29 results about "Interactive processing" patented technology

This specification provides a video interaction processing method and apparatus. One video interaction processing method includes: capturing images of a user interacting with an intelligent agent instance corresponding to a medical service provider via voice; detecting interaction mode switching based on the captured action image sequence; if the switching detection passes, uploading the user's voice data to a server; obtaining candidate medical entities by performing medical entity recognition on the user's text based on the user's voice data; performing multi-dimensional interaction mapping on the candidate medical entities based on the user interaction video; uploading the obtained multi-dimensional mapping parameters of the candidate medical entities to the server; and displaying the diagnostic data generated by the calling intelligent agent instance based on the multi-dimensional mapping parameters and the user's text. This allows for parameter mapping of candidate medical entities from multiple interaction dimensions, thereby generating diagnostic data based on the multi-dimensional mapping parameters.

The application provides an interactive processing method and device of a virtual scene, an electronic device, a computer readable storage medium and a computer program product; the method comprises: displaying a virtual scene, wherein the virtual scene comprises at least one virtual object; in response to meeting a pickup condition, controlling a first virtual object to pick up a first virtual prop, wherein the first virtual object is any one of the virtual objects in the virtual scene; in response to a trigger operation on the first virtual prop, controlling the first virtual object to implement a sequence of actions based on the first virtual prop, wherein the sequence of actions comprises prop actions adapted to the first virtual prop and object actions adapted to the first virtual object. Through the application, the diversity and adaptability of actions in the interaction process between the virtual object and the virtual prop can be improved.

This application provides a method, apparatus, electronic device, computer-readable storage medium, and computer program product for interactive processing of subroutines. The method includes: displaying a first subroutine, wherein the first subroutine includes at least one creation control corresponding to each interaction; displaying a list of contact objects in response to a trigger operation on the first creation control, wherein the first creation control is any one of the at least one creation control, the first creation control corresponds to a first interaction, and the first interaction is any one of the at least one interaction; highlighting at least one selected contact object in response to a selection operation in the contact object list; and sending a second subroutine to clients corresponding to each of the at least one contact object in response to a send trigger operation, wherein the second subroutine is used to perform the first interaction. This application improves the relevance between the subroutine and the client, enabling rapid creation of interactions.

This application provides a method, apparatus, electronic device, computer-readable storage medium, and computer program product for interactive processing of virtual scenes. The method includes: displaying a virtual scene, wherein the virtual scene includes a first virtual character and a second virtual character; responding to an attack triggering operation against the second virtual character, controlling the first virtual character to attack the second virtual character; responding to the second virtual character being hit by the first virtual character, increasing the number of a first combat resource parameter possessed by the first virtual character; and, when the number of the first combat resource parameter reaches a preset first threshold, displaying a third virtual character in the virtual scene, wherein the third virtual character is a subordinate virtual character of the first virtual character and is used to assist the first virtual character in attacking the second virtual character. Through this application, a positive combat feedback loop based on active attack can be established, thereby significantly improving player combat participation.

This invention discloses a method, apparatus, device, and medium for digital human live streaming interactive processing that integrates a large language model. It relates to the technical field of digital human live streaming interactive processing, including multimodal data acquisition and preprocessing steps, sentiment analysis and semantic understanding steps, response content generation and personalization enhancement steps, and multimodal interactive output steps. By constructing a multimodal data acquisition and preprocessing mechanism, it integrates input information from three modalities: voice, text, and video / image, achieving comprehensive perception of the audience's interactive intent in the live streaming scenario. Based on this, it utilizes a large language model for deep semantic understanding and contextual awareness, and combines a multimodal sentiment analysis module to comprehensively infer the audience's tone, speech rate, facial micro-expressions, and bullet screen text, enabling the digital human to accurately capture the audience's fine-grained emotional state changes, thereby generating highly human-like, context-appropriate response content.

