SEAMCAT can address virtually all radio interference scenarios on terrestrial
[1] paths in both co-channel (sharing) and adjacent frequency (compatibility) interference studies. This flexibility is achieved by the way the system parameters are defined as variable (or constant) through their distribution functions. It is therefore possible to model even very complex situations by relatively simple variations of some elementary functions. A number of various radiocommunications services can be modelled using SEAMCAT, such as:
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