5results about How to "Accurate Migration" patented technology

The application provides a three-dimensional face editing and system based on neural radiance field decoupling, which performs geometric editing on a three-dimensional face through a semantic mask according to random noise, performs three-dimensional consistent style migration on a material in a case where a reference image is given, and finally outputs a three-dimensional face that can be locally geometrically edited and overall style edited, so as to solve the problems of low generation quality, difficult training, difficult geometric control, difficult material decoupling control and ineffective style migration of the prior art.

The present application relates to the technical field of intelligent warehouse management, and more particularly to a locomotive import and export accessory intelligent anti-rust packaging and warehousing method, comprising: configuring initial parameters and arranging a monitoring unit, establishing a digital protection model and an anti-rust factor concentration distribution field map; real-time collection of environmental parameters and accessory surface temperature, determination of condensation risk state based on model comparison; when the risk meets the standard, driving the airflow adjusting device according to the concentration field map to optimize the distribution of anti-rust factors; recording the fluctuation trajectory and intervention frequency, combining field map evolution to calculate the efficiency attenuation, generating a health degree score and writing it into the electronic tag with the box; the warehouse system automatically configures the storage location based on the score, and outputs the delivery instruction from low to high according to the score. The present application realizes high-precision risk discrimination based on thermal inertia characteristic compensation, and solves the technical problem of hidden condensation of large locomotive accessories due to thermal hysteresis effect when the external environment temperature and humidity fluctuate sharply.

The application relates to an image generation method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: acquiring a to-be-processed image and a reference image pair, the reference image pair is used for reflecting the light effect difference between reference images under different light conditions; encoding the reference image pair to obtain an encoded image pair; determining light effect feature information of the encoded image pair based on light effect contrast information contained in the encoded image pair; and generating a target image after light processing based on the to-be-processed image and the light effect feature information. The method can meet the light effect requirement, and effectively improve the quality and visual effect of the generated image.

The application provides a cross-well area drilling parameter migration method and system based on transfer learning, which first acquires a source well area drilling parameter historical data set, a scene data set, an operation effect data set, and a target well area initial drilling scene data set and operation demand data set, then constructs a cross-well area drilling parameter transfer learning model containing a source domain feature extraction layer, a domain adaptation layer, a knowledge transfer layer and a target domain parameter generation layer, then inputs the source well area data into the source domain feature extraction layer to extract a feature vector, inputs the target well area scene data into the domain adaptation layer to adjust a parameter mapping matrix, then inputs the domain adapted vector and the source well area operation effect data into the knowledge transfer layer to generate a target domain preliminary parameter feature vector, combines the target well area operation demand data to input the target domain parameter generation layer to generate an adapted parameter set, and finally transmits the parameter set to a target well area drilling control system to perform drilling operation, thereby improving the accuracy and efficiency of cross-well area drilling parameter migration.

The invention discloses an on-chip temperature sensing method for monitoring heat distribution of an integrated circuit, belongs to the technical field of semiconductors, and aims to solve the problems of insufficient temporal-spatial resolution, large thermal field reconstruction deviation, high hardware overhead and the like in the prior art. According to the method, a microstructure thermal response unit composed of a high-thermal-conductivity metal layer and a low-thermal-capacity dielectric layer is embedded in a chip, a thermal time constant of the microstructure thermal response unit serves as a dynamic sensing parameter, and a three-level framework of a basic sensing layer, a regional polymerization layer and a global coordination layer is constructed; and in combination with pulse heating-cooling time sequence measurement, weighted fusion based on heat flow continuity constraint and a data assimilation algorithm based on partial differential equation constraint, high-precision real-time reconstruction of the three-dimensional temperature field is realized. According to the scheme, additional process masks are not needed, the area overhead is lower than 0.5%, and the submillimeter-level space resolution and the microsecond-level time resolution are both achieved.