Abstract: A computer-implemented method for generating a custom thumbnail is disclosed. The computer-implemented method includes segmenting an audio file into one or more audio segments based, at least in part, on a respective context associated with each of the one or more audio segments. The computer-implemented method further includes selecting an initial thumbnail image based, at least in part, on one or more contexts associated with the one or more audio segments. The computer-implemented method further includes generating a customized thumbnail image based, at least in part, on performing a neural style transfer of the initial thumbnail image and a style reference image.

Abstract: A watch having wireless communication functionality includes an NFC chip, a selecting module electrically connected to the NFC chip, a first NFC antenna electrically connected to the selecting module, and a second NFC antenna alternatively connected to the selecting module. When the second NFC antenna is connected to the selecting module, the selecting module turns on a connection between the second NFC antenna and the NFC chip, and turns off a connection between the first NFC antenna and the NFC chip, so that the second NFC antenna is capable of communicating with an external device. When the second NFC antenna is not connected from the selecting module, the selecting module turns on the connection between the first NFC antenna and the NFC chip, so that the first NFC antenna is capable of communicating with the external device.

Abstract: A tire monitoring system with a wireless setting capability includes a wireless controller and a plurality of tire status sensors each tire status sensor is composed a sensing and processing unit having an unique tire serial number, a second low frequency transceiver and an RE transmitter. The wireless controller has a first low frequency transceiver and stores a plurality of tire serial numbers representing different wheel positions. The wireless controller outputs a control signal including a reset command and a new tire serial number to a specific tire status sensor. The sensing and processing unit will be reset and replace the tire serial number when the tire status sensor receives the control signal.

Abstract: A tire monitoring system with a wireless setting capability includes a wireless controller and multiple tire status sensors each of which is composed a sensing and processing unit having an unique tire serial number, a low frequency transceiver and an RF transmitter. The wireless controller also has a low frequency transceiver and stores multiple tire serial numbers representing different wheel positions. The wireless controller outputs a control signal including a reset command and a new tire serial number to a specific tire status sensor. The sensing and processing unit will be reset and replace the tire serial number when the tire status sensor receives the control signal.