49 results about "Object processing" patented technology

Described herein are methods, systems, and media for supporting multi-language user sessions and fulfillments comprising: maintaining a repository of fulfillment objects each comprising a language and a region; establishing a user session with a user; determining a user region for the user in association with establishing the user session; identifying one or more fulfillment objects in the repository available for the user region; processing the user session, the user session comprising one or more user requests; applying a language detection model to each request to determine a user request spoken language; applying an understanding module to each request to recommend one or more of the fulfillment objects matching the region for the user; and rendering a response to each request to the user, utilizing the one or more of the fulfillment objects matching the region for the user, in the user request spoken language.

Embodiments of the present specification provide an object processing method and device, wherein the object processing method comprises: determining a first to-be-detected object corresponding to a first detection task; in a case where it is determined that the first to-be-detected object meets a task execution condition of the first detection task, determining a related parameter of the first to-be-detected object; determining a target data acquisition statement corresponding to the first to-be-detected object according to the related parameter of the first to-be-detected object; and acquiring data corresponding to the first to-be-detected object by using the target data acquisition statement, and performing detection on the data corresponding to the first to-be-detected object to obtain a data detection result. Through pre-checking of the to-be-detected object, false positives in detection are avoided, thereby improving detection efficiency and ensuring data quality.

This invention discloses a precision high-frequency forming wheel and its manufacturing method, applied in the field of forming wheel technology. By setting up a forming mechanism, the main grinding component can process an object into a thinner shape when used alone; the auxiliary grinding component can process the surface of the object when used alone; the side grinding component can process the outer edge of the object when used alone; the edge grinding component can cooperate with the side grinding component and the main grinding component to process the object into a thicker shape; and the bottom grinding component can cooperate with the edge grinding component, the side grinding component, and the main grinding component to process the object into a spherical shape. Through various combinations, multiple different processing methods can be achieved on the object, improving the flexibility of object processing.

Roadway intersection signaling solution is provided having systems and methods that can include a processor to identify a setting for roadway signaling. The setting can include predetermined phases to apply according to time intervals to control traffic objects at the intersection. The processor can identify data from a sensor on an object and an environmental condition at the roadway intersection. The processor can determine, based on the object and the environmental condition input into a machine learning (ML) model, a timing for the object to pass the roadway intersection. The processor can adjust, based on the timing for the object to pass the roadway intersection, the setting for signaling at the roadway intersection and generate an instruction to a signaling device at the roadway intersection based on the adjusted setting.

This disclosure relates to an information processing method, apparatus, electronic device, and storage medium. The method includes: responding to object association issue information of a target account for a target interactive object in an intelligent conversation page, obtaining intelligent conversation information and a case library from the intelligent conversation page; determining the target object exception type corresponding to the object association issue information based on the intelligent conversation information and the case library; determining structured exception result description information based on the target object exception type, object exception logs, object processing sequence information of the target interactive object, and object identification information of the target interactive object; recalling exception solutions based on the exception result description information to obtain a target exception solution; and invoking an intelligent response model to generate exception resolution response information for the object association issue information based on the exception result description information and the target exception solution. This makes the exception resolution response information more accurate and improves the operability of exception handling.

An audio processing method includes: performing spatial analysis on binaural signals to estimate the level difference and phase difference of binaural filters characterizing the binaural signals; and performing object extraction on the binaural audio signals using the estimated level difference and phase difference to generate left / right principal component signals and left / right residual component signals. The system can perform different processing on the left / right principal components and left / right residual components using different object processing parameters, such as repositioning, equalization, compression, upmixing, channel remapping, or storage, to generate processed binaural signals, thereby providing an improved listening experience. Repositioning can be based on head-tracking sensor data.

An image generation system and method for displaying an Augmented Reality “AR” image of a real-world environment having one of more objects located therein and one or more AR objects each corresponding to a respective object, the system comprising: a display on which the image of the real-world environment and the AR objects are displayed; a processing and control module configured to: receive, from one or more sensors, data relating to the real-world environment and objects therein; create the one or more AR objects from the objects by determining additional information relating to the object which is represented by at least one of symbols, annotations and fonts to be attached to the AR object to act as a displayed component: displaying the AR image comprising the real-world image and one or more AR objects; wherein the AR objects once created are stored for future retrieval based on a unique identifier for the AR object which remains active as long as the object is of interest.

