112 results about "Interactive video" patented technology

A system for interactive video content includes one or more interactive engagement platform servers communicatively couplable to a user device configured to display one or more video programs received from video provider servers. The interactive engagement platform servers may be configured to: generate an API trigger; receive an event ID or metadata associated with the video program stream; generate an event report; retrieve the event report from a third-party provider; transmit the event report to an analysis system; perform one or more analysis operations based on the event report transmitted; generate one or more control signals configured to cause a graphical user interface of the user device to display a small interactive content window; and upon selecting the small interactive content window, generate one or more control signals configured to cause the graphical user interface of the user device to display an interactive content overlay.

A method and a system for generating real-time target video are provided, the method includes: acquiring training data including interactive information and video data corresponding to the interactive information; preprocessing the training data to obtain target training data; where the preprocessing includes: performing down-sampling processing on the video data to obtain a plurality of frames of low-resolution images; performing model training to a preset model based on the target training data; the model training includes a model pre-training process and a video pre-generation process, the model pre-training process includes a training of a low-resolution image reconstruction model and a training of a super-resolution model, and the video pre-generation process includes: performing video pre-generation based on the target training data and an interactive video generation model to complete training to the interactive video generation model; and, obtaining an interactive target video through the trained interactive video generation model and input data.

The invention relates to a coding and decoding adaptive regulation and control system for a 5G video information marketing scene, and belongs to the crossing field of 5G communication, video coding and decoding and marketing digitization. The system cooperates through four units: a 5G video information marketing video perception acquisition unit captures an interactive video in a directional manner, and generates a structured data set through scene noise reduction and bimodal perception; the multi-dimensional coding and decoding intelligent decision-making unit analyzes and extracts a core fragment with high adaptability, and completes criticality evaluation in combination with an exclusive rule base; the dynamic adaptive iterative optimization unit outputs an adaptive result based on a cross-industry code rate system and a scene migration mechanism; and the multi-terminal compliance output unit optimizes parameters, generates a three-dimensional compliance label, and generates an operation report through quality verification and data integration. According to the invention, the coding and decoding parameters are adaptively adjusted along with a 5G network, a terminal and a scene, the data volume is controlled while the marketing key information is kept clear, an adaptive scheme is provided for a private domain terminal, and the touch efficiency and the conversion effect of 5G visual information marketing are improved.

Systems, methods and / or computer program products for dynamically generating interactive content at an edge node of an edge network. For each set of video frames received, altered frames cached by the edge network can be fetched (when available) and reused to deliver interactive content to users. Where cached content is not present or distinctly different content from previously delivered content is intended for delivery to user(s), edge node identifies hotspots within video frames to insert interactive content, defining a timing and location for insertion, selects content consistent with user insights and / or preferences as well as an interaction types and placements known to be preferred by the user requesting the video frames. The edge node uses video creation services to alter the incoming video frames into altered video frames, inserts selected content at corresponding hotspots within the video and applies the interaction types for presenting the content to the user.

This disclosure describes techniques for creating real-time interactive videos. A source image is generated by a first machine learning model based on capturing an image of a user. The image includes a face of the user. One or more facial images of the user are captured. The one or more facial images depict one or more facial expressions. The source image and information extracted from the one or more facial images are input into a second machine learning model. The second machine learning model is configured and trained to transfer the creator’s facial expressions to the machine-generated images in real-time. A real-time interactive video is created by dynamically driving the source image based on the one or more facial expressions.

The invention provides a rehabilitation training control method and system and rehabilitation equipment, and relates to the technical field of rehabilitation training.The method comprises the steps that on the basis of a first training strategy, an audio-video scene of a VR interaction video is used for training an individual with information processing disorder, so that the individual is in a physical and psychological relaxed state; and on the basis of the second training strategy, the information processing speed of the information processing disorder individual is trained through the VR equipment, so that multi-sensory stimulation is realized in multiple aspects such as vision, hearing and touch, and the immersion and effect of training are improved.

This invention discloses a method, apparatus, device, and medium for generating video webpage playback data. The method includes: acquiring at least one video resource and webpage document content of a target video webpage; when interactive video resources exist, generating a webpage data packet of the target webpage type based on each video resource and the webpage document content; the webpage data packet is used to load onto the webpage of the target webpage type; when no interactive video resources exist, reconstructing each video resource based on the webpage document content to obtain at least one material unit and corresponding loading configuration information; generating resource loading data based on each material unit and the corresponding loading configuration information; and parsing and loading the resource loading data through a native video application on the client side. This invention can save network transmission resources and improve compatibility.

