Abstract: A method for automatically detecting cellular mobile channels of a certain cellular mobile standard and their respective center frequencies is described. A spectrum assigned to said cellular mobile standard is received via at least one receiving antenna. Said spectrum received is automatically analyzed by a detection system. A peak detection is performed during said automatic analysis in order to obtain a list of cellular mobile channels and their respective center frequencies for said cellular mobile standard. Further, a detection system is described.

Abstract: A method for automatically detecting cellular mobile channels of a certain cellular mobile standard and their respective center frequencies is described. A spectrum assigned to said cellular mobile standard is received via at least one receiving antenna. Said spectrum received is automatically analyzed by a detection system. A peak detection is performed during said automatic analysis in order to obtain a list of cellular mobile channels and their respective center frequencies for said cellular mobile standard. Further, a detection system is described.

Abstract: A method for analyzing cellular mobile-telephone networks includes determining a quality criterion for transmitters receivable at one location, specifying the best quality transmitter as a target transmitter, forming transmitter pairs from the target and one receivable transmitter, and testing for the pairs, whether the receivable transmitter of the pair is a possible active neighbor or potential interferer. The receivable transmitters provide a quality ranking, the testing of the pairs corresponds to the rank order and, in the case of a potential interferer marking, a distinction is made between a first type and a second type, and a first type marking is implemented if the receivable transmitter is not contained in the read in transmitter list made available by the provider and is identified as a potential interferer, and a second type marking is implemented if the receivable transmitter is contained in the list and is identified as a potential interferer.