Apple Inc.

Advanced Micro Devices Corporation

Oracle International Corporation

Samsung Sds America, Inc.

Qing He

Stergios I Roumeliotis

Nicholas C Soldner

Alexander Korobkov

Wai Chung William Au

Michael Richard Bray

Abhishek Mishra

Joseph Cheung

Zhisu Zhu

Jose A Rios

A processing unit of an electronic device may transmit a synchronization pulse to each of a first plurality of motion sensors (e.g., Inertial Measurement Units or IMUs) communicatively coupled to the processing unit, wherein the synchronization pulse transmitted to each motion sensor of the first plurality of motion sensors is assigned an offset time amount by the processing unit. The processing unit then obtains motion information samples from each of the first plurality of motion sensors, e.g., in an order corresponding to the offset time amounts assigned to the respective motion sensors, and then performs a processing operation based upon the obtained motion information samples. In some embodiments, each motion sensor may be assigned an equal offset time amount. In other embodiments, the offset time amount assigned to each motion sensor may be individually determined, e.g., based on one or more conditions, settings, or preferences related to the electronic device.

Latency reduction architecture using multiple motion sensors

A method, an apparatus, and a computer readable medium of recommending contents. The method includes receiving, by a computer, at least one of user input and contextual input, wherein the contextual input corresponds to a plurality of arms, calculating, by the computer, a plurality of reward values for each of the plurality of arms using a plurality of individual recommendation algorithms such that each of the plurality of reward values is generated by a respective individual recommendation algorithm from the plurality of individual recommendation algorithms, based on the received input, calculating, by the computer, an aggregated reward value for each of the plurality of arms by applying linear program boosting to the plurality reward values for the respective arm; and selecting one arm from the plurality of arms which has greatest calculated aggregated reward value; and outputting, by the computer, contents corresponding to the selected arm.

Device, method, and computer readable medium of generating recommendations via ensemble multi-arm bandit with an LPBoost

A method for modeling electrostatic discharges. The method may include obtaining a circuit netlist for an integrated circuit. The circuit netlist may describe connection information for various electronic components within the integrated circuit. The method may further include obtaining, by removing a portion of the electronic components from the circuit netlist, a reduced netlist. The method may further include determining, using the reduced netlist, various circuit parameters regarding an electrostatic discharge event for the integrated circuit. The method may further include simulating, using the circuit parameters, a discharge path within the integrated circuit for the electrostatic discharge event.

Iteratively simulating electrostatic discharges for a reduced netlist

A novel system for selectively referencing transmit data transferred from a repeater to a physical layer transmitter via a Media Independent Interface (MII), to an input clock selected depending on a mode of MII operations. A clock select input determines whether transmit data is referenced to a selected input clock or to a MII transmit clock output. An analog phase-locked loop (APLL) is supplied with the selected input clock to produce a signal for driving a wave shaper that converts the MII transmit data into a required format for 10 Mb/s operations.

Network transceiver having circuitry for referencing transmit data to a selected input clock

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San Jose, CA, United States of America

Qing He