32results about How to "Improve interaction efficiency" patented technology

This application provides a method, apparatus, device, and computer-readable storage medium for displaying media content. The method includes: displaying media content and a browsing progress bar for the media content in a content display interface of the currently logged-in account; displaying the browsing progress of the media content in the browsing progress bar, and displaying multiple markers that correspond one-to-one with content segments in the media content; wherein the content segments are matched with the interest characteristics of the user corresponding to the currently logged-in account, and are obtained by filtering target content in the media content; during the display of media content corresponding to the browsing progress, when a trigger operation is received for a target marker in the browsing progress bar, the displayed content is redirected to the content segment corresponding to the target marker. This application enables rapid redirection to content segments of interest to the user, improving human-computer interaction efficiency.

The application relates to the technical field of laundry equipment, and discloses a knob assembly for a washing machine. The knob assembly comprises a base plate and a knob body arranged on the base plate and capable of rotating and sliding relative to the base plate. The knob body switches program modes through sliding and adjusts a function parameter of a washing program in a current program mode through rotation. The dual-dimension division of the sliding and the rotation of the knob body enables a user to realize mode switching and parameter adjustment in a single control, thereby shortening an operation path, improving interaction efficiency and ease of use, and enhancing the interest of interaction and the overall user experience. The application further discloses a washing machine.

Provided are an interface interaction method, device, equipment and storage medium. The method includes: obtaining a generation request via a conversation interface; and presenting first preview content in response to generating a first executable object, the first preview content indicating an execution result of the first executable object, the first executable object being generated based on the generation request. In this way, in the process of processing the generation request, as soon as an executable object is generated, the corresponding preview content is directly presented in the conversation interface, shortening the interaction path for the user to verify the generation result, improving the efficiency of interface interaction, and improving the efficiency of information transmission.

The application discloses a multimedia playing method and device based on a cockpit environment, a medium and a product. The method comprises the following steps: running a multimedia playing program in the cockpit environment; playing multimedia content in the cockpit environment through the multimedia playing program; and displaying a first virtual object activity on a display screen of the cockpit environment based on the multimedia playing program. The multimedia playing program supports multi-terminal sharing of the first virtual object. The method attracts users to stay in the multimedia playing program for a long time, thereby increasing the interaction between the users and the multimedia playing program, further improving the human-computer interaction efficiency, improving the utilization rate of the multimedia playing program, and enabling the multi-terminal sharing of the first virtual object through the multimedia playing program. In other words, the users can display the first virtual object on multiple or various terminals, thereby improving the multi-terminal interaction efficiency.

This application relates to a search method, apparatus, electronic device, and storage medium. The method includes: initiating a search service in response to receiving a trigger command; determining at least two objects to be searched from a browsing page of the electronic device in response to a user operation; determining an analysis method selection icon displayed on the electronic device based on the at least two objects to be searched; determining an analysis method in response to selecting the analysis method selection icon; and determining search results for the at least two objects to be searched based on the analysis method. Simultaneously, an artificial intelligence model can be used to execute each step or part of the steps in this search method. This method can provide more diverse search methods to meet the diverse search needs of users.

The application relates to the technical field of natural language processing and intelligent question answering, in particular to an educational administration question answering system based on semantic analysis, which comprises the following modules: a multi-modal input module that receives natural language question text, fuses real-time academic portrait data and system time into an implicit state vector; a semantic analysis module that extracts core intention features and target entity features; a logic verification module that searches for a target rule node in an educational administration logic knowledge graph based on the intention features, and compares and calculates the implicit state vector in time and state constraint conditions; a dynamic response and guidance module that generates graded response content according to a logic feasibility determination result, or generates an alternative suggestion path based on a graph association structure; the application realizes the leap from static information retrieval to dynamic decision assistance, effectively intercepts invalid operations and reduces the cost of manual interpretation.

