56 results about "Interaction time" patented technology

The invention discloses a cluster network control method and device, and relates to the technical field of artificial intelligence, and the method comprises the steps: collecting the interaction time consumption of information interaction between a target GPU card in each GPU server and target GPU cards in other GPU servers in a process that each GPU server in a cluster network executes each round of large model training task; the target GPU cards in the different GPU servers are used for executing the same subtask of the large model training task; according to the collected interaction time consumption between the target GPU cards, determining the target GPU cards needing interaction optimization; and the transmission priority of the network packet of the target GPU card needing interaction optimization is improved, so that the interaction time consumption of the target GPU card needing interaction optimization is reduced.

The application discloses a multimodal interaction method, device, controller, system, automobile and storage medium. The method comprises the following steps: determining a current interaction dialogue according to a current interaction voice at an interaction time; determining a current scene image and current scene data corresponding to a current interaction interface corresponding to the interaction time; adopting a multimodal recognition model to perform multimodal recognition on the current interaction dialogue, the current scene image and the current scene data, and determining a target control instruction; and executing the target control instruction to complete a human-computer interaction operation. The method can guarantee the output efficiency and accuracy of the target control instruction, reduce the complexity of customizing templates, rules and associations and other complex control logics in the development process, and improve the adaptability and generalization ability of voice interaction.

The invention relates to the technical field of data analysis, in particular to an experience degree analysis method for an offline experience scene, and the method comprises the steps: obtaining the stay duration and interaction times of a target; identifying a to-be-monitored area and a temporary monitoring area; abnormal interaction is recognized, and the grid step length is adjusted; obtaining an experience score of the interactive device; the grid step size and the acquisition interval are adjusted to improve the experience score. According to the method, the behavior change of the target can be more flexibly adapted by dynamically adjusting the grid step length and the acquisition interval, so that the accuracy and the real-time performance of data acquisition are improved, the fluctuation condition of target experience can be acquired in different time periods based on analysis of historical data, a powerful basis is provided for subsequent site optimization and equipment improvement, and the method is suitable for popularization and application. According to the method, the exhibition attraction can be increased, scientific decision support is provided for venue managers, the exhibition effect is continuously optimized and improved finally, and the problem that exhibition experience output is fuzzy due to insufficient interaction data analysis is effectively solved.

The invention discloses an electromagnetic emission test method of an intelligent household electrical appliance, which simulates a dynamic interaction process by controlling multiple modules to run simultaneously according to a preset logic, and comprises the following steps: acquiring electromagnetic signals in real time and performing frequency domain conversion to obtain frequency spectrum distribution; identifying a target frequency band which generates energy convergence due to non-linear superposition and peak intensity of the target frequency band; obtaining a superposition waveform sequence and classifying a nonlinear superposition mode; identifying an abnormal interference mode by combining the peak intensity and a mode classification result; associating the abnormal frequency band with the module operation log, and analyzing an interaction time sequence and logic to determine a cause; a filtering or regulation strategy is applied based on the cause, whether the peak value is reduced is verified and a report is generated. According to the invention, through energy convergence frequency band identification, non-linear superposition mode classification, interference cause tracing, directional regulation and closed-loop verification, accurate diagnosis and root positioning of hidden transient interference are realized, so that the test depth is improved, the rectification efficiency is optimized, and the predictability of product electromagnetic compatibility design is enhanced.

The invention discloses an auditing method and system based on time sequence feature monitoring, and the method comprises the steps: obtaining N interaction features and interaction timestamps of a target user in a to-be-audited object, carrying out the feature clustering based on the interaction timestamps, obtaining a stage clustering cluster, carrying out the feature splicing in the stage clustering cluster, constructing a real stage vector, and carrying out the auditing according to a plurality of interaction timestamps. Determining a time sequence number, sorting the M real stage vectors according to the time sequence number to obtain a real stage sequence of the target user, comparing the real stage sequence with a pre-constructed standard stage sequence to mark dislocation nodes corresponding to a plurality of anchor nodes in the standard stage sequence, and determining the target user according to the dislocation nodes corresponding to the plurality of anchor nodes. According to the method, the offset degree of the anchoring nodes is calculated, the audit label of the target user in the to-be-audited object is generated according to the offset degree of the anchoring nodes, and differential generation of the audit label is effectively supported by introducing the dynamic threshold value and dislocation node recognition.

