National Automatic Radio Spectrum Monitoring System
KASMON enables monitoring of the operation of assigned frequencies, locating illegal emission sources, and detecting the use of the radio spectrum in a manner inconsistent with the license. Thanks to the implemented modern equipment (radio direction finders, radio receivers, spectrum analyzers, and antenna systems with antenna switchers and rotors) and specialized software,
KASMON provides an automated process for performing specialized measurements of radio emissions. The measurements are carried out in accordance with ITU-R recommendations. The operator receives processed measurement results in the form of map displays, as well as in the form of printed measurement reports.
In combination with Mobile Measurement Stations, KASMON is capable, even in urban conditions, of locating the signal source and providing extensive knowledge of the electromagnetic environment.
The KASMON control software is built on a multi-layer architecture. At each operator station of the measurement station, three components can be run: a local database, a remote access service (application server), and, if needed, a client application. This architecture is used both for local operation and for remote operation.
Management of permissions and access to the station.
Station configuration management
Management of definitions of measurement procedures
Performing and scheduling measurements
Detection of illegal emissions
Monitoring and analysis of spectrum and frequency occupancy
Radio direction finding and location of emission sources
Amplitude radio direction finding by antenna rotation
Scheduling of direction finding / emitter tracking
Recording received signals and associating recordings with measurement tasks and bearings
Measurement of the width of the emitted band
Measurement of the carrier frequency and permissible deviation
Measurement of the electromagnetic field strength
Measurement of the averaged signal level
Measurement of modulation parameters
Measurements using a mask
Preliminary classification of measurement results
Visualization of data from measurement devices (including remote ones)
Listening to and subjective assessment of the measured emission (including from remote receivers)
Generation of reports with measurement results