station
is drawn with a pink line.
|
|
|
The terrain map
shows the terrain heights according to the underlying grid.
The data is visualized in an area of 600x600 meter around
a base station.
|
|
|
The building clutter indicated where building blocks are
located in the terrain.
The data is visualized in an area of 600x600 meter around
a base station.
|
|
|
The pathloss coverage map shows the pathloss at the user locations respective to a base station applying the simplified Xia-Bertoni propagation model. The data is visualized in an area of 600x600 meter around a base station. |
|
|
The pathloss coverage map shows the pathloss at the user locations
respective to a base station
applying the simplified Xia-Bertoni propagation model.
The data is visualized in an area of 600x600 meter around
a base station. No pathloss was calculated within building blocks.
|
|
|
The mobile user distribution parameter map shows the number of mobile
users being present in a certain region.
|
|