Coexistence of multiple radio technologies in a shared frequency band

A gateway system for coexistence of multiple radio technologies in a shared carrier, the gateway system comprising:

• a receiver subsystem to receive a first data signal for communication via a first radio technology that defines a first communication resource grid having a first sub-carrier definition and a first timeslot definition, and to receive a second data signal for communication via a second radio technology that defines a second communication resource grid having a second sub-carrier definition and a second timeslot definition;
• a coexistence scheduler to compute a coexistence resource grid from the first communication resource grid and the second communication resource grid to define a division of transmission resources into a plurality of sub-carriers of a carrier frequency according to a coexistence sub-carrier definition and into a plurality of timeslots according to a coexistence timeslot definition;
• a first radio-technology-specific scheduler, coupled with the coexistence scheduler and having the first communication resource grid stored in communication therewith, to generate a first radio signal by scheduling the first data signal to consume a first subset of the sub-carriers and a first subset of the timeslots of the coexistence resource grid in accordance with the first radio technology;
• and
• a second radio-technology-specific scheduler, coupled with the coexistence scheduler and having the second communication resource grid stored in communication therewith, to generate a second radio signal by scheduling at least a portion of the second data signal to consume a second subset of the sub-carriers and a second subset of the timeslots of a remaining portion of the coexistence resource grid subsequent to the scheduling the first data signal in accordance with the second radio technology.