The invention discloses an information interaction optimization method and electronic equipment, and relates to the technical field of information interaction.The information interaction optimization method comprises the steps that when the first interaction duration of a substrate management controller is larger than or equal to a first interaction duration threshold value, the number of first interaction retry times is counted; when the number of times of first interaction retry is larger than or equal to a first retry number threshold value and the first interaction retry time average length corresponding to each retry is larger than or equal to a first interaction time length threshold value, the first interaction time length threshold value and the first retry number threshold value are adjusted, and a second interaction time length threshold value and a second interaction retry number threshold value are obtained; when the current interaction duration is greater than or equal to a second interaction duration threshold value, if the current interaction retry number is greater than or equal to a second interaction retry number threshold value, determining that interaction is abnormal; and triggering the substrate management controller and the target external equipment to execute an exception recovery mechanism. By shortening the waiting time and reducing the number of retry times, waste of resources is avoided, and the interaction efficiency is improved.

The invention provides a method and a system for generating a dynamic image in real time based on dialogue content, and electronic equipment. Determining interaction parameters such as an interaction theme, an emotional tendency quantized value, interaction time, an interaction position and an interaction role corresponding to the voice signal and an interaction task preset according to the interaction position, and then determining a visual element combination matched with each parameter in the interaction parameters according to the interaction parameters; and generating a moving dynamic image based on each visual object unit designed in advance according to each interaction parameter in the interaction scene in the visual element combination. Mapping the dynamic image to an LED array used for displaying, and controlling the state change of the corresponding LED light-emitting units in the LED array according to the pixel position of the dynamic image. By means of the method and device, man-machine interaction conversation around participants in the interaction process can be achieved, matched dynamic images are generated in an accompanying mode, and more immersive interaction experience is provided for the participants.

Aspects of the present disclosure are directed to systems and methods of dynamically generating individualized or personalized times for providing messages over networked environments. The computing system may obtain, for a user device, an event dataset identifying a plurality of interaction times corresponding to a plurality of interactions over an instant time window by a user with an application on the user device to address a condition of the user. The computing system may apply the event dataset to a machine learning (ML) model. The computing system may generate based on applying the event dataset to the ML model, a defined time at which a message is to be provided to the user device during a subsequent time window. The computing system may provide for presentation on the user device to address the condition of the user, the message in accordance with the defined time.

The invention provides an interface loading method and device, equipment and a storage medium, and the interface loading method comprises the steps: responding to an interface loading request, and obtaining an initial display interface corresponding to the interface loading request and a visual link element in the initial display interface; determining a first loading priority of the visual link element according to the element position information and the interaction time information of the visual link element; updating the first loading priority of the visual link element according to the target prediction model and the historical interaction data to obtain a target loading priority; and preloading the initial display interface according to the target loading priority of the visual link element to obtain a target display interface. The loading priority of the link elements is dynamically determined, and the high-priority link elements needing to be preloaded are dynamically loaded according to the network state data and the loading priority, so that the preloading bandwidth consumption is reduced, the jump delay and the preloading hit rate are improved, and the webpage browsing experience of a user is optimized.

Some embodiments described in this disclosure are directed to user interfaces for controlling the display of an additional representation of content surrounding an insertion marker while maintaining the ability to control the insertion marker using, for example, a content editing application. Enhancing these interactions improves the user's experience with the device and decreases user interaction time, which is particularly important where input devices are battery-operated.

The invention discloses a voice translation method and system for an overall consultation picture. The voice translation method comprises the following steps: defining an interaction time period based on a time point of a primary consultation result and a time point of a secondary consultation result; according to the interaction time period, the picture shot by the first consultation space and the picture shot by the second consultation space, the overall consultation picture is constructed, and the accuracy of the overall consultation picture is ensured. Furthermore, according to the overall consultation picture, the Chinese information and the action time node of each person, a corresponding recognition learning model is matched, an abnormal node is defined according to recognition of the recognition learning model and the overall consultation picture, and local optimization is carried out on the abnormal node, so that the overall consultation picture is perfected; according to the invention, multiple mechanisms are carried out on the output of the overall consultation picture and the recognition of the overall consultation picture, so that the multi-level control of the overall consultation picture is realized, and the voice translation effect of the overall consultation picture is improved.