This invention relates to the field of simulation technology, and in particular to a simulation method, apparatus, device, and storage medium for chemical vapor deposition (CVD). The method, through a complete chain centered on building a simulation library, initializing encapsulated objects, processing input parameters, matching encapsulated objects, adaptive adjustment, and executing the simulation, transforms traditional flow field simulation models fixed in a single scenario into independently manageable, repeatedly invoked, and multi-condition adaptable engineering analysis units. This effectively solves the problems in existing technologies where simulation objects are mostly customized and difficult to reuse, parameter adjustments rely on manual operation by professional simulation personnel leading to low efficiency, and instability issues such as calculation divergence and result distortion easily occur when switching between multiple operating conditions. It significantly improves the engineering applicability, operational convenience, and result reliability of simulation analysis, providing efficient and stable technical support for the entire lifecycle of CVD equipment from R&D design and process debugging to mass production optimization, making the decision-making process more scientific and rational.

The embodiment of the application provides a risk processing model training method, a risk object processing method and related devices, which can perform selection operation on risk assessment feature information on a risk feature selection page, select at least one target risk assessment feature information, that is, the embodiment of the application presents the risk assessment feature information in a visual form, can quickly select the target risk assessment feature information, determines reference risk processing rule information based on the target risk assessment feature information, and predicts risk processing rule information, thereby accelerating the training of the risk processing model, and improving the development efficiency.

This application provides an error-aware multi-model scheduling method, apparatus, device, and storage medium. The method includes: acquiring a task request, and the processing success probability and processing consumption parameters of each large model providing object; acquiring the task baseline coefficient of the task request, and calculating a scheduling priority value for each large model providing object based on the task baseline coefficient, processing success probability, and processing consumption parameters; allocating the task request to the target large model providing object with the highest scheduling priority value for processing, acquiring the task processing result for evaluation, and obtaining an evaluation coefficient; determining the reference scheduling priority value and evaluation coefficient of a reference large model providing object with a scheduling priority value lower than the target large model providing object, and calculating the result exchange coefficient of the target large model providing object; and returning resource exchange data to the target large model providing object based on the result exchange coefficient. This improves the accuracy and efficiency of routing resource allocation.

The application relates to the computer technical field, in particular to an object processing method and device, electronic equipment and storage medium. The method comprises the following steps: when a native layer processes a data processing request of an application layer, encapsulating a data processing result into a native data object, and transmitting the data processing result and a pointer address of the native data object to the application layer; the application layer encapsulates the data processing result through an application data object created by the application layer, encapsulates the pointer address of the native data object through an associated data object created by a bridge layer, and binds the life cycle of the associated data object with the life cycle of the application data object; when the bridge layer detects that the application data object is released, it is determined that the life cycle of the application data object and the associated data object ends, and the native data object is obtained based on the pointer address in the associated data object and is released. The application simplifies the release process of the native data object, timely releases the native data object, and avoids memory leakage.

Embodiments of the present application provide a data object processing method, an electronic device and a storage medium, wherein the method comprises: determining a triple object sample; determining a feature representation corresponding to the triple object sample by using a data analyzer; the data analyzer is used to represent a mapping relationship between object information and the feature representation; the feature representation is used to determine target feature information corresponding to the data object; determining first matching information between a first object sample and a second object sample, and second matching information between the first object sample and a third object sample according to the feature representation corresponding to the triple object sample; updating parameters of the data analyzer according to first weight information corresponding to the first matching information and second weight information corresponding to the second matching information. Embodiments of the present application can improve the convergence speed of the data analyzer, and thus can save the cost spent in training the data analyzer.

An information processing apparatus (100) includes a generation unit (101), a display control unit (101), a first acquisition unit (104), a second acquisition unit (105), and a processing unit (101). The generation unit (101) generates a virtual image including a movable virtual object. The display control unit (101) controls display of the virtual image. The first acquisition unit (104) acquires first information regarding a first part of a user. The second acquisition unit (105) acquires second information regarding a second part of the user. The processing unit (101) performs a first movement process to move the virtual object based on the first information and a second movement process to move the virtual object based on the second information. The processing unit (101) switches between the first movement process and the second movement process based on the acquisition status of the first information or the acquisition status of the second information.