This invention provides a method and apparatus for decision-making and execution in a creative workflow based on an AI agent. The method includes: normalizing natural language instructions to obtain normalized text; inputting the normalized text into a rule engine to generate a first modality and its first confidence level; if the first confidence level is greater than or equal to a first threshold, determining the first modality as the target modality; otherwise, inputting the normalized text into a pre-trained modality classification model for inference to generate a second modality and its second confidence level; if the second confidence level is greater than or equal to a second threshold, determining the second modality as the target modality; otherwise, triggering a user fallback confirmation process to receive user confirmation of the target modality; and forwarding the natural language instructions to the work creation engine corresponding to the target modality to generate the target work. This invention achieves automated and intelligent determination of creative modalities, simplifies user operation processes, and improves user interaction experience and the efficiency of creative workflow decision-making and execution.

The application provides a virtual object interaction method, device, storage medium and program product, which are applied to various scenes such as cloud technology, artificial intelligence, intelligent transportation, games and vehicle-mounted devices; the virtual object interaction method comprises the following steps: presenting a virtual scene comprising a first virtual object and a second virtual object; loading at least one interaction position information corresponding to the virtual scene, wherein each interaction position information is obtained by detecting a blocking condition of a position on a passable area boundary in the virtual scene, and the interaction position information refers to interaction information corresponding to an interaction position in the virtual scene; determining target interaction position information matched with the first virtual object from the at least one interaction position information; and controlling the first virtual object to interact with the second virtual object at a corresponding interaction position in the virtual scene based on the target interaction position information. Through the application, the interaction efficiency of the virtual object can be improved.

The application provides a processing method and device in a virtual scene, electronic equipment, a computer readable storage medium and a computer program product; the method comprises: displaying a virtual scene; in response to triggering an operation of a first virtual object holding a virtual weapon, controlling the first virtual object to hold the virtual weapon, and displaying a sight of the virtual weapon in the virtual scene; in response to the sight moving from outside a first adsorption area to inside the first adsorption area, automatically adjusting a shooting direction of the virtual weapon, so that the sight of the virtual weapon is automatically adsorbed onto a second adsorption area in a second virtual object; wherein the first adsorption area is an area surrounding the second virtual object, and the second adsorption area is bound to the second virtual object along a direction penetrating at least part of a skeleton of the second virtual object. Through the application, the efficiency of human-computer interaction in the virtual scene can be improved.

This invention relates to the field of humanoid robot intelligent control technology, and more particularly to a humanoid robot interactive control system and method based on a communication module. It obtains a real-time network score representing the current network quality through a network evaluation module, then predicts a predicted network score representing the future network quality through a network prediction module, and classifies each interactive control command by combining the two scores through an instruction interaction module. Finally, an instruction processing module performs differentiated processing on the different categories of interactive control commands. This invention combines a command classification mechanism based on real-time and predicted dual-dimensional network scores, ensuring that the same command obtains a classification result matching its actual needs in different network environments. Furthermore, it incorporates a differentiated processing strategy based on the classification results using a local lightweight model, thus solving the problem that existing cloud-based humanoid robot control methods cannot guarantee real-time performance under fluctuating network quality conditions.

The application relates to the computer technical field, and in particular to a video content generation method and device, electronic equipment and storage medium, which are used for fast secondary creation of video content and improve the human-computer interaction efficiency. The method comprises the following steps: in response to a first editing operation, an editing interface comprising an editing control is displayed, and a to-be-edited video picture of a to-be-processed video is displayed in the editing interface; in response to a second editing operation, a corresponding first target effect material is added to a target region in the to-be-edited video picture, the first target effect material is obtained by performing editing processing on a picture in the target region in the to-be-edited video picture according to an editing function corresponding to a target editing control; and in response to an editing completion operation, an edited to-be-processed video is generated based on the first target effect material, and the edited to-be-processed video is continuously played in a video display interface. The application extracts original video content as a material for fast secondary creation, thereby improving the human-computer interaction efficiency.