The invention discloses an intelligent commodity recommendation method and system. According to the method, browsing behaviors of a user on a home page of an applet are monitored in real time, and when user browsing or interaction time exceeds a set threshold value and no commodity is additionally purchased, a commodity recommendation mechanism is triggered. The recommendation logic selects the commodities based on the preset dimension, and it is ensured that the recommended commodities conform to user preferences and have actual purchaseability. After the user clicks the recommended commodity, the user directly enters the order confirmation page, the purchase process is simplified, the purchase conversion rate is improved, and the method effectively improves the order transaction rate, optimizes the user experience, and promotes the sales of the commodity through the precise monitoring of the user behavior, the optimization of the recommendation logic and the simplification of the purchase process.

The present invention provides an elevator intelligent interaction method and system, wherein the method includes: predicting the remaining time for each passenger to get off the elevator based on the current floor of the elevator, the floor where each passenger in the elevator is getting off the elevator, and the running speed of the elevator; determining whether to enter the interaction opportunity based on the remaining time for each passenger to get off the elevator; when it is yes, making a decision to generate interaction materials based on the remaining time for each passenger to get off the elevator, the personnel portrait of each passenger, and the interaction material library; and controlling the elevator to interact with each passenger based on the interaction materials. The present invention controls the elevator to interact with each passenger, effectively distracting the attention of the passengers during the waiting process when taking the elevator, avoiding the passengers from feeling bored, bored, or even impatient, improving the experience of the passengers using the elevator, and improving the comfort of the passengers taking the elevator.

The application relates to a method, device, computer equipment, storage medium and computer program product. The method comprises the following steps: acquiring information of a hierarchical screening object, and outputting and displaying the information of the hierarchical screening object. In response to a trigger operation, a target screening object is determined in the hierarchical screening object, and a screening state of the target screening object is converted; if the screening state of the target screening object after conversion triggers a forward processing operation, information of a next hierarchical screening object corresponding to the target screening object is acquired according to the forward processing operation. The method improves information screening efficiency and shortens interaction time.

The application provides a communication interaction method based on a contact head portrait and related equipment. A communication client outputs a contact display page of a first communication user, wherein the contact display page presents a contact head portrait with a first display effect, so that the first communication user can determine the time length from the last interaction time of the second communication user corresponding to the contact head portrait to the current time by viewing the first display effect presented by the contact head portrait. The application not only enriches the display mode and interest of the contact head portrait, attracts the first communication user to pay attention to the second communication user who has not interacted for a long time, but also presents the contact head portrait with a second display effect by operating the contact head portrait, and triggers the communication client of the second communication user to output an interaction message matched with the operation, without the need for the user to manually input the interaction message, thereby improving the communication interaction convenience and enriching the interaction mode.

In some implementations, a method includes: obtaining user movement information characterizing real-world body pose and trajectory information of the user; generating a predicted virtual interaction time for a virtual interaction based at least in part on a placement of the CGR item in the CGR environment and the user movement information prior to the virtual interaction occurring; determining a first initiation time for a first feedback device among the one or more feedback devices based at least in part on the predicted virtual interaction time and a first predetermined latency period associated with the first feedback device; and initiating at the first initiation time, by the device, first feedback from the first feedback device in order to satisfy a performance criterion that corresponds to the virtual interaction with the CGR item.

The invention provides an interactive animation generation method and apparatus, and an electronic device. The method comprises the steps of determining interactive elements and interactive situation information based on interactive intention description information; inputting the interaction elements and the interaction situation information into a large language model, and outputting an action sequence comprising a plurality of interaction sub-actions; generating an interaction posture sequence and time sequence information based on the action sequence; wherein the interaction posture sequence and the time sequence information are respectively used for indicating a relative posture and interaction time when the interaction subject interacts with the interaction object; generating animation skeleton information based on the interaction posture sequence and the time sequence information; and adding a preset animation effect to the animation skeleton information, and generating an interaction animation for interaction between the interaction subject and the interaction object. According to the method, the interaction intention is understood through the large language model, the action sequence matched with the interaction situation is generated, and the interaction animation is generated through the action sequence, so that the animation production cost is reduced, the animation production efficiency is improved, and the finally generated interaction animation is more real.