The invention discloses an interactive video course editing method and system, electronic equipment and a storage medium, and the method comprises the steps: carrying out the recognition and classification of imported materials, and providing a loading module and an answering module through a function configuration interface; in response to a selection operation on a target component in the loading module or the answering module, receiving parameters configured for the target component; generating an interaction logic code of the interaction label based on a dragging operation on the interaction label through the logic configuration interface; executing curriculum preview according to the interaction logic code, the classification material set and the component configuration parameters, and receiving user interaction operation in the preview process; in response to an indication of completion of the preview, an interactive video course file is generated based on the set of classified materials, the component configuration parameters, and the interactive logic code. According to the method, the problems of poor integration of materials and interaction functions, insufficient interaction logic editing flexibility and incomplete function module coverage are solved, the interaction logic editing flexibility is improved, and the representation form of course content is enriched.

1. Name of the product in this design: Action control interface for video generation interactive graphical user interface of electronic device. 2. Purpose of this design: An electronic device. 3. The key design features of this product are: the parts within the graphical user interface, with the area outside the dotted lines being the protected area. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Uses of the graphical user interface: for interactive video generation; protected local uses are used for editing and controlling the actions of people in the video. 7. Human-computer interaction method of graphical user interface: In Design 1, users can click the editing module below "Upload Reference Action" / "Text Generate Action" in the upper right corner of the main view interface of Design 1 to upload video files or edit text content to generate custom actions, or they can click any action option in the action selection module in the lower right corner of the interface to inject the action into the character action preview model on the left side of the interface. The human-computer interaction description for Design 2 is the same as that for Design 1. In Design 3, users can click the "Select Character" control in the upper left corner of the Design 3 main view interface to select the character whose action needs to be edited, or click the editing module below "Upload Reference Action" / "Text Generate Action" in the upper right corner of the interface to upload video files or edit text content to generate custom actions, or click any action option in the action selection module in the lower right corner of the interface to inject the action into the character action preview model on the left side of the interface. In Design 4, users can click the "Select Character" control in the lower left corner of the Design 4 main view interface to select the character whose action needs to be edited, or click the editing module below "Upload Reference Action" / "Text Generate Action" in the upper right corner of the interface to upload video files or edit text content to generate custom actions, or click any action option in the action selection module in the lower right corner of the interface to inject the action into the character action preview model on the left side of the interface. The human-computer interaction description of Design 5 is the same as that of Design 1. The main view interface of Design 5 is currently in the state of having uploaded reference actions and generating custom actions. The human-computer interaction description for Design 6 is the same as that for Design 1. The human-computer interaction description of Design 7 is the same as that of Design 2. In Design 8, users can click on any character in the character selection pop-up window in the upper left corner of the Design 8 main view interface to select that character. The number of character action preview models on the left side of the interface will increase or decrease according to the number of selected characters. Users can also click the "Upload Reference Action" / "Text Generate Action" editing module in the upper right corner of the interface to upload video files or edit text content to generate custom actions, or click any action option in the action selection module in the lower right corner of the interface to inject the action into the character action preview model on the left side of the interface. In Design 9, when a user clicks the editing module below "Upload Reference Action" in the upper right corner of the Design 9 main view interface, they can upload relevant videos or files and generate custom actions, presenting the interface changes from Design 9 main view to Design 9 interface change state diagram 1 to Design 9 interface change state diagram 2. In Design 10, when a user clicks the "Select Character" control in the upper left corner of the Design 10 main view interface, a character selection pop-up window will be opened, showing the interface changes from the Design 10 main view to the Design 10 interface state diagram.

The invention relates to the technical field of psychological state assessment, in particular to a hierarchical beauty demand assessment method and device based on psychological stress, and the method comprises the steps: constructing an interactive video library containing multi-stage beauty state changes; synchronously collecting electrocardiosignals when a user watches and extracting heart rate variability characteristics; according to the timestamp of the interactive video and the heart rate variability feature corresponding to the timestamp, constructing a mapping relation between the video content and the psychological stress value; and generating an evaluation result by combining the selection of the user in the interactive video library and the mapping relationship of the psychological pressure values. The psychological stress of the user is quantified through physiological indexes such as heart rate variability, and subjective requirements of beauty treatment of the user are quantitatively evaluated through the psychological stress of the user. Compared with a traditional evaluation method through questionnaires or interviews, the accuracy of subjective demand evaluation of the beauty of the user is improved by introducing objective physiological index monitoring, and evaluation deviation caused by problems such as social pressure and environmental interference is remarkably reduced.