The present application belongs to the field of image processing and intelligent identification technology, discloses a guardrail type identification and cleaning visualization method and system based on image feature extraction, which collects guardrail images through a vehicle-mounted industrial camera and performs adaptive preprocessing, adopts multi-scale gradient fusion edge detection to extract a waveform profile, calculates three morphological parameters of wave peak spacing, wave height and cross-sectional width to realize guardrail type classification identification, and through closed-loop feedback correction of confidence evaluation and edge detection parameters, improves the identification accuracy, and finally presents the identification result and cleaning parameters in a visual superimposed manner in real time.

Embodiments of the present application disclose a test data interaction method, a test data interaction device and an electronic device. After receiving a first control signal sent by an application side at a processing side, a target test data collection channel is determined from a plurality of candidate test data collection channels set in a communication link according to the first control signal, then first target test data is acquired from a corresponding test data collection node in the communication link through the target test data collection channel, and then the first target test data is sent to the application side in a burst transmission mode. Thus, real-time, timing and fixed-point test data interaction can be realized, various test data interaction requirements can be met, and test data interaction efficiency and universality can be improved.

The method comprises the following steps: according to the motion control operation of a controller on a target object in an extended reality scene, controlling the target object to move based on a target movement track, wherein the target movement track is determined by a movement track of the controller; in response to detecting that a current displacement of the controller is greater than a preset distance threshold, determining a first movement speed according to the current displacement of the controller and the preset distance threshold, wherein the current displacement is determined by a current position of the controller and an initial position of the controller, and the initial position of the controller is a position of the controller when the controller starts to control the target object to move; and controlling the target object to move based on the first movement speed. The control of the object in the extended reality scene in the above interaction manner conforms to the operation habit of a user, and improves the interaction efficiency of the user and the object in the extended reality scene.

The present application relates to the technical field of vehicle control, in particular to a cockpit light environment control method and related equipment, the method comprising: acquiring a multi-modal control instruction, the multi-modal control instruction comprising at least one of a touch control instruction, a voice instruction or a biological recognition instruction; sending the multi-modal control instruction to a cockpit light environment control system through a star flash wireless communication module; the cockpit light environment control system receives the multi-modal control instruction, analyzes the multi-modal control instruction to determine light environment control parameters, the light environment control parameters comprising a brightness parameter, a color parameter and a mode parameter; and controlling a light emitting unit to perform corresponding light effect display according to the light environment control parameters; the present application can realize wireless control and multi-modal interaction of the cockpit light environment, reduce the cost of the whole vehicle wire harness, and improve the driving and riding experience.

The application discloses a virtual prop use method, device, equipment, medium and product, and relates to the technical field of computers. The method comprises the following steps: a first virtual object is equipped with a virtual shooting prop, and the virtual shooting prop comprises prop elements of at least two element types; a shooting operation for the virtual shooting prop is received; in response to the shooting operation, the virtual shooting prop is displayed as emitting at least two prop elements; in the case that the at least two prop elements comprise at least two hit elements that continuously hit a second virtual object, and the element types corresponding to the at least two hit elements respectively meet hit requirements, a state effect applied to a target virtual object is displayed, and the target virtual object comprises at least one virtual object in the first virtual object and the second virtual object. The method can improve the functional diversity of the virtual shooting prop and the interaction efficiency of the virtual shooting prop.

The invention belongs to the technical field of image processing and intelligent recognition, and discloses a guardrail type recognition and cleaning visualization method and system based on image feature extraction, and the method comprises the steps: collecting a guardrail image through a vehicle-mounted industrial camera, carrying out the self-adaptive preprocessing, extracting a waveform contour through multi-scale gradient fusion edge detection, and carrying out the recognition and cleaning of the guardrail type. The three morphological parameters of the wave crest interval, the wave height and the section width are calculated to achieve guardrail type classification and recognition, the recognition accuracy is improved through confidence coefficient evaluation and closed-loop feedback correction of edge detection parameters, and finally the recognition result and cleaning parameters are displayed in real time in a visual superposition mode.

