Channel control for communication using dynamic spectrum access

A computerized method for communication using dynamic spectrum access, the computerized method comprising:

• selecting from a list of available dynamic spectrum access channels, a set of channels as active channels, the active channels comprising uplink channels and downlink channels;
• distributing the active channels among a plurality of base station radios of a base station, wherein a different channel is assigned to different base station radios of the plurality of base station radios;
• assigning at least one uplink channel and at least one downlink channel to a plurality of client devices based on a beacon signal that includes the active channels available in a plurality of regions and based on locations of the plurality of client devices in the plurality of regions, wherein at least two client devices of the plurality of client devices have at least one active channel in common;
• grouping the at least two of the client devices having the active channels in common on shared channels that include the active channels and at least one backup channel;
• and
• assigning time slots to the client devices in the group;
• and
• enabling communication, with channel hopping between the active channels and the at least one backup channel, between the client devices using the shared channels during the assigned time slots.

One or more computer storage media having computer-executable instructions for communication using dynamic spectrum access, upon execution by a processor, cause the processor to at least:

• select from a list of available dynamic spectrum access channels, a set of channels as active channels, the active channels comprising uplink channels and downlink channels;
• distribute the active channels among a plurality of base station radios of a base station, wherein a different channel is assigned to different base station radios of the plurality of base station radios;
• assign at least one uplink channel and at least one downlink channel to a plurality of client devices based on a beacon signal that includes active the channels available in a plurality of regions and based on locations of the plurality of client devices in the plurality of regions, wherein at least two client devices of the plurality of client devices have at least one active channel in common;
• group the at least two of the client devices having the active channels in common on shared channels that include the active channels and at least one backup channel;
• assign time slots to the client devices in the group;
• and
• enable communication, with channel hopping between the active channels and the at least one backup channel, between the client devices using the shared channels during the assigned time slots.