Abstract: A base station of a wireless time division duplex network which communicates with a UE having a network interface unit. The base station having a processing unit which determines to use either ACK/NAK bundling or ACK/NAK multiplexing to communicate with the UE through the network interface unit based on predetermined criteria. A method of a base station of a wireless time division duplex network which communicates with a UE to choose either ACK/NAK bundling or ACK/NAK multiplexing having the steps of determining with a processing unit of the base station to use either ACK/NAK bundling or ACK/NAK multiplexing to communicate with the UE through a network interface unit of the base station based on predetermined criteria. There is the step of communicating with the UE through the network interface unit using either ACK/NAK bundling or ACK/NAK multiplexing based on the predetermined criteria.

Abstract: A system and method to provide intelligent scheduling of network resources when a user equipment (UE) is operating in a Frequency Division Duplex (FDD) wireless network with duty cycle limitation. Intelligent scheduling is accomplished in two stages—a training stage, and a scheduling stage. In the training stage, a training module in the eNodeB senses the Transmission Time Interval (TTI) pattern when the UE is “awake” (i.e., when the UE is transmitting power under a P % duty cycle (P<100)). In the scheduling stage, a scheduler in the eNodeB intelligently allocates the network resources to the UE for transmission on both uplink and downlink based on the information from the training stage. Thus, resources are allocated only when the UE is “awake” or can send/receive ACK/NAK when it is awake. Such intelligent scheduling may substantially reduce re-transmissions in the system and may improve system's efficiency in duty cycle-limited frequency bands.

Abstract: A base station of a wireless time division duplex network which communicates with a UE having a network interface unit. The base station having a processing unit which determines to use either ACK/NAK bundling or ACK/NAK multiplexing to communicate with the UE through the network interface unit based on predetermined criteria. A method of a base station of a wireless time division duplex network which communicates with a UE to choose either ACK/NAK bundling or ACK/NAK multiplexing having the steps of determining with a processing unit of the base station to use either ACK/NAK bundling or ACK/NAK multiplexing to communicate with the UE through a network interface unit of the base station based on predetermined criteria. There is the step of communicating with the UE through the network interface unit using either ACK/NAK bundling or ACK/NAK multiplexing based on the predetermined criteria.

Abstract: A system and method to provide intelligent scheduling of network resources when a user equipment (UE) is operating in a Frequency Division Duplex (FDD) wireless network with duty cycle limitation. Intelligent scheduling is accomplished in two stages—a training stage, and a scheduling stage. In the training stage, a training module in the eNodeB senses the Transmission Time Interval (TTI) pattern when the UE is “awake” (i.e., when the UE is transmitting power under a P % duty cycle (P<100)). In the scheduling stage, a scheduler in the eNodeB intelligently allocates the network resources to the UE for transmission on both uplink and downlink based on the information from the training stage. Thus, resources are allocated only when the UE is “awake” or can send/receive ACK/NAK when it is awake. Such intelligent scheduling may substantially reduce re-transmissions in the system and may improve system's efficiency in duty cycle-limited frequency bands.