A method of processing an object, the method including: a laser processing step of forming a modified region along an imaginary surface inside the object by irradiating laser light to the object. The object has a surface, a part of the surface side is set as a removal region, and the imaginary surface includes: a first surface extending in a direction intersecting the surface; and a second surface connected to the opposite side of the first surface from the surface side via a connection portion and extending in a direction intersecting the first surface. In a cross-sectional view intersecting the surface, a first angle formed by the first surface and the second surface and a second angle formed by the surface and the second surface are obtuse angles, the first angle is smaller than the second angle, and the connection portion is disposed in the removal region in the object.

The application discloses an object processing method and device, equipment and a storage medium, and relates to the technical field of rendering. The method comprises the following steps: displaying an editing interface of a three-dimensional editor, and the editing interface displays selection items of at least two volume objects; in response to an operation on the selection items of the volume objects, determining N volume objects in the at least two volume objects that are in a selected state; and in response to a first trigger operation, sending fusion instruction information to a backend node. In this scheme, the process of fusing the N volume objects into a fused volume object is essentially the process of fusing first data files of the N volume objects into first data files of the fused volume object, and subsequent rendering is performed based on the one first data file, so that the rendering time can be effectively shortened.

The present application relates to a kind of processing method, device, electronic equipment and storage medium of background object, comprising: receiving the object adding operation for target document;Determine the background object of the object adding operation;Determine the target section to be added in the target document The background object;The background object is added to the target section, to show the background object in the document page corresponding to the target section.This application embodiment adds background object to the target section to be added background object, realizes to set background object with section unit, i.e. each section individually sets background object, and then, in the case where target document contains multiple sections, each section can set different background object according to actual need, facilitate user use.

An object information detection system based on a synthetic aperture radar image according to an embodiment of the present invention may comprise: a receiver module for receiving an image of a synthetic aperture radar (SAR); and a processing module for extracting shadows defined as shaded areas where electromagnetic waves cannot reach in the received image, distinguishing artificial objects that reflect electromagnetic waves and natural objects that absorb electromagnetic waves in the received image, and calculating information of the distinguished objects. The processing module may further include a moving target object processing module that determines an actual position of a moving object moving with velocity among the artificial objects based on the position of the extracted shadow and / or a natural object processing module that distinguishes natural objects that absorb at least a part of electromagnetic waves.

This application discloses a database object processing method, system, device, and medium, applied in the field of database technology. In the mapping phase, the hierarchical identifiers (after removing hierarchical separators) of the original identifier key are concatenated into a hierarchical identifier string, generating a first digital fingerprint. A mapping identifier key is generated based on the target start character, the target digital fingerprint algorithm identifier, the first digital fingerprint, the target hierarchical identifier length, and the hierarchical identifier string. In the inverse mapping phase, after determining that the mapping identifier key starts with the target start character, the hierarchical identifier string is segmented based on the target hierarchical identifier length to obtain each hierarchical identifier, generating a second digital fingerprint. When the second digital fingerprint matches the first digital fingerprint, the hierarchical separator is used to restore each hierarchical identifier to the original identifier key. By constructing a unified bidirectional mapping mechanism, the database cluster can be compatible with different metadata services, significantly improving system scalability.

Roadway intersection signaling solution is provided having systems and methods that can include a processor to identify a setting for roadway signaling. The setting can include predetermined phases to apply according to time intervals to control traffic objects at the intersection. The processor can identify data from a sensor on an object and an environmental condition at the roadway intersection. The processor can determine, based on the object and the environmental condition input into a machine learning (ML) model, a timing for the object to pass the roadway intersection. The processor can adjust, based on the timing for the object to pass the roadway intersection, the setting for signaling at the roadway intersection and generate an instruction to a signaling device at the roadway intersection based on the adjusted setting.

The application provides a galvanometer mirror reflecting sheet temperature measurement method and system with environmental temperature control and compensation, and relates to the technical field of laser processing. The method comprises collecting historical processing data, performing clustering feature analysis on the processing object, and forming object processing temperature control data; obtaining the to-be-processed data of the target processing object, combining the object processing temperature control data to perform temperature control compensation analysis, and forming target processing prediction compensation temperature control data; obtaining real-time processing data of the target processing object, combining the target processing prediction compensation temperature control data to perform deviation monitoring analysis, and forming deviation adjustment compensation temperature control data; and performing temperature control compensation processing according to the deviation adjustment compensation temperature control data. The method efficiently and accurately controls the situation that the processing precision is reduced due to the thermal deformation of the galvanometer mirror in the laser processing process through efficient temperature control prediction compensation analysis, effectively guarantees and improves the processing precision.

