8results about How to "Save processing resources" patented technology

This application discloses an image processing method, apparatus, device, medium, and program product. The method includes: acquiring an initial image containing a target object, and performing pose torsion processing on the target object in the initial image to obtain a pose torsion image; fusing the pose torsion image and the initial image to obtain a fused image; extracting a part image containing a specified portion of the target object from the fused image, and performing image super-resolution processing on the part image to obtain a super-resolution part image; and fusing the super-resolution part image and the fused image to obtain a target image. Using this application embodiment can improve the quality of the target object after pose transfer.

This invention discloses a method, device, and computer-readable storage medium for improving frame rate in game scenes. The method includes: identifying whether each element color value in the first element color data value set of the main scene model in the main buffer of the current frame is identical to an element color value in the second element color data value set of the simplified model in the secondary buffer; in the next frame, placing each element with the same element color value in the secondary buffer and waiting directly for image rendering; performing coordinate transformation, perspective transformation, and cropping operations on each element with different element color values, placing it in the main buffer, and waiting for image rendering. This achieves an efficient game scene frame rate improvement scheme, reduces computational load, saves processing resources, and enhances the user's gaming experience.

This application provides a stateless session recovery method, apparatus, and device for the TLCP protocol. The method includes: determining a second client signature hash value based on a client signature certificate; determining a second client encryption hash value based on a client encryption certificate; determining a second server signature hash value based on a server signature certificate; determining a second server encryption hash value based on a server encryption certificate; if the first client signature hash value is the same as the second client signature hash value, the first client encryption hash value is the same as the second client encryption hash value, the first server signature hash value is the same as the second server signature hash value, and the first server encryption hash value is the same as the second server encryption hash value, then the client's session is recovered, and a TLCP connection is established with the client. The technical solution of this application can save network bandwidth resources, reduce the computing resource consumption of business servers, and significantly shorten the connection establishment time.

The invention discloses an application dependency topology generation method and system based on multi-source configuration analysis, and the method comprises the steps: obtaining an application configuration snapshot in response to a configuration updating event of an application release assembly line; identifying a configuration source protocol, converting configuration data in different formats into a unified standardized key value pair set, and detecting configuration change by calculating a hash feature value; if the change exists, carrying out regular matching and semantic mapping on the standardized key value pair by utilizing a multi-level semantic rule base, extracting implicit service end points and protocol characteristics, and generating application dependency relationship data with confidence coefficient weight; and finally, mapping the data into node and edge objects in a graph database, constructing and updating an application dependent topological graph structure, and driving a rendering engine to generate a dependent topological view. According to the invention, automatic identification and visual display of the application dependency relationship are realized.

The invention discloses an object matching method and device, equipment and a storage medium. The method comprises the steps of obtaining a feature value of a to-be-matched first object and feature values of a plurality of second objects; sorting the plurality of second objects based on the characteristic value of each second object to obtain an object sequence; based on the characteristic value of the first object and the characteristic value of each second object, searching a nearest neighbor object of the first object from the object sequence by adopting an ordered search algorithm; the nearest neighbor object is a second object of which the characteristic value is closest to the characteristic value of the first object in the object sequence; and if the nearest neighbor object and the first object meet a matching condition, taking the nearest neighbor object as a matching object of the first object. Through the object matching method and device, processing resources can be saved, and the object matching efficiency and accuracy are improved.

This invention relates to a method for generating grid codes for planar objects, belonging to the field of traffic control technology. It solves the problems of low efficiency, high complexity, and massive computational load in existing planar object grid code generation algorithms. This invention first obtains the lowest-level grid code containing the planar object based on grid code hierarchy rules. It then calculates the set of boundary line grid codes that satisfy distance constraints with the planar object's boundary line. Using this set of boundary line grid codes as a reference, the invention decomposes the lowest-level grid code containing the planar object level by level, comparing the inclusion and positional relationships between the decomposed grids and the planar object's boundary line grid code set. This quickly locates grids within the planar object and performs deduplication and aggregation processing to further reduce computational load. Compared to existing technologies, this method achieves rapid and efficient generation of planar object grid codes with minimal computational load and very simple algorithm complexity.

The invention relates to the technical field of mobile communication and emergency communication, in particular to a backhaul link adaptive 5G emergency base station communication method and system, and an emergency base station continuously monitors the state of a backhaul link with a 5G core network; when the backhaul link is stable and available, the base station works in a standard access mode to provide a conventional access service; when it is detected that a return link is interrupted or the link quality is lower than a threshold value, the base station automatically switches to a local emergency mode, the service leading to the core network is stopped, and local emergency communication is organized through a local computing power unit; a base station broadcasts a local emergency mode indication, a public emergency ID list and emergency random access configuration through an extended system information block, and a terminal completes access registration according to a special leader sequence and obtains a local emergency communication ID. In the local emergency mode, the terminals can realize local exchange communication through the transfer of the emergency base station, or perform device-to-device direct connection communication under the coordination of the base station; and after the return link is recovered, the base station switches back to the standard access mode and notifies the terminal. According to the invention, minimum necessary communication can be guaranteed in an extreme scene, and the emergency communication reliability is improved.

This application discloses a cold source system, a control method, apparatus, equipment, and medium for the cold source system, belonging to the field of cooling technology. The cold source system includes a return liquid pipe, a dry coil, a wet coil, a supply liquid pipe, a fan, and a spray device; the return liquid pipe, dry coil, wet coil, and supply liquid pipe are connected in series, with both the dry and wet coils located in the direction of the fan's air outlet; the fan drives airflow across the surfaces of the dry and wet coils; the spray device sprays water onto the surface of the wet coil. In the first operating mode, the spray device is not activated, but the fan is activated; in the second operating mode, both the spray device and the fan are activated. The activation of the spray device is controlled by the return air temperature. When the return air temperature is high, the spray device can be activated to simultaneously dissipate heat from the air and through evaporation, thus ensuring the cooling effect; when the return air temperature is low, the spray device can be deactivated to dissipate heat from the air only, thus saving processing resources.