System and method for spectrum management and coverage optimization

A method of monitoring and optimizing performance for captured signal activity over a desired band by geographically distributed spectrum monitoring nodes comprising:

• detecting, by one or more RF sensors, a plurality of RF signals from one or more transmitters;
• analyzing, by said one or more RF sensors, said plurality of RF signals;
• performing, by said one or more RF sensors, demodulation and signal analysis;
• reporting, by said one or more RF sensors, one or more signal parameters to at least one central server;
• sending, by said one or more RF sensors, one or more results of said signal analysis to said central server;
• determining, by said central server, node configuration;
• dynamically adjusting, by said central server, one or more node settings from said one or more RF sensors;
• and
• triggering, by said one or more node settings, said one or more RF sensors to perform one or more signal captures.

A method of monitoring and optimizing performance for captured signal activity over a desired band by geographically distributed spectrum monitoring nodes comprising:

• triggering, by an event, said one or more RF signals to perform one or more signal captures;
• detecting, by one or more RF sensors, a plurality of RF signals from one or more transmitters;
• analyzing, by said one or more nodes, said plurality of RF signals;
• performing, by said one or more RF sensors, demodulation and signal analysis;
• reporting, by said one or more RF sensors, one or more signal parameters to at least one central server;
• sending, by said one or more RF sensors, one or more results of said signal analysis to said central server;
• determining, by said central server, node configuration;
• and
• dynamically adjusting, by said central server, one or more node settings from said one or more RF sensors.