To provide a radiation detector capable of improving time resolution for detecting the interaction time of radiation in a scintillator.SOLUTION: A radiation detector 10 comprises a scintillator 11, a photodetector 12, and a processing section 13. The processing section 13 includes a signal waveform acquisition section 14, a deconvolution computation section 15, and an interaction time detection section 16. The signal waveform acquisition section 14 acquires a waveform f(t) of an electric signal output from the photodetector 12. The deconvolution computation section 15 performs deconvolution computation on the electric signal waveform f(t) acquired by the signal waveform acquisition section 14 with an impulse response function i(t) of the photodetector 12. The interaction time detection section 16 detects, as the interaction time, the time when the waveform obtained by the computation of the deconvolution computation section 15 reaches a threshold.SELECTED DRAWING: Figure 1

The invention relates to the technical field of data processing, in particular to a voice control method for a robot, and the method comprises the steps: extracting an interaction process from an interaction database, carrying out the multi-source analysis of a control instruction, recognizing the instruction fuzzy data in the control instruction, calculating an instruction fuzzy representation value, and dividing the instruction execution tendency of the control instruction. Determining an instruction execution mode, in response to a division result of weak instruction execution tendency, calculating a hidden execution characterization parameter by determining an environment influence characteristic value and a target influence characteristic value and combining the instruction fuzzy characterization value, determining the hidden tendency and the instruction execution mode of the control instruction, obtaining an execution result, and performing data comparison verification. And the execution effective value of the control instruction is calculated to determine the validity of the instruction execution mode, and the interaction step is updated to optimize the robot interaction model. By optimizing the voice interaction model, the number of man-machine interaction times is reduced, the task completion time is shortened, and the execution efficiency is improved.

Systems, methods, and computer program products are provided herein for dynamic access permissions to secure data resources in a distributed network. An example method includes identifying an application from amongst a plurality of applications with which the system interacts and determining one or more access permissions associated with secure interactions between the system and the identified application. The method further includes determining an absence of a least a first access permission from amongst the one or more access permissions with respect to the system and modifying a database of the system to register the at least first access permission. The one or more access permissions associated with the secure interactions between the system and the identified application define an interaction time period during which at least a first portion of the one or more access permissions were used.

The present disclosure relates to a method, apparatus, electronic device, and storage medium for determining the interactive time of an application program. The method includes: during the running of the application program to be tested, obtaining the time consumption of each frame of a continuously set number of frames of the application program screen starting from the start time point of the interactive time; determining a measure of the dispersion of the time consumption of all frames of the continuously set number of frames of the application program screen; if the time consumption of each frame and the measure of dispersion do not meet the preset conditions, obtaining the time consumption of each frame of a continuously set number of frames of the application program screen again starting from a preset frame of the continuously set number of frames of the application program screen, and determining the measure of dispersion until the time consumption of each frame and the measure of dispersion meet the preset conditions, and determining the time point corresponding to the first frame of the continuously set number of frames of the application program screen as the end time point of the interactive time; determining the interactive time according to the start time point and the end time point. The present disclosure reduces the error of the interactive time.

The invention belongs to the field of data security storage and query of cryptology, and particularly relates to an unexpected key value storage and access method with fixed interaction times. Comprising the following steps: step 1, a client encrypts a virtual block by using a key and sends the encrypted virtual block and an initialization parameter H to a server to be stored in an ORAM (Optical Random Access Memory); 2, the client determines to execute query, insertion or deletion operation and operation parameters; step 3, the client sends the position label and retrieves the data block to be accessed from the server side, and the position label for next access is determined according to the data block retrieved each time; 4, the client side executes query, insertion or deletion operation; and step 4, re-encrypting all cached data blocks by the client, sending the data blocks to the server, and writing the data blocks back to the ORAM.

An assistance system comprises: a perception module configured to acquire sensor data containing data for tracking the behavior of a vehicle occupant in a host vehicle and determine perception information describing a current situation that justifies initiating an interactive dialogue with the vehicle occupant; an interactive goal module configured to determine an interactive goal based on the acquired perception information; an interaction timing module configured to determine the timing for initiating the interactive dialogue based on the interactive goal; a dialogue module configured to initiate the interactive dialogue to provide a suggestion and / or offer to the vehicle occupant based on the perception information and the timing;and a vehicle control module configured to control operation of a device and / or system of the host vehicle in response to the vehicle occupant accepting the suggestion and / or offer;

This application provides a method, apparatus, computer device, and storage medium for controlling a virtual interactive character. The method includes: acquiring input interaction data from a target interactive object and parsing it to obtain corresponding object preference information, interaction relationship information, and interaction time information; querying at least one target historical memory data matching the input interaction data from an interaction memory bank according to the matching dimensions of the object preference information, interaction relationship information, and interaction time information; generating target prompt information based on the input interaction data and at least one target historical memory data, inputting the target prompt information into a large language model, and outputting interaction feedback information and corresponding behavioral intention interaction information; generating a corresponding voice interaction signal based on the interaction feedback information, and generating a motion control signal for a preset virtual interactive character based on the behavioral intention interaction information, and driving the virtual interactive character based on the voice interaction signal and the motion control signal.

