Baseband processing circuitry, comprising: a memory; and logic, at least a portion of which is in circuitry coupled to the memory, the logic to: identify a subframe set based on information comprised in a received message; identify one or more uplink power control parameter values (340; 430) for the subframe set; determine association of user equipment with an evolved node B of a time-division duplex small cell based on a comparison of the received signal strength of reference signals received at the user equipment from the evolved node B of the time-division duplex small cell and an evolved node B of an adjacent channel time-division duplex macrocell and based on an adjacent channel association bias; determine, based on the one or more uplink power control parameter values for the subframe set, an increased transmit power for transmission by the user equipment of an uplink message in the time-division duplex small cell during a subframe in the subframe set, the time-division duplex small cell to utilize a first frequency channel, wherein a dynamically-selected time-division duplex configuration of the time-division duplex small cell designates the subframe as one allocated for uplink transmissions, wherein a time-division duplex configuration of the time-division duplex macrocell utilizing a second frequency channel that is adjacent to the first frequency channel designates the subframe as one allocated for downlink transmission; and use the increased transmit power for transmission of the uplink message, to mitigate interference of transmissions in the macrocell with the transmission of the uplink message. a memory; and logic, at least a portion of which is in circuitry coupled to the memory, the logic to: identify a subframe set based on information comprised in a received message; identify one or more uplink power control parameter values (340; 430) for the subframe set; determine association of user equipment with an evolved node B of a time-division duplex small cell based on a comparison of the received signal strength of reference signals received at the user equipment from the evolved node B of the time-division duplex small cell and an evolved node B of an adjacent channel time-division duplex macrocell and based on an adjacent channel association bias; determine, based on the one or more uplink power control parameter values for the subframe set, an increased transmit power for transmission by the user equipment of an uplink message in the time-division duplex small cell during a subframe in the subframe set, the time-division duplex small cell to utilize a first frequency channel, wherein a dynamically-selected time-division duplex configuration of the time-division duplex small cell designates the subframe as one allocated for uplink transmissions, wherein a time-division duplex configuration of the time-division duplex macrocell utilizing a second frequency channel that is adjacent to the first frequency channel designates the subframe as one allocated for downlink transmission; and use the increased transmit power for transmission of the uplink message, to mitigate interference of transmissions in the macrocell with the transmission of the uplink message. identify a subframe set based on information comprised in a received message; identify one or more uplink power control parameter values (340; 430) for the subframe set; determine association of user equipment with an evolved node B of a time-division duplex small cell based on a comparison of the received signal strength of reference signals received at the user equipment from the evolved node B of the time-division duplex small cell and an evolved node B of an adjacent channel time-division duplex macrocell and based on an adjacent channel association bias; determine, based on the one or more uplink power control parameter values for the subframe set, an increased transmit power for transmission by the user equipment of an uplink message in the time-division duplex small cell during a subframe in the subframe set, the time-division duplex small cell to utilize a first frequency channel, wherein a dynamically-selected time-division duplex configuration of the time-division duplex small cell designates the subframe as one allocated for uplink transmissions, wherein a time-division duplex configuration of the time-division duplex macrocell utilizing a second frequency channel that is adjacent to the first frequency channel designates the subframe as one allocated for downlink transmission; and use the increased transmit power for transmission of the uplink message, to mitigate interference of transmissions in the macrocell with the transmission of the uplink message.