3results about How to "Generate flexible" patented technology

The application discloses a model training method, an address positioning method, an electronic device, a storage medium and a computer program product, relates to the technical field of large models and image positioning, and the method comprises the following steps: acquiring a training data set, wherein the training data set comprises a training scene image and a visual question and answer data set of corresponding address information of the training scene image; performing cross-view alignment training on an initial multi-modal address positioning model by using the training data set, to generate an intermediate multi-modal address positioning model; and performing address positioning training on the intermediate multi-modal address positioning model by using the training data set, to generate a target multi-modal address positioning model, wherein the target multi-modal address positioning model is used for performing address positioning analysis on a target scene image to be processed and an address question, to obtain an address answer. The application solves the technical problems of the image address positioning scheme provided in the related art, such as coarse positioning granularity, poor positioning accuracy and poor flexibility of question and answer interaction.

This invention discloses a laser array pointing error control system based on a programmable intensity gradient potential well, relating to the field of laser technology. This invention uses a programmable intensity gradient potential well as optical hardware to replace the traditional camera imaging method, eliminating the need for complex backend software calculations and reducing the complexity and development cost of the application system. Simultaneously, it can flexibly generate various dynamic intensity gradient potential wells, meeting the needs of cutting-edge research in light field manipulation technologies such as controllable scanning of synthetic light spots on extended targets and generation of special light fields. It overcomes the challenge of not being able to achieve array beam pointing error correction and dynamic scanning for extended targets using only fixed intensity gradient information. By placing the programmable intensity gradient potential well in front of the photosensitive surface of the photodetector, the two together construct a dynamic intensity gradient potential well based on transmittance, establishing a mapping relationship between the light intensity information of the photodetector and the light spot position information.

The embodiment of the disclosure provides a data dashboard generation method, device, equipment, storage medium and product, through responding to receiving a dashboard generation instruction, performing semantic recognition on a natural language in the instruction to obtain a dashboard parameter; based on the dashboard parameter, generating a layer generation instruction, the layer generation instruction containing a layer parameter of a to-be-generated layer; based on the layer generation instruction, generating a layer generation code corresponding to the to-be-generated layer; based on the layer generation code, rendering and generating a dashboard vector diagram, which realizes automatic and efficient generation of a dashboard vector diagram based on a natural language in a dashboard generation instruction, and further helps to improve the efficiency and flexibility of data visualization.