10 results about "Interactive presentation" patented technology

An interactive data immersion and collaboration system comprising an augmented reality (AR) or virtual reality (VR) headwear (e.g., glasses, goggles, headset, etc.) and a computer software application configured to display to the user a dynamic, interactive presentation of data or data sets in a virtual environment that appears to surround the user and that enables a user to configure, arrange, and / or edit the data in a variety of ways.

This invention discloses an artificial intelligence-based constant temperature and humidity fermentation system for tea, comprising a global perception and data acquisition layer, an AI decision-making and digital twin layer, a precise execution and control layer, and a management and interactive presentation layer. The global perception and data acquisition layer is used to collect multi-dimensional data from the fermentation environment and the tea itself in real time. The AI ​​decision-making and digital twin layer is used to fuse and analyze the collected data, construct a virtual fermentation model, and generate optimized control strategies. The precise execution and control layer is used to distribute the control strategies generated by the decision-making layer to various actuators and drive their actions. The management and interactive presentation layer provides system configuration, process monitoring, model management, and visual interactive functions. This invention relates to the field of intelligent tea processing equipment technology. This system can achieve adjustments from environmental control to quality process control, thereby completing real-time perception, intelligent diagnosis, dynamic optimization, and endpoint determination of the fermentation state.

This invention discloses an interactive control method, system, and device for processing images of a flag waving demonstration. The method includes: acquiring flagpole geometric parameters, flag physical property parameters, and environmental wind field parameters, and constructing a physical simulation scene based on these parameters; applying a dynamic load driven by wind field parameters to the flag model within the simulation scene, and simultaneously calculating the flag deformation state and anisotropic stress distribution; mapping the flag deformation state and flagpole displacement response to the graphics rendering pipeline to generate a physically consistent sequence of dynamic flag waving images; dynamically adjusting the environmental wind field parameters or flag physical property parameters according to interactive commands, and re-executing steps S2 to S4 to achieve interactive physical-visual synchronous updates; improving the physical realism of the flag waving simulation, enabling the system to accurately reflect the dynamic response of the fabric and supporting structure under wind load.

The application discloses a dialogue type tool for generating intelligence products and an interactive method, and belongs to the technical field of large language model application and natural language processing. The application realizes the method as follows: 1, constructing an interactive framework for generating intelligence products; 2, integrating original materials, and initializing the logic state of a process navigator of an interactive presentation layer; 3, generating a structured outline in Markdown format; 4, constructing a chapter task list, generating chaptered intelligence content by batch asynchronous calling of an LLM model, and displaying the generation process in real time through a real-time editing feedback window of the interactive presentation layer; 5, automatically formatting and logically checking the generated intelligence content in sequence; 6, forming a complete intelligence product draft; 7, real-time editing in the whole process, re-generating and performing hot updating fine tuning on corresponding chapter content; compared with the prior art, the application solves the technical problem of realizing interactive and standardized intelligence product generation in intelligence compilation.

This invention discloses an audio spectrum fluidized interactive presentation method and system based on shader computing power, belonging to the field of image processing technology. It includes: real-time acquisition of audio streams and user interaction data to extract features; generation of the total dynamic field of audio interaction through nonlinear coupling in a GPU parallel computing shader; inputting this field into a preset neural network model for forward inference in a fragment shader to complete the fluid neurophysical evolution; separating the audio semantic layer in the rendering pipeline and performing competitive visual attribute mapping to generate images; and asynchronous scheduling of each processing pipeline through an asynchronous computing engine. This invention employs full-pipeline GPU computing and neural operator evolution, effectively resolving the contradiction between fluid simulation and real-time rendering, eliminating frequent data transmission, and achieving low-latency interactive feedback while ensuring physical realism, significantly improving the immersiveness and expressiveness of audio visualization.

This invention relates to an interactive display method for fetal visualization content, characterized by: acquiring user interaction signals or commands, and parsing the signals to determine the corresponding interaction type; adjusting the state parameters of the fetal visualization model, including posture parameters, action parameters, and performance parameters, according to the interaction type and a preset mapping relationship; and driving the fetal visualization model to generate continuous dynamic response content by combining structural constraints and cross-frame temporal consistency processing, and outputting it through a display terminal. This invention achieves dynamic response and continuous presentation of fetal visualization content by establishing a correlation mechanism between interaction signals and visualization model state parameters. It is suitable for non-medical visualization display scenarios based on image data, and the output content is not used for medical diagnosis or clinical evaluation.

The application belongs to the field of ancient building protection, and provides an ancient building inheritance protection intelligent operation and maintenance system and method based on digital twinning, comprising a multi-source fusion perception and representation module, an ancient building digital twinning body module, an intelligent diagnosis and prediction and early warning module, a multi-target collaborative decision optimization module and a strategy execution and interactive presentation module; the application realizes holographic perception of the state of ancient buildings, forward-looking early warning of risks and collaborative optimization of operation strategies by constructing a closed-loop intelligent operation from monitoring to early warning, early warning to diagnosis, diagnosis to decision-making and decision-making to execution, promotes the change of ancient building protection from experience-driven and passive response to data-driven and active intervention, and provides reliable technical support for the sustainable inheritance of cultural heritage.

This application discloses a data analysis method, comprising: acquiring historical processing results of a language model on a user-input question, the historical processing results including historical thought chain data generated by the language model in analyzing the question; acquiring updated thought chain data, which is obtained by modifying the historical thought chain data; and performing reasoning through the language model based on the updated thought chain data to obtain a reasoning result. This method displays the thought chain data in detail through an interactive presentation, enabling experts to review the AI-processed thought chain process, participate in the AI ​​analysis process in real time, correct errors in one or more steps of the thought chain process, achieve fine-grained intervention and error correction, and support breakpoint continuation, ensuring the accuracy and reliability of data analysis. This solves the problems in related technologies where language models lack specificity in multi-step reasoning tasks, and the gap between the global thought chain and the intermediate execution process affects accuracy and efficiency.

An imbalance data integration and distribution (“DID”) system configured to receive order data associated with one or more equity securities from one or more trading systems and imbalance data associated with all equity securities listed on a respective exchange of the one or more national securities exchanges. The imbalance DID system may continuously compare the order data and the imbalance data. The imbalance DID system may generate a presentation package including the order data of the security and the imbalance data of the security and an interactive presentation. The interactive presentation may be displayed on a graphical user interface (“GUI”) of one or more user devices. Upon receiving user input to the interactive presentation, the imbalance DID system may send an order, after having matched order data and imbalance data, to an exchange for execution.