Abstract: A system and method may partition and/or execute a NN, by, for a graph including nodes and hyper edges, each node representing a data item in the NN and each hyper edge representing an operation in the NN, identifying a deep tensor column comprising a subset of the nodes and a subset of the hyper edges, such that the operations in the deep tensor column, when executed, use only data which fits within a preselected cache.

Abstract: A true wireless headset that may include a housing, a microphone that is mechanically coupled to the housing, wherein the microphone is configured to detect sound and output detection signals indicative of the sound, a tap detector that is configured to receive a first representation of the detection signals, and to process the first representation of the detection signals to determine whether a user tapped on the housing; and at least one additional circuitry that is configured to respond to a determination that the user tapped on the housing.

Abstract: A true wireless headset that may include a housing, a microphone that is mechanically coupled to the housing, wherein the microphone is configured to detect sound and output detection signals indicative of the sound, a tap detector that is configured to receive a first representation of the detection signals, and to process the first representation of the detection signals to determine whether a user tapped on the housing; and at least one additional circuitry that is configured to respond to a determination that the user tapped on the housing.

Abstract: Apparatus and method for regulating a switching circuit of a voltage converter for supplying power to a pulsed load having a known upcoming magnitude. The voltage converter includes a switching circuit receiving a switching signal with duty cycle that is adjusted by a voltage controller. The voltage controller is responsive to a known upcoming cycle phase and a corresponding magnitude of the pulsed load for forward-correcting the duty cycle of the switching signal. In order to compensate for variations in load consumption owing, for example, to varying ambient conditions, circuit aging, battery discharge and other slow changes, or for imprecise foreknowledge thereof, the voltage controller may also monitor an output voltage of the voltage converter during successive cycles and apply feedback correction based on a predicted value of compensation required for the respective phase of a subsequent cycle.

Abstract: Apparatus and method for regulating a switching circuit of a voltage converter for supplying power to a pulsed load having a known upcoming magnitude. The voltage converter includes a switching circuit receiving a switching signal with duty cycle that is adjusted by a voltage controller. The voltage controller is responsive to a known upcoming cycle phase and a corresponding magnitude of the pulsed load for forward-correcting the duty cycle of the switching signal. In order to compensate for variations in load consumption owing, for example, to varying ambient conditions, circuit aging, battery discharge and other slow changes, or for imprecise foreknowledge thereof, the voltage controller may also monitor an output voltage of the voltage converter during successive cycles and apply feedback correction based on a predicted value of compensation required for the respective phase of a subsequent cycle.