Abstract: In a data processing method, input data is acquired. The input data includes image data. A label of the image data is acquired through a first multi-modal model and a word list. The label identifies at least one element present in the image data. The word list is defined for a recognition task and includes N words. N is a positive integer. Through a second multi-modal model and a second prompt, a text description of the image data is acquired. The second prompt controls generation of an image content description corresponding to the recognition task. First text information from the label and the text description is generated based on a target prompt. The target prompt is defined for the recognition task. The first text information is input into a large language model. A recognition result of the input data is output.

Abstract: An image processing method, executed by a computer device, including displaying an image editing interface, displaying a target image on the image editing interface, the target image comprising a face, the face having a face part and a face appearance attribute, and the face part comprising a target face part to be blocked, and displaying, on the target face part, a target blocking object blocking the target face part, the face on which the target face part is blocked maintains the face appearance attribute.

Abstract: A circuit device is provided. The circuit device includes a flexible printed circuit portion and an antenna portion. The circuit device includes a base substrate having a unitary structure extending from a region of the antenna portion to a region of the flexible printed circuit portion; and a first conductive layer on a first side of the base substrate. The first conductive layer includes one or more coil lines in the antenna portion and one or more first conductive lines in the flexible printed circuit portion.

Abstract: A vehicle control method performed by a computer device includes obtaining traveling information of a target vehicle that indicates a target road segment that the target vehicle to travel on and a target environmental condition when the target vehicle is on the target road segment, obtaining a target perception model of the target road segment under the target environmental condition from a perception model library that stores perception models of a plurality of road segments under different environmental conditions, calling the target perception model to perform a perception task on the target road segment to obtain a perception result, and controlling, based on the perception result, the target vehicle to travel on the target road segment.

Abstract: A blood glucose detection device and system are portable blood glucose detection devices for patients. The blood glucose detection device includes a plurality of lancing units, which collect patient blood and generate current. The test unit can detect the current and transmit the current intensity data to the external device, thus making the glucose detection device portable. Besides, there is no need to change test strips every time for a blood glucose test as the current intensity data can be transmitted externally for management, which improves the patient's experience and makes it convenient for patients to perform blood glucose tests when they go out.

Abstract: There is provided a laser cooling apparatus including: a laser for providing an emission; a silicon-on-insulator substrate; and a thin film microstructure thermally anchored to the silicon-on-insulator substrate, the thin film microstructure being made from a material selected from either a II-VI binary compound semiconductor or a II-VI tenary compound semiconductor.

Abstract: There is provided a laser cooling apparatus including: a laser for providing an emission; a silicon-on-insulator substrate; and a thin film microstructure thermally anchored to the silicon-on-insulator substrate, the thin film microstructure being made from a material selected from either a II-VI binary compound semiconductor or a II-VI tenary compound semiconductor.