Abstract: A network device includes a processor circuit and transceiver circuits. The transceiver circuits are connected to a wireless access point via a base channel based on a control of the processor circuit. The wireless access point is connected to a first device. The processor circuit determines whether a tunneled direct link setup link (TDLS) throughput of the base channel is higher than or equal to a threshold value; if the TDLS throughput is higher than or equal to the threshold value, performs an auto channel selection algorithm to determine whether to establish an off channel; and if the off channel is established, performs one of a dual-band concurrent mode and a multi-channel concurrent mode according to a number of antennas corresponding to the transceiver circuits, in order to control at least one of the transceiver circuits to be connected to the first device via the off channel.

Abstract: A network device includes a processor circuit and transceiver circuits. The transceiver circuits are connected to a wireless access point via a base channel based on a control of the processor circuit. The wireless access point is connected to a first device. The processor circuit determines whether a tunneled direct link setup link (TDLS) throughput of the base channel is higher than or equal to a threshold value; if the TDLS throughput is higher than or equal to the threshold value, performs an auto channel selection algorithm to determine whether to establish an off channel; and if the off channel is established, performs one of a dual-band concurrent mode and a multi-channel concurrent mode according to a number of antennas corresponding to the transceiver circuits, in order to control at least one of the transceiver circuits to be connected to the first device via the off channel.

Abstract: A base station and a resource allocation method are provided. The method includes: calculating transmission rates of user equipment (UE) on unallocated resource blocks; finding consecutive resource block (RB) sets within the unallocated resource blocks according to a predetermined window size; finding minimum transmission rates of the UE among the transmission rates respectively corresponding to the consecutive RB sets; finding a largest value and a second largest value corresponding to each of the consecutive RB sets among the minimum transmission rates corresponding to the UE; calculating absolute difference values between the largest value and the second largest value corresponding to each of the consecutive RB sets; finding a maximum absolute difference value from the absolute difference values corresponding to the consecutive RB sets; and allocating the consecutive RB set corresponding to the maximum absolute difference value to the specific UE.

Abstract: A base station and a resource allocation method are provided. The method includes: calculating transmission rates of user equipment (UE) on unallocated resource blocks; finding consecutive resource block (RB) sets within the unallocated resource blocks according to a predetermined window size; finding minimum transmission rates of the UE among the transmission rates respectively corresponding to the consecutive RB sets; finding a largest value and a second largest value corresponding to each of the consecutive RB sets among the minimum transmission rates corresponding to the UE; calculating absolute difference values between the largest value and the second largest value corresponding to each of the consecutive RB sets; finding a maximum absolute difference value from the absolute difference values corresponding to the consecutive RB sets; and allocating the consecutive RB set corresponding to the maximum absolute difference value to the specific UE.