This invention relates to the field of data processing technology, and more particularly to an interactive teaching program processing method and system based on task scheduling. The method includes the following steps: acquiring user teaching interaction requests and parsing the teaching behavior type and current teaching state; assessing the impact of teaching behaviors on subsequent teaching processes based on changes in the teaching state, and generating teaching task scheduling identifiers; inserting or adjusting the execution order of teaching tasks in the task scheduling queue according to the scheduling identifiers; calling the teaching program module according to the adjusted task scheduling queue to generate interactive processing results; and outputting the interactive processing results and updating the next teaching state. This invention, by classifying and judging the teaching state disturbances caused by teaching interaction behaviors, and accordingly implementing order preservation, partial adjustment, or structural reconstruction of the teaching task scheduling queue, enables the teaching program to adaptively handle different teaching scenarios while ensuring the continuity of the teaching process and the correctness of content dependencies.

The application relates to the technical field of computer vision, in particular to an image feature extraction and analysis method based on multi-region gate fusion, which comprises the following steps: obtaining a target region mask of an image, generating a global image and a plurality of local region images through partition operation, extracting global and local tile features in parallel, and enhancing the context representation of the global tile features in the spatial and channel dimensions; adopting a region gate fusion mechanism to dynamically adjust and fuse the global enhanced features and the local tile features; aggregating the fused features, inputting the aggregated features into an encoder and a structured decoder in combination with a guide query tensor generated by a memory guide module for interactive processing; outputting a multi-dimensional structured information prediction through a multi-task prediction head, and outputting a structured analysis result; the application solves the problems of insufficient attention to local fine-grained targets in image fine-grained analysis, imbalance between global and local feature fusion, and lack of structured semantic description of output results in the prior art.

The application provides an information stream interactive processing method and device, electronic equipment and computer readable storage medium; the method comprises the following steps: an information stream framework layer displays an information stream in an information stream area; the information stream framework layer inserts at least one interactive area between information of the information stream, and displays at least one interactive material in the interactive area; the information stream framework layer updates the information in the information stream and the position of the interactive area in an information stream display interface in response to a mobile operation for the information stream, and when the position of the interactive area reaches a set position, the interactive layer is informed to display an interactive process in the interactive area; wherein the interactive process is a process in which at least one interactive material changes following an interactive operation. Through the application, diversified and efficient interaction in the information stream can be realized.

This invention discloses a method for extracting key elements and dynamically monitoring flood control based on a remote sensing model. It includes: multi-source data construction and preprocessing, acquiring and preprocessing SAR and optical images, generating standardized SAR-optical heterogeneous input tensors and water body labels through spatiotemporal registration; unified basic model architecture construction, using a dual-path convolution strategy to map heterogeneous data into feature words of a unified dimension and inputting them into a Transformer backbone network, aggregating key element features through an adaptive block merging mechanism, a modal cue word mechanism, and a flood control semantic prior query mechanism; interactive processing and multi-task output, generating a static flood control mask based on multi-scale feature maps and hydro-topographic constraints, and using this mask to guide temporal cross-attention to achieve flood evolution detection. This invention achieves all-weather, high-precision flood monitoring and evolution tracking, significantly improving the accuracy of land-water boundary extraction and anti-interference capability under complex terrain.

A method is disclosed. The method includes receiving an available application request message from an access device by a user device. The available application request message includes an access device type identifier. The method further includes determining whether an association exists between the access device type identifier and one or more application identifiers from a plurality of application identifiers stored on the user device. The plurality of application identifiers correspond to different applications on the user device. The method further includes sending an available application response from the user device to the access device, in part based on the existence of the association. The available application response includes the one or more application identifiers from the plurality of application identifiers associated with the access device type identifier.

This invention discloses a multilingual intelligent interactive processing system, relating to the field of data processing, comprising: a collection module for collecting text speech data sent by each interactive subject in a group chat scenario, and simultaneously acquiring the unique identifier of the corresponding speaker, the speech time sequence marker, and the subject's interface language configuration information; and a statistics module for sorting the collected text speech data according to the speech time sequence, and simultaneously calculating the interface language type and total number of all interactive subjects in the group chat. This invention performs real-time intelligent adaptation processing for multilingual interaction in group chat scenarios, accurately matches the interface language configuration of different users, automatically completes the multilingual synchronous conversion of speech content, breaks down language communication barriers in group chats, and allows users of different languages ​​to receive native-language interactive information, thereby improving the communication efficiency of cross-language group chats.

