4results about How to "Reduce double counting" patented technology

The application relates to the technical field of data processing, in particular to a code reordering processing method and system. A plurality of candidate codes are generated based on requirements; a plurality of indexes are set for each candidate code; each index is tested based on an execution channel to generate an execution result vector of each candidate code; each index is tested for deviation to set a deviation value of each index; an equivalent cluster of each candidate code is constructed; an execution score of each candidate code is calculated based on the deviation value and the execution result vector; each candidate code is tested based on an inference channel to output an inference score of each candidate code; a mixed score is calculated, and each candidate code is reordered based on the mixed score and the equivalent cluster. The application overcomes the inference illusion problem of a large language model when generating codes through a double-channel scoring system, and improves the quality of code generation.

Embodiments of this disclosure relate to a method, apparatus, and storage medium for video processing. The method includes: reconstructing a first video frame in a video by decoding a bitstream, the first video frame corresponding to a first resolution; providing the first video frame to a super-resolution model to determine a first intermediate feature corresponding to a first processing stage of the super-resolution model; determining a feature reuse mode corresponding to the first video frame; in response to a feature reuse mode indication, performing super-resolution processing using cached feature information, acquiring a second intermediate feature corresponding to a second video frame without performing a second processing stage of the super-resolution model; determining a fusion feature based on the first and second intermediate features; and generating a third video frame corresponding to the first video frame based on the fusion feature, the second resolution of the third video frame being higher than the first resolution. In this manner, embodiments of this disclosure can improve video processing efficiency while maintaining image quality.

The application provides a blind detection method and user equipment for a 5G wireless communication system, which comprises the following steps: S1, acquiring configuration information of a control resource set and configuration information of a corresponding search space, and determining a candidate PDCCH set composed of multiple candidate PDCCHs according to the configuration information of the control resource set and the configuration information of the corresponding search space, wherein each candidate PDCCH contains at least one control channel element; S2, performing centralized symbol level processing on the control resource set according to the configuration information of the control resource set, so as to extract soft bit information of subcarrier positions related to the candidate PDCCH set at one time, and form a soft bit information library required for current blind detection; and S3, selecting a candidate PDCCH from the candidate PDCCH set by using a pre-set selection rule to perform blind detection, wherein blind detection is performed according to the frequency domain resource block corresponding to the control channel element contained in the candidate PDCCH, and the soft bit information of the subcarrier positions of the corresponding frequency domain resource block is obtained from the soft bit information library to perform blind detection.

The application discloses a kind of external key point matching and tracking trajectory calculation method and device based on VGGT.The method comprises: loading configuration file and initializing model;Load external key point coordinates and carry out standardization and quantity alignment;First, input image is converted into tensor format, then image features are extracted, and finally L2 normalization is carried out;Depth feature vector of external key point is extracted from feature map;Calculate cosine similarity to evaluate matching quality;The average amplitude and standard deviation of feature vector are calculated to evaluate feature quality, and the matching threshold is dynamically adjusted;The coordinate difference of matching point is calculated to eliminate the matching that does not meet geometric constraint, and tracking trajectory is generated;Tracking quality analysis and visualization are carried out.The matching success rate of the application is greatly improved, the false matching rate is obviously reduced, the time consumption of processing image is obviously shortened, the efficiency is also greatly improved, the tracking stability is obviously improved under dynamic interference, and automatic high-precision inspection without manual intervention is realized.