A method of data processing in a radio communication network, the method comprising the steps of: • receiving data in at least two hybrid automatic repeat request, HARQ, processes (580, 582); • performing, for each of the at least two HARQ processes (580, 582), an error detection scheme for the received data; and • sending, for each of the at least two HARQ processes (580, 582), a feedback (596, 598) based on a logical combination of results (585, 587) of the error detection scheme for the at least two HARQ processes (580, 582), wherein the feedback (596, 598) for each of the HARQ processes (580, 582) is indicative of an acknowledgement, ACK, or a negative acknowledgement, NACK, for the data, wherein the same feedback (596, 598) is redundantly sent for each of the at least two HARQ processes (580, 582) based on the logical combination, wherein a binary result for each of the HARQ processes (580, 582) is input to the logical combination and wherein a binary output of the logical combination is included in the feedback (596, 598) that is sent for each of the HARQ processes (580, 582), wherein the logical combination comprises: in case the same data is transmitted via each of the at least two HARQ processes, the individual ACK or NACK results of each of the at least two HARQ processes are logically AND-combined or logically OR-combined to yield a combined feedback result as the binary output of the logical combination, and in case different data is transmitted via each of the at least two HARQ processes, the individual ACK or NACK results of each of the at least two HARQ processes are logically AND-combined to yield a combined feedback result as the binary output of the logical combination. • receiving data in at least two hybrid automatic repeat request, HARQ, processes (580, 582); • performing, for each of the at least two HARQ processes (580, 582), an error detection scheme for the received data; and • sending, for each of the at least two HARQ processes (580, 582), a feedback (596, 598) based on a logical combination of results (585, 587) of the error detection scheme for the at least two HARQ processes (580, 582), wherein the feedback (596, 598) for each of the HARQ processes (580, 582) is indicative of an acknowledgement, ACK, or a negative acknowledgement, NACK, for the data, wherein the same feedback (596, 598) is redundantly sent for each of the at least two HARQ processes (580, 582) based on the logical combination, wherein a binary result for each of the HARQ processes (580, 582) is input to the logical combination and wherein a binary output of the logical combination is included in the feedback (596, 598) that is sent for each of the HARQ processes (580, 582), wherein the logical combination comprises: in case the same data is transmitted via each of the at least two HARQ processes, the individual ACK or NACK results of each of the at least two HARQ processes are logically AND-combined or logically OR-combined to yield a combined feedback result as the binary output of the logical combination, and in case different data is transmitted via each of the at least two HARQ processes, the individual ACK or NACK results of each of the at least two HARQ processes are logically AND-combined to yield a combined feedback result as the binary output of the logical combination. in case the same data is transmitted via each of the at least two HARQ processes, the individual ACK or NACK results of each of the at least two HARQ processes are logically AND-combined or logically OR-combined to yield a combined feedback result as the binary output of the logical combination, and in case different data is transmitted via each of the at least two HARQ processes, the individual ACK or NACK results of each of the at least two HARQ processes are logically AND-combined to yield a combined feedback result as the binary output of the logical combination.