Abstract: A system-on-chip in accordance with an aspect of the present application comprises: a communication interface connected with an external bus; a hardware decoder connected with the communication interface; and a microprocessor core connected with the communication interface and the hardware decoder, wherein the hardware decoder is configured to receive, via the communication interface, a signal frame transmitted on the external bus, to extract a receiver address from the signal frame as received and to send a wake-up command to the microprocessor core upon determining that a receiver of the signal frame is the system-on-chip, wherein the microprocessor core is configured to remain in a sleep mode until the wake-up command is received, and to perform an operation specified by a control command contained in the signal frame in response to the wake-up command.

Abstract: An interaction control method includes: acquiring NFC device status information in response to triggering of near field communication NFC, where the NFC device status information includes status information of a master device and status information of a slave device; and providing an interactive function corresponding to the acquired NFC device status information according to a preset mapping relationship, and executing the interactive function in response to a trigger condition to realize information exchange between the master device and the slave device.

Abstract: A method includes displaying N candidate devices, receiving a first selection operation that a user selects a second electronic device from the N candidate devices, and switch multimedia data associated with the first display interface to the second electronic device for playing or displaying the task.

Abstract: A data processing method includes obtaining first ciphertext data. The second computing participant obtains, from the first computing participant, a share of a first feature value corresponding to a first identifier (ID). The first computing participant obtains second data, where if the first ID is an intersection ID, the second data is a share of a second feature value that is in the second computing participant and that corresponds to the first ID. If the first ciphertext data indicates that the first ID is an intersection ID, the first computing participant uses the second data and a share of the first feature value that is held by the first computing participant as training data of a neural network.

Abstract: In some embodiments, an automatic charging device for electronic devices, such as a smart door lock, includes a charging receiving terminal comprising: an optical receiver configured to receive light energy from external light sources and convert the light energy from the external light sources to electrical energy; and an energy storage coupled to the optical receiver and configured to store the electrical energy from the optical receiver and further provide the electrical energy to charge the electronic device. The automatic charging device can be controlled to transfer electric energy from the optical receiver to the energy storage to the power unit of the electronic device in a manner such that the electronic device can remain in a powered state, avoiding the necessity of removing the battery for charging.

Abstract: The present application relates to the use of a piperazine compound in combination with radiotherapy for the treatment of tumors.

Abstract: Provided is a use of a compound represented by general formula (I) in combination with doxorubicin in the preparation of an anti-cancer drug

Abstract: The present invention provides the use of a compound represented by general formula (I) in combination with radiotherapy in a medicament for treating cancers

Abstract: A method for interaction between electronic devices. A unified entry for triggering an interaction function between associated devices is provided in a control center of the electronic device. On the unified entry, a user may trigger an interaction function between two or more electronic devices by dragging a device icon of the associated device, and the electronic device may intelligently determine an interaction function executed between the electronic devices.

Abstract: Systems and methods for evaluating risks for physical locations are disclosed. A request for risk evaluation of transactions associated with a physical location located within a predetermined region including a plurality of neighboring locations is received. A spatial model is implemented to generate a first risk score based on chargeback data associated with the physical location and chargeback data of the plurality of neighboring locations. A temporal model is implemented to generate a second risk score for the physical location. A final risk score for the physical location is generated based on the first risk score and the second risk score. The final risk score is transmitted to a computing device for detecting fraudulent transactions associated with the physical location in response to the request.