The application provides an interactive processing method and device of a virtual scene, an electronic device and a storage medium. The method comprises: displaying a virtual scene, wherein the virtual scene comprises skill controls corresponding to a plurality of virtual objects respectively; in response to a click operation on a skill control of a first virtual object, displaying an identifier of at least one second virtual object; in response to a first sliding operation on the identifier of the at least one second virtual object, highlighting the identifier of at least one target second virtual object selected by the first sliding operation, wherein the first sliding operation is implemented from a touch point of the click operation while the click operation is maintained; and in response to the first sliding operation being released, controlling the first virtual object to release at least one target skill at a release position of the first sliding operation, wherein the at least one target skill is a skill possessed by the at least one target second virtual object. Through the application, the operation efficiency of skill release can be improved.

This invention provides a virtual reality processing measurement guidance and verification method for remote fashion design customization, belonging to the field of fashion design customization technology. The method includes the following steps: constructing a virtual interactive processing system, deployed on a user-operable terminal, possessing core functions related to human body dimensions such as guidance, acquisition, processing, verification, adjustment, and data interaction; pre-setting measurement-related benchmarks and a visual guidance interface; and integrating image processing algorithms and fashion 3D model resources. This invention, through the guidance function of the virtual interactive processing system, solves the problems of non-standard user measurement postures and non-standard use of calibration carriers in existing technologies. The system overlays guidance prompts in real time through a visual guidance interface, clearly informing users of the deployment location of the calibration carrier, acquisition angle, and standard posture requirements, interactively correcting users' non-standard operations, ensuring the standardization and completeness of information acquisition, and providing a foundation for the accuracy of subsequent dimension extraction.

The application provides a multi-type audio guided unmanned aerial vehicle remote sensing image segmentation method and system based on fine semantic embedding, relates to the intelligent processing of remote sensing images and the cross field of multi-modal artificial intelligence, and comprises the following steps: collecting remote sensing images, remote sensing related audio and voice data, and constructing a multi-type audio guided remote sensing image segmentation dataset; constructing a multi-type audio guided remote sensing image segmentation model based on fine semantic embedding, wherein the model comprises a remote sensing image feature encoding module, an audio feature encoding module, a fine semantic embedding module, an audio semantic request module and a mask feature decoding module; and training the multi-type audio guided remote sensing image segmentation model through the multi-type audio guided remote sensing image segmentation dataset until the training completion condition is met. This segmentation method improves the intelligent interactive processing capability of remote sensing images, and the coincidence degree of remote sensing images and audio semantics is improved through complete modeling and fine semantic embedding of audio semantics.

The present disclosure relates to an interactive processing method and device, an electronic device and a storage medium. The method comprises: displaying a content page; the content page comprises target multimedia content; in response to an interactive operation on the target multimedia content, displaying interactive feedback information; the interactive feedback information comprises thank-you content corresponding to thank-you configuration information of a content publishing object, and the content publishing object is a publishing object of the target multimedia content. The present disclosure improves the diversity and richness of the display form of the interactive feedback information, thereby solving the problem of single interactive feedback form in the related art.

The embodiment of the application provides a software program page layout method and device, through innovatively designing a thread scheduling system, through load balancing and resource allocation, efficient operation of the system is realized. An interactive processing mechanism is constructed, a reliable rolling control is established in combination with a behavior model and a speed matrix. Rendering optimization is introduced, through performance evaluation and strategy adjustment, the fluency of the layout is ensured. The method effectively solves the deficiencies of traditional technologies in thread management, interactive processing and rendering optimization and the like, and provides technical support for software development.

An interactive processing method and apparatus for a virtual scene, and an electronic device, a computer-readable storage medium and a computer program product. The method comprises: displaying a virtual scene, wherein the virtual scene comprises a first virtual subject and a virtual object; and in response to the virtual object satisfying a summoning condition, controlling the virtual object to summon at least one second virtual subject, wherein the second virtual subject is used for hindering the first virtual subject from inflicting damage on the virtual object, and the virtual object is at least partially immune to the damage caused by a first attack operation of the first virtual subject.