The application provides a kind of spent fuel reprocessing process knowledge object processing method, device and equipment, wherein the method comprises: obtaining at least two knowledge objects in spent fuel reprocessing process;The knowledge object includes: at least one spent fuel reprocessing process, at least one equipment corresponding to the spent fuel reprocessing process, at least one process parameter corresponding to at least one equipment of the spent fuel reprocessing process;According to at least two knowledge objects, obtain the knowledge graph chromosome population of spent fuel reprocessing process;According to the preset algorithm, obtain the target chromosome individual vector of the knowledge graph chromosome population;According to the target chromosome individual vector, adjust the preset knowledge base of spent fuel reprocessing process, and obtain the target knowledge base.The application scheme improves the optimization ability of reasoning and problem solving of knowledge object in spent fuel reprocessing process, and improves the efficiency of spent fuel reprocessing process.

The aim is to provide effective support for object positioning. [Solution] An information processing method is provided, comprising imaging object processing, virtual object processing, and comparison processing, wherein the imaging object processing acquires an imaging object, the virtual object processing acquires a virtual object, and the comparison processing acquires a comparison result between the imaging object and the virtual object.

This utility model discloses a long plasma processing chamber structure, relating to the technical field of ion processing chamber devices. It includes a main chamber with three interconnected cavities inside. Three integrated plates are provided on the top surface of the main chamber. Weight-reducing holes are provided at the upper and lower ends between adjacent cavities, and a light-passing shaft fixing hole is provided in the middle between adjacent cavities. This utility model, through the cooperation of the collecting plate and the burner pressure plate, facilitates the simultaneous spraying of ions in different directions, enabling rapid object processing and improving the device's object processing capability. The cooperation between the high-voltage line inlet and the cavity facilitates the ignition of the internal mixed gas, allowing for better control of ion spray and improving the device's precise control over object processing. This device enhances both object processing capability and ion spray control.

A programmable multi-stage packet processing pipeline executing in a data plane of a software-defined networking (SDN) network handles data packets according to objects in a directed graph that are programmed using multiple separate namespaces. Each namespace provides isolation for programming in the processing stages to provide protection for the pipeline that may span across multiple different tenant domains. While programming is handled using separate namespaces, the programmed stages are converted into executable code that runs in a single data plane of the SDN network to optimize data packet flow while minimizing latency.

The application provides a virtual scene object processing method and device, equipment, storage medium and program product; the method comprises the following steps: assigning static physical objects included in a virtual scene to a static physical space, and assigning dynamic physical objects included in the virtual scene to a dynamic physical space; in response to the dynamic physical objects to be moved, performing physical simulation on the movement of the dynamic physical objects in the dynamic physical space, to obtain a first position to which the dynamic physical objects are to be moved; in the static physical space, correcting the first position based on the static physical objects, to obtain a second position to which the dynamic physical objects are to be moved; and updating the position of the dynamic physical objects from a current position to the second position, to complete the movement of the dynamic physical objects. Through the application, the consumption of hardware processing resources can be reduced, and the hardware processing performance can be improved.

The information processing device includes a receiving unit that receives the specification of a graphic symbol related to the processing of an object, and an output unit that outputs target image data corresponding to the received graphic symbol from among a plurality of image data in which the object to be processed and the graphic symbol are drawn.

An object processing procedure comprises processing an object to be processed to obtain essential feature information of the object to be processed and initial feature information of the object to be processed, wherein the initial feature information includes local feature information and global feature information; performing fusion processing on the essential feature information, the local feature information, and the global feature information to obtain target feature information of the object to be processed, wherein the essential feature information is target frame information or text feature information of the object to be processed of different modalities; and determining an object that satisfies a similarity condition with respect to the target feature information of the object to be processed as a result object corresponding to the object to be processed.where a modality of the object to be processed differs from a modality of the result object, and the modality includes text, image, video and / or audio.

The present disclosure provides a virtual object processing method, device, program product and electronic equipment, and relates to the technical field of computers. The virtual object processing method comprises: in response to a display request for a target display interface, reading object basic data from a first local storage, and rendering initial display content of the target display interface according to the object basic data, the first local storage being a persistent storage; obtaining user state data of a server, and updating the rendering content of the target display interface by fusing the user state data and the object basic data. The present disclosure stores object basic data in a local storage, and fuses user state data of a server in real time, so that the rendering efficiency of a virtual object can be improved to a certain extent, the rendering waiting time is reduced, and the experience of a user in viewing virtual object information is ensured.