Full support of vector-oriented building data (2.5D), raster-oriented
terrain data, and antenna patterns.
Calculation of received power, angle-of-arrival, and delay-spread for a user
defined reception sphere.
Includes horizontal and vertical diffraction, reflection, and indoor
prediction (building penetration).
Offers a the simple, easy-to-use graphical user interface and is perfectly
suited to be used as an Add-On in leading GIS and radio network planning
Automatic model-parameter optimization. Even though CORLA is a
"deterministic" model, the parameters for an additional loss caused by
diffraction/reflection are likely to vary for different scenarios. In
contrast to other ray-optical methods CORLAīs model parameters are
not fixed but user defined. The model is easy and comprises a
distant-dependent path loss plus an additional angle-dependent loss for each
diffraction/reflection. It is able to approximate any common or
upcoming physical model (e.g. UTD). Given a drive test for a new scenario,
CORLA automatically optimizes its model parameters by minimizing the
standard deviation (STD).
Obtain extensive urban predictions almost
online in only a few seconds.
Benefit from CORLAīs short running
times and analyze hundreds of different configurations with our new
automatic cell planning solutions for network optimization.
LS telcom AG refers to CORLA as the "presumably fastest Microcell
model available today". CORLA is fully integrated into LS
telcomīs CHIRplus_UMTS tool suite.
NIRView, a visualization and analysis software for the exposure of
radiation sources, is powered by CORLA.