The invention discloses an interactive processing method and device, equipment, a medium and a program product, and aims to realize extremely simplification of answer-and-do operation and remarkably improve user experience and query efficiency. The method comprises the steps that in response to an interaction triggering operation on an artificial intelligence (AI) interaction application, an interaction dialogue interface related to the AI interaction application is displayed, and the interaction dialogue interface comprises an input control; in response to an input operation in the input control, displaying a first query question; in response to a trigger operation for the first query question, the first query question and M first reply contents of the first query question are displayed in the interactive dialogue interface, each first reply content comprises an AI reply text and an interactive component associated with the AI reply text, and the interactive component is used for guiding and triggering execution of a target behavior on the corresponding AI reply text, the AI reply text is used for solving the first query question, and M is an integer greater than or equal to 1.

This invention proposes a few-shot image segmentation method and system based on cue learning, relating to the field of image processing technology. The method includes: extracting multi-scale features from support set images and query set images using a deep backbone network with shared weights, obtaining support set features and query set features at multiple scales; performing weighted global average pooling on the support set features based on a first mask corresponding to the support set features to obtain image category prototypes; interacting with the adaptively transformed image category prototypes and a preset learnable cue pool through attention, generating enhanced cue vectors through residual fusion; generating prior masks using the similarity between query set features, support set features, and the first mask; and performing interactive processing and cross-scale fusion of prior masks, query set features, and image category prototypes at each scale to obtain enhanced query set features; and performing pixel-level matching using the similarity between the enhanced cue vectors and the enhanced cue vectors to obtain the target segmentation result.

The application discloses a kind of high-temperature hydraulic pipeline defect infrared interactive detection methods, first based on interactive locking video stream real-time tracking segmentation, the high-temperature hydraulic pipeline specified by user is separated from environment background, generates continuous visual high-temperature hydraulic pipeline image, then through statistical abnormal area rough positioning, i.e. Suspected defect screening generates suspected defect screening result, again through non-supervised abnormal fine identification, i.e. False heat spot is eliminated, and defect detection result is obtained, finally through augmented reality interactive feedback, superimposed display and alarm prompt are carried out on the screen of interactive processing terminal.The application not only realizes high-precision online defect detection, but also greatly improves detection efficiency and user experience through visual interactive means.

This invention discloses an interactive processing system and method for visualizing patient data from multiple hospitals, specifically relating to the field of medical information technology. The system includes: a distributed data aggregation module for real-time aggregation of patient clinical data from multiple hospitals according to a unified standard; a medical knowledge graph module for storing a network of medical entity relationships to provide logical association parameters; a dynamic simulation and deduction module that responds to front-end interactive adjustments to the first clinical parameter in the graph, obtains associated parameters based on the graph, and generates a composite prediction task; a real-time prediction calculation module that executes the task using a lightweight model obtained through federated learning and knowledge distillation, outputting predicted values ​​and explanatory information; and a visualization module that drives the interface to integrate and display parameter simulation adjustments, associated parameter prediction trends, and medical relationship paths. This invention achieves a leap from static data display to dynamic intelligent deduction, improving the depth and efficiency of clinical decision-making.

This specification provides a service processing method and apparatus based on a shopping cart. One method includes: determining the interaction collaboration type between an interactive device and a shopping cart during the service processing; the interactive device being used to collaborate with a merchant's shopping cart for service interaction; acquiring service interaction data corresponding to the interaction collaboration type through an intelligent agent; obtaining scene interaction intent based on the service interaction data; and performing scene interaction processing on the interactive device based on the scene interaction intent to obtain scene interaction data; finally, sending the scene interaction data to the interactive device for scene interaction display, thereby achieving interactive processing of the shopping scene through cooperation with the shopping cart.