This invention discloses a method and system for generating adaptive screens through voice interaction, belonging to the field of game voice interaction technology. It aims to solve problems such as low matching degree between voice interaction screens and player game intentions in game scenarios, incomplete data leading to screen deviations, and lack of dynamic optimization adapted to the game process. The method includes: real-time acquisition of player voice input signals in the game, conversion into voice input text fragments after multimodal audio preprocessing, and construction of a structured voice input sequence according to time sequence; parsing newly added structured units, extracting core game elements, and mapping and constructing a game screen requirement list; quantifying the richness of information in the list, determining whether to construct a dynamic semantic chain, calculating the time, frequency factor, and decision weight of sub-intention nodes, and pruning and optimizing; locating target game visual elements based on a game visual element mapping library, combining player preferences and device characteristics for correction, and constructing a screen interaction logic network to generate adaptive screens.

This disclosure relates to an information display method, apparatus, electronic device, and storage medium. The method includes displaying a target multimedia resource; the target multimedia resource includes a help component and help touch information of the help component; the help component is presented as a first shape image corresponding to a help object; the help component is a component added by a target account during resource editing; the help object is a virtual object created based on the target account; in response to a trigger operation on the help touch information, help result information is displayed; the help result information indicates successful help for the help object. This disclosure shortens the help operation path, improves the convenience of help operation; and enables the execution of help operations on virtual objects created by the target account while viewing multimedia resources published by the target account, thereby improving the interaction efficiency with the target account.

This application relates to a method for controlling a virtual character, a computer device, and a readable storage medium. The method includes: displaying an interactive interface, the interactive interface including a first trigger control and a virtual character; responding to a trigger operation on the first trigger control, controlling the virtual character to enter a preparation state for a target interaction command, and displaying the virtual character in the preparation state and the target control on the interactive interface; responding to a first trigger operation on the target control, determining a first interaction range and a first interaction object, and displaying the first interaction range and the first interaction object on the interactive interface; responding to a release operation on the target control, controlling a target item corresponding to the target interaction command to interact with the first interaction object according to the first interaction range, and displaying the interaction process between the target item and the first interaction object on the interactive interface, thereby achieving remote interaction without requiring the virtual character to physically contact the interaction objects, thus improving interaction efficiency.

The invention relates to the technical field of image recognition and data processing, and particularly provides a customer information collection method and device based on OCR recognition, and the method comprises the following steps: S1, image collection and preprocessing; s2, performing OCR identification and character block extraction; s3, field title matching and content positioning; s4, field content extraction and multi-strategy verification are carried out; s5, data cleaning and format standardization; and S6, outputting a result and filling a form. Compared with the prior art, the method has high configurability and adaptability, and is suitable for various identity recognition and form filling application scenes.

This application discloses an interaction method, device, terminal, and storage medium based on virtual buildings, belonging to the field of computer technology. The method includes: displaying virtual objects of multiple teams and virtual buildings of each team in a virtual scene; issuing virtual upgrade items to the first virtual object in response to a target event performed by the first virtual object in the virtual scene; and upgrading the target virtual building, which belongs to the team to which the first virtual object belongs, when the first virtual object holding the virtual upgrade item moves to the area where the target virtual building is located. During gameplay, the virtual objects within the team have a unified action goal, namely, upgrading the team's virtual buildings by acquiring and transporting virtual upgrade items, avoiding unnecessary operations due to scattered actions and improving the efficiency of human-computer interaction.

This invention discloses a tower crane hardware module management system and method. The system includes: multiple flexible tags, each including a flexible substrate, a flexible PCB circuit, a flexible battery, a Bluetooth communication module, and an LED indicator, attached to various structural components of the tower crane using 3M adhesive; a PAD base station, which communicates with the flexible tags via Bluetooth, identifies a unique identification code, and receives Bluetooth signals; and a cloud platform, which stores production information, customer information, location information, and status information of the structural components. The PAD base station uses the AOA (Angle of Arrival) positioning method to calculate the precise position of the structural components and uploads it to the cloud platform. The method includes: collecting the structural component's identity and real-time location information; uploading the information to the cloud platform and mapping it with pre-stored information to determine the current state; generating management decisions based on the difference between the current state and a preset target state and executing the operation. This invention achieves precise management of tower crane structural components throughout their entire lifecycle, improves positioning accuracy and management efficiency, and avoids installation errors.