The application provides an interactive video script generation method and device, electronic equipment and a storage medium. The application obtains a plot structure diagram corresponding to an interactive video, wherein the interactive video includes a plurality of video clips, and the plot structure diagram is used to describe the playing logic of playing the plurality of video clips. The plot structure diagram is subjected to image recognition processing to obtain a plurality of first image elements and a second image element used to represent the association relationship between the plurality of first image elements. The first element information corresponding to each first image element is determined, and the second element information corresponding to each second image element is determined. The script file corresponding to the interactive video is generated based on the first element information and the second element information, wherein the script file is used to record the playing logic. In this way, the production efficiency of the script file is improved.

The invention discloses an estrus detection method based on sow video motion information, and belongs to the field of motion information detection.The estrus detection method comprises the steps that videos are collected through a camera at the top of a pig house, the continuous track of each sow is obtained through improved YOLOv11 and ByteTrack, and daily average speed, acceleration and motion distance time sequence data are extracted; the continuous rising trend is recognized through sliding window linear regression, oestrus early warning is given out in combination with a dynamic threshold value, the boars are automatically guided to approach, and the oestrus state is confirmed according to an interactive video. The system gets rid of dependence on external stimulation and specific actions, all-weather non-contact monitoring is achieved, tiny behavior changes in the early estrus stage can be found in advance, and the large-scale pig farm breeding management efficiency is remarkably improved.

The utility model relates to the technical field of video image processing, and discloses a one-key recording and marking device, which comprises an image processing unit, a screen display terminal and a screen control terminal which are connected in sequence, the image processing unit comprises a recording key module, a content interaction module and a video decoding module which are connected in sequence; the recording button module is electrically connected with the screen control terminal, and the video decoding module is electrically connected with the screen display terminal. According to the one-key recording and marking device provided by the utility model, the circuit structure of the image processing unit is improved, and all circuits are matched with one another, so that the operation process is greatly simplified, and the operations of starting, pausing, stopping and the like can be conveniently carried out on the screen display terminal matched with physical keys arranged on the image processing unit; the method can be widely applied to manufacturing of interactive video image processing equipment.

The invention discloses a panoramic video view angle prediction method based on a neural network, which belongs to the technical field of image processing, is used for interactive video processing, and comprises the following steps: acquiring a panoramic video of an existing public data set, and then constructing a panoramic video view angle prediction model based on structured attention for training; and predicting a saliency prediction view angle of the panoramic video based on the trained structured attention-based panoramic video view angle prediction model. According to the method, the panoramic video view angle prediction model based on the structured attention is constructed, and original sparse and noised data is converted into a more robust supervision signal; the deviation of single local fixation is overcome; comprehensive modeling of scene saliency and accurate prediction of a user visual angle are realized, and the accuracy and robustness of visual angle prediction in virtual reality application are improved.

The embodiment of the application provides an interactive video network transmission method, system, recording and broadcasting host and storage medium, the network quality of the main recording and broadcasting host is monitored, when the network quality of the main recording and broadcasting host meets a preset congestion condition, the video data to be transmitted is transmitted from the recording and broadcasting host by using a TCP transmission protocol in a picture transmission mode, and the video data transmitted in the picture transmission mode is received under the condition that the network quality of the main recording and broadcasting host meets a first preset congestion condition. Through the TCP congestion control mechanism, when the bandwidth is insufficient, the sending rate of TCP is actively reduced, packet loss and invalid transmission are avoided, the quality of network transmission can be effectively improved, the basic transmission of video is guaranteed, the packet loss rate of network data packets is reduced, and the transmission efficiency of media data is improved. In addition, the video picture transmission mode can reduce the video data to be transmitted, thereby reducing the packet loss rate when the network environment is congested, improving the transmission efficiency of media data, and finally optimizing the interactive effect.

The present disclosure provides an interactive video generation method based on multi-agent cooperation and related devices, which are related to the fields of artificial intelligence technologies such as large language models, generative models, agents, and interactive videos. The method includes: determining user demand according to the interaction between the target user and the initial video content; controlling a preset script agent to generate an interactive video script matched with the user demand; controlling a preset interactive option generation agent and a shot planning agent to respectively generate interactive options and shot planning according to the interactive video script; controlling a preset material generation agent to generate materials constituting each video frame according to the shot planning; and generating an interactive video matched with the user demand according to the interactive video script, the interactive options, and the materials according to a preset video rendering template. Through the automation and cooperation between the main agent and each special agent, the generated interactive video can fully meet the personalized and diversified user demand, further improving the user stickiness and interactive experience of the interactive video, and thus improving the user satisfaction for such services or products.