The invention provides an animation adaptation method, electronic equipment and a program product, and the method comprises the steps: carrying out the weighting of a basic score corresponding to each interaction type according to the interaction frequency of each interaction type and the interval between the current time and the last interaction time when a user interacts with an animation element, obtaining a first score of each interaction type, and adding the first scores of all the interaction types performed by the animation elements to obtain a user interaction historical score; obtaining a current viewport size and determining a viewport size score; obtaining loading time and resource sizes of the animation elements and related resources thereof, and determining a network speed score; and calculating values of adaptive parameters according to all the scores, a preset user interaction historical weight, a viewport size weight and a network speed weight, and adjusting animation parameters according to the values of the adaptive parameters. By means of the technical scheme, the adaptability and the overall performance of the webpage animation can be enhanced, and smoother and more personalized animation experience is further provided.

Embodiments of the present application provide a page information processing method, device and equipment and a storage medium. In the embodiments of the present application, an interactive loader is added in page data, and by means of the access behavior monitoring capability and the interactive code loading capability of the interactive loader, in combination with the trigger time configured in advance and the interactive information corresponding to the page, the trigger time can be flexibly configured for the page, and the interactive information can be flexibly displayed according to the trigger time configured in advance in the page access process to realize interactive intervention, so that the page interaction is no longer limited to the fixed interactive mode triggered at a fixed time on a specific page, the flexibility of the page interaction time and the richness of the interactive content are improved, the stickiness of the user to the application to which the page belongs is increased, and the purpose of fine operation on the user is further achieved.

The application discloses a multi-modal large model-based iterative problem solving framework construction method and system, and relates to the technical field of data processing. The method comprises the following steps: outputting a first question, obtaining first interaction content of user interaction with the first question, performing identification, and obtaining a first interaction score; outputting a second question, obtaining second interaction content of user interaction with the second question, performing identification, obtaining a second interaction score, and obtaining a progressive interaction time; performing correlation verification identification on the first interaction content and the second interaction content, obtaining a first verification degree, and analyzing the interaction time to obtain a second verification degree; calculating a fusion verification degree according to the first verification degree and the second verification degree, correcting the first interaction score and the second interaction score to obtain a fusion interaction score, performing solving framework optimization to obtain an optimal solving framework, and performing solving teaching on the user. The application effectively improves the scalability and individualization degree of teaching.

The invention discloses an information transmission method and device, a storage medium and a program product, relates to the technical field of communication, and aims to reduce interaction time delay between a terminal and a core network element. The method comprises: receiving first information sent by a network element of a core network, the first information comprising first terminal identification information; a downlink signaling; and downlink data packet information. According to the embodiment of the invention, the interaction time delay between the terminal and the network element of the core network can be reduced.

In some implementations, a system may receive interaction data indicating an interaction time and amount. The system may categorize the interaction in a category of a plurality of categories. For each category, the system may compare a total category amount with an average category amount. The system may determine, for each category, a proportion of the total category amount relative to a total account amount. The system may transmit, to a user device, user interface data associated with a ring-shaped user interface element that includes a plurality of segments corresponding to the plurality of categories. The user interface data indicates a width of a particular segment that is based on the comparison of the total category amount for a corresponding category with the average category amount, and an arc length that is based on the proportion of the total category amount for the corresponding category to the total account amount.

The invention provides a support degree determination method and device based on interaction data, electronic equipment and a medium, and relates to the technical field of data analysis, and the method comprises the steps: obtaining interaction data of a target object, the interaction data comprising N interaction object identifiers and interaction information corresponding to each interaction object identifier, the interaction information comprises an interaction mode, interaction times and an interaction type; determining a mode weight corresponding to the ith interaction object identifier according to the interaction mode corresponding to the ith interaction object identifier; determining a type weight corresponding to the ith interaction object identifier according to the interaction type corresponding to the ith interaction object identifier; according to the mode weight, the type weight and the number of interaction times corresponding to the ith interaction object identifier, determining an interaction score corresponding to the ith interaction object identifier, 1 < = i < = N; and determining a support degree score of the target object according to each interaction score. According to the invention, automatic processing of the interaction data is realized, and the processing efficiency of the interaction data is improved.