The application discloses an interaction system of gateway messages, and relates to the technical field of smart homes.The interaction system of gateway messages comprises a first service gateway and a second service gateway connected with the first service gateway.The first service gateway comprises a first event bus interaction component and a first message forwarding component connected with the first event bus interaction component.The first event bus interaction component is used for sending gateway messages of different message types stored in the first event bus interaction component to the first message forwarding component in response to a first subscription request of the first message forwarding component.The first message forwarding component is used for receiving a second subscription request sent by the second service gateway, determining gateway messages of a first message type indicated by the second subscription request from the received gateway messages of different message types, and sending the gateway messages of the first message type indicated by the second subscription request to the second service gateway.

This invention discloses a method for setting personalized interaction strategies for virtual characters that integrates multimodal features, relating to the field of artificial intelligence. It addresses the problem of poor interaction effects in existing personalized interaction strategies for virtual characters. The method includes steps S1: monitoring the interaction content of the target user, performing voice-action coordination ratio analysis on incomplete interaction commands based on the monitoring results, and classifying them into visual-action combined commands and non-visual-action combined commands based on the analysis results to obtain interaction command setting data; Step S2: performing limb movement directional analysis and command trajectory historical similarity analysis on directional and non-directional commands within the visual-action combined commands to obtain command prediction interaction strategies; and Step S3: performing personalized interaction on the target user based on the interaction command setting data and the command prediction interaction strategy. This invention can improve the targeting and interaction efficiency of personalized interaction strategies for virtual characters.

The application discloses a reagent packaging human-computer interaction system based on PLC and a touch screen, relates to the technical field of reagent packaging, and comprises a collection synchronization module, a processing construction module, a modeling prediction module, an evaluation perception module, an identification analysis module, a dynamic control module, an interactive mapping module, a feedback operation module, a batch modeling module, an analysis optimization module and a traceability backtracking module. The application can know the future change trend in advance, effectively reduces the production risk caused by sudden failures, improves the system safety and reliability, reduces the operation path, improves the interaction efficiency, reduces the probability of human error operation, can balance the operation flexibility on the premise of ensuring safety, realizes high-precision root cause analysis, greatly improves the problem troubleshooting efficiency, and significantly improves the automation level, stability and intelligent degree of the reagent packaging process.

The application discloses a data processing method, system, device and equipment of a content interaction platform. The method comprises the following steps: receiving a content publishing request carrying a multimedia resource; sending the multimedia resource to a first storage end, so that the first storage end stores the multimedia resource and generates a first access address corresponding to the multimedia resource; receiving the first access address sent by the first storage end; sending the first access address to a second storage end, so that the second storage end stores the first access address and generates a content publishing record comprising associated information of the multimedia resource; in the case that response information sent by the second storage end is received, sending a ranking update request of the multimedia resource to the second storage end, so that the second storage end adds the associated information of the multimedia resource to initial interactive ranking information, and obtains target interactive ranking information. The application can update the interactive ranking information in real time, and improve the update efficiency and accuracy of the interactive ranking information.

The application provides a virtual prop control method, device, equipment, storage medium and program product. The method comprises: displaying a target virtual prop in a picture of a virtual scene of a first virtual object, the target virtual prop being used for projecting a virtual sub-prop; in response to a projection instruction for the target virtual prop, controlling the target virtual prop to project the virtual sub-prop to a target position in the virtual scene; when a target object exists in a sensing area formed with the target position as a center, controlling the target object to confuse a second virtual object and a third virtual object; wherein the second virtual object and the first virtual object belong to a first interaction party, the third virtual object and the target object belong to a second interaction party, and the first interaction party and the second interaction party are in an antagonistic relationship. Through the application, the human-computer interaction efficiency and the utilization rate of device processing resources can be improved.