This invention relates to the field of audio-visual synchronization transmission technology and discloses an interactive real-time synchronous audio-visual transmission system for security monitoring. The system includes: video encoding, audio feature extraction, video encoding rate adjustment, interactive control, and a composite bitstream encapsulation module. The video encoding module extracts the motion vector magnitude of the core motion region, and the video encoding rate adjustment module converts the magnitude into audio frequency band energy allocation weights. The composite bitstream encapsulation module embeds audio slices and previous audio historical state parameters into video frames to supplement and enhance information, and fills bits according to a fixed load span to maintain a constant physical load length. This invention integrates audio data into the video frame syntax structure, eliminates synchronization deviations caused by conflicts between different sampling mechanisms, ensures the determinism of decoding offset calculation delay, and ensures semantic continuity during command and interaction.

The application relates to a method and device for interaction based on a barrage message, a computer device, a storage medium and a computer program product. The method comprises the following steps: a playing area is displayed, and a video is played in the playing area; corresponding to the playing of the video, barrage messages associated with a video picture played in the video are displayed in the playing area; when a barrage interaction video picture in the video is played, at least one interactive barrage message in the barrage messages associated with the barrage interaction video picture is displayed with special effects; wherein a display position of the at least one interactive barrage message in the playing area is within an interactive effective range of a barrage interaction element included in the barrage interaction video picture. The method can enhance the video playing effect, and improve the video viewing experience and the interactive experience of a user.

The invention relates to an interactive video picture editing method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: acquiring an original video frame sequence and a target smearing area; performing video segmentation tracking according to the original video frame sequence and the target smearing area to obtain a target mask sequence; performing video frame extraction according to the original video frame sequence and the target mask sequence to obtain a candidate key frame sequence and a key frame mask sequence; performing video picture editing according to the candidate key frame sequence, the key frame mask sequence and the user text prompt word to obtain a target key frame sequence; performing video frame insertion processing according to the target frame rates of the target key frame sequence and the original video frame sequence to obtain a full-frame-rate extended video sequence; and performing video fusion according to the full-frame-rate extended video sequence and the original video frame sequence to obtain a target edited video. By adopting the method, the interactive video picture editing quality, speed and usability can be efficiently improved.

The invention discloses a multi-role digital man-cast guest generation method and system based on multi-modal AI. The method comprises the steps that input multi-modal information is converted into text information, semantic understanding is carried out, key information is extracted, and a structured outline and node content are designed; performing digital person role setting and distribution, and generating a dialogue script by combining the structured outline and the node content with the digital person role setting; performing interaction point design and script optimization on the dialogue script, and generating a digital human role mouth shape video according to the dialogue script and role setting; performing scene design and synthesis according to the digital human role mouth shape video and the dialogue script; performing audio-visual synchronization and special effect processing; and finally rendering all the elements to generate a complete multi-role digital people-playing guest video, and outputting a file with a specified format and resolution according to user requirements. According to the method, the full-process automation from multi-source heterogeneous data input to multi-role interactive video output is realized, and the digital content creation efficiency and quality are remarkably improved.

Real-time video manipulation techniques include performing shader-based graphical operations on user interface elements based on the state of an interactive video and the properties associated with the user interface elements at the state. The user interface elements are rendered into frames of the interactive video, and transparent interactive elements are layered over the user interface elements. In another technique, video frames in an interactive video include viewable and non-viewable regions. While the video is playing, the viewable regions are modified based on information in the non-viewable regions, thereby generating modified versions of the video frames.

The invention relates to a multi-screen interactive video call method, system and device. The method comprises the steps that in a video call state with an incoming call terminal, sharing information is acquired through a central control display screen, and the sharing information is used for indicating at least one sharing screen participating in video sharing; based on the shared information, controlling a video acquisition device bound with the shared screen to acquire a video of a corresponding area as a local video; and displaying the incoming call video and the local video of the incoming call terminal on the shared screen, and pushing the local video to the incoming call terminal. By adopting the method, on-demand acquisition and sharing of videos in multiple areas in a cabin are realized, and the limitation that a traditional central control screen camera can only acquire images of half of the body in front of the side of a driver is broken through, so that passengers at different positions such as a main driver, a co-driver and rear-row passengers can participate in video calls according to demands; the interaction dimensionality of the intelligent cabin video call is effectively enriched, the scene requirement of simultaneous interaction of multiple persons is met, and the practicability and flexibility of the video call function are improved.