An aspect of the present disclosure is an interactive processing system having a processor that performs processing in response to a request from a user terminal device, the interactive processing system including: a personality information generation unit that generates personality definition text information representing the personality of a subject based on a plurality of personality factor parameters which influence the personality of the subject; and a response processing unit that generates response text information based on utterance information received from the user terminal device and the personality definition text information generated by the personality information generation unit.

With the widespread adoption of various interactive systems, the security of interactive content has become increasingly prominent. Users may output inappropriate remarks, and systems may generate inappropriate content, affecting user experience and even triggering legal risks. Existing content security mechanisms suffer from deficiencies such as one-way protection, simple keyword matching, lack of tiered response, absence of self-reflection mechanisms, and lack of mediation mechanisms. Therefore, a two-way interactive security protection mechanism is needed, which can effectively detect and process inappropriate content input by users, control inappropriate content output by the system, reduce false positives through intent classification, and provide flexible mechanisms such as self-reflection, third-party intervention, and cooling-off periods to achieve a healthy and safe interactive environment. This application provides an interactive processing method, system, and computer-readable storage medium, aiming to achieve two-way protection for both the generator and the receiver, reduce false positives through intent classification, provide tiered response for progressive processing, empower the generator with the ability to reflect and apologize, and facilitate third-party mediation.

This application provides a method, apparatus, electronic device, computer-readable storage medium, and computer program product for interactive processing of virtual scenes. The method includes: displaying a virtual scene, wherein the virtual scene includes a first virtual object and a second virtual object wearing virtual equipment in a complete state; responding to an attack trigger operation targeting the virtual equipment, controlling the first virtual object to attack the virtual equipment worn by the second virtual object to reduce the durability value of the virtual equipment; responding to the virtual equipment's durability value dropping to a preset durability value threshold, canceling the display of the virtual equipment and playing a fragment scattering effect at the corresponding position of the second virtual object; responding to the fragment scattering effect finishing playing, displaying the damaged virtual equipment at the corresponding position of the second virtual object. This application enables continuous display of the virtual equipment being damaged by an attack, improving the realism of the visual presentation.

The application provides an interactive processing method and device of a virtual scene, an electronic device and a storage medium; the method comprises: displaying a virtual scene in a human-computer interaction interface, wherein the virtual scene comprises a plurality of camps, and each camp comprises at least one virtual object; in response to a marching control operation for a first camp, displaying the first camp marching in the virtual scene; in response to the first camp marching to a first position and the distance between the first position and a first region in the virtual scene being less than a distance threshold, displaying first prompt information of the first region, wherein the first prompt information represents that a first interactive event between the plurality of camps has occurred in the first region. Through the application, accurate information recommendation can be performed in the virtual scene, thereby enriching the interactive mode of the virtual scene and improving the user experience.

This invention relates to the field of smart terminal technology, specifically a 5G communication terminal interactive control system based on AI voice recognition. The system includes a voice acquisition and processing module, a voice format conversion module, an instruction generation module, an instruction conversion module, a data transmission module, and an interactive feedback module. The system performs environmental adaptive preprocessing on the raw voice data stream to obtain purified voice data from the user; it then performs edge-cloud collaborative recognition on the purified voice data to obtain the user's text information; it performs semantic recognition on the text information to obtain the user's voice intent, and encodes the voice intent into initial control commands for the communication network; it encapsulates the initial control commands to obtain recognizable data packets for the target device; it sends the recognizable data packets to the target device via the communication network and monitors the response data in real time; and it performs multimodal interactive processing on the response data to obtain interactive data from the user. This invention can improve the efficiency of 5G communication terminal interaction based on voice recognition.

This specification provides an interactive processing method and apparatus for physical books. One interactive processing method for physical books includes: firstly, image acquisition and image recognition of the book pages are performed to obtain book data and generate an excerpt interaction page; then, based on user operations, the excerpt elements submitted by the user on the excerpt interaction page and the comment data entered on the comment interaction page are determined; the excerpt elements and comment data are uploaded to a server; the server performs book mapping retrieval to obtain book location information; finally, based on the book location information issued by the server, comment association is displayed, thereby realizing the excerpting and commenting of the book pages of physical books, and online book mapping retrieval based on the excerpts and commentaries.