Digital Signal Processing Reference
In-Depth Information
adapted based on estimates of real pathloss conditions. This is done by calibrat-
ing a design time model by means of run time monitored information. No explicit
feedback from the primary system can be assumed in this case. The main concepts
behind the design of the scheme were motivated from outdoor measurements. The
resulting scheme is shown to result in a much improved spatial reuse compared to
traditional approaches. By instantiating the framework, leveraging on concepts such
as design time modeling and run time calibration and monitoring, it is possible to
avoid interference while optimizing spatial reuse.