Methods, apparatuses, and computer program products are described for presenting an interactive audio-visual presentation of transaction documents. A method can include receiving a bill associated with a payor and payee, using a textual language processor or the like to identify content fields from the bill and assign markups and / or metadata to content fields, and using the content fields, markups, and / or metadata to generate an audio-visual presentation associated with the bill. This audio-visual presentation can be presented to the payor. The payee may then interact with the audio-visual presentation, for instance by verbal, visual, manual, or textual response. A verbal language processing engine, natural language processing engine, audio-visual language processing engine, or visual-manual language processing engine can be initiated to facilitate interpretation of the payee response and generate a further audio-visual presentation.

Methods and supporting systems collect data associated with interactive videos user engagement and dynamically adapt an interactive video application and / or interactive video content and detect anomalous behaviors based on the data.

An interaction method and apparatus, an electronic device and a storage medium. The method comprises: displaying a live streaming page, the live streaming page comprising first-layer data and second-layer data; if the first-layer data comprises interactive video information, in response to a hiding instruction, hiding the second-layer data, and displaying the first-layer data; and executing a response of an interaction operation related to the first-layer data. The technical solution provided in the present application can assist users in switching interactions outside the game into interactions within the game. During the entire process of switching interaction modes, there is no need to switch a client, so that the interaction mode switching operation can be simplified, and the user experience is improved.

This application provides techniques of generating interactive videos. The techniques comprise obtaining an original video, creating an interactive track for the original video to obtain an initial video, and adding an interactive component to the interactive track; and generating an interactive video by rendering at least one interactive video frame and other video frames of the initial video based on the interactive component. In this way, an interactive video with an interactive capability can be generated without additionally adding a data channel to implement an interaction function, thereby reducing processing load of a terminal and reducing resource consumption of the terminal.

A wireless projection transmitter includes a housing, a transmission cable, a working circuit assembly, a signal transmission unit, a display screen and a command input interface. The transmission cable is coupled with the housing and extends outwards from a surface of the housing. The working circuit assembly is fixed within the housing and electrically connected to the transmission cable. The signal transmission unit is fixed within the housing and coupled with the working circuit assembly for wirelessly identifying at least one receiver device. The display screen is installed on the housing and coupled with the working circuit assembly for at least displaying a projection option list including the receiver device. The command input interface is located on the housing and electrically connected to the working circuit assembly for selecting the receiver device from the projection option list and at least one operation function.

Disclosed solutions provide for interactive video editing and playback with three dimensional (3D) object manipulation. Examples enable video players to display both an underlying static video along with a 3D object as dynamic content. The video editor presents a settings editor that enables the creator of the video to specify the ability of viewers to interact with the 3D object. The video viewer exposes settings for the dynamic content to enable users to reconfigure the display of the 3D dynamic content, making the video rendering an interactive experience. Use of references (e.g., URLs) within the dynamic content enables videos distributed in the new format updateable and correctable, such that information that is subject to change may be kept current, and informational errors introduced at the time of the video production may be corrected—without requiring creation and distribution of a substitute video file.

The invention provides an interactive video playing method, a player, a video platform, a computer program product and a storage medium, and the method comprises the steps: loading a main configuration file, and analyzing the main configuration file; loading a scene configuration file according to the scene configuration file information, and analyzing the scene configuration file; constructing a video state machine based on the video mapping, the scene information and the variables; starting a timeline, acquiring the progress of a currently played physical video by combining with a video state machine, and mapping the progress into a relative time point of the timeline; monitoring whether the playing progress is matched with a preset interaction control point in the timeline or not; during matching, executing a corresponding preset action based on the video state machine; or executing a corresponding preset action based on the video state machine when the time line time point triggering condition is matched and the time line time point triggering condition or the logic condition of the variable in the video state machine is met. By adopting the scheme provided by the invention, the cross-platform adaptation capability and the interaction flexibility are improved, and the customization development cost is reduced.

A video interaction method and device, an electronic device and a storage medium are provided. The method includes: when a target interactive video in a video playing interface is played to a set time node, popping up a prompt window; if an object pick-up instruction is received, then, an invitation password is generated, and switching the prompt window into a password window corresponding to the invitation password, the object receiving instruction being generated when a user clicks a receiving control in the prompt window. Upon receiving the invitation instruction, the current display interface is switched to a sharing interface corresponding to the invitation password, for the user to share the invitation password, the invitation instruction is generated when the user clicks on the invitation control in the password window; if the invitation password is shared, the object to be received is issued to the current login account.