Abstract: A method and network node for radio resource arbitration for spectrum sharing are disclosed. According to one aspect, the method includes determining a demand for resources for a first RAT and for a second RAT and performing one of assuming a preferred resource split ratio of 1 to n between the first RAT and the second RAT when both RATs have enough demand, n being an integer greater than 1, and determining a subframe pattern of 1:1:1:2n?1. The method also includes assuming a preferred resource split ratio of n to 1 between the first RAT and the second RAT when both RATs have enough demand, then determining a subframe pattern of n: 1.

Abstract: A system may include first and second speech-processing systems with corresponding first and second wakewords. An utterance may contain two or more wakewords. The system determines which speech-processing system to use to perform further audio processing and to determine a response to the utterance.

Abstract: A system may include first and second speech-processing systems with corresponding first and second wakewords. An utterance may contain two or more wakewords. The system determines which wakeword was spoken first and can send data to that wakeword's speech-processing system to perform further processing.

Abstract: A system may include first and second speech-processing systems with corresponding first and second wakewords. An utterance may contain two or more wakewords. The system determines which speech-processing system to use to perform further audio processing and to determine a response to the utterance.

Abstract: A system may include first and second speech-processing systems with corresponding first and second wakewords. An utterance may contain two or more wakewords. The system determines which speech-processing system to use to perform further audio processing and to determine a response to the utterance.

Abstract: Mechanisms for scheduling uplink transmissions for a plurality of user equipment devices, UEs, that are serviced by a network node having a wireless coverage area comprising a plurality of sectors is disclosed. A plurality of schedulers is initiated in parallel, each scheduler corresponding to a different sector of the plurality of sectors. Each scheduler schedules in parallel at least some UEs that are associated with the corresponding different sector.

Abstract: Mechanisms for scheduling uplink transmissions for a plurality of user equipment devices, UEs, that are serviced by a network node having a wireless coverage area comprising a plurality of sectors is disclosed. A plurality of schedulers is initiated in parallel, each scheduler corresponding to a different sector of the plurality of sectors. Each scheduler schedules in parallel at least some UEs that are associated with the corresponding different sector.