4results about How to "Efficient browsing" patented technology

The invention discloses an intelligent pushing method and system for cultural relic showcase information, and relates to the technical field of intelligent pushing of cultural relic exhibition data. The system collects audience behavior data in real time through a camera and an interaction device and preprocesses the data; the interest analysis module calculates an audience preference degree coefficient Gzp and a showcase popularity degree coefficient Zpr, summarizes and calculates to obtain a showcase comprehensive preference coefficient ZRD, preliminarily compares and evaluates the showcase comprehensive preference coefficient ZRD with a preset preference threshold value Z, and judges whether to trigger information push according to the evaluation result of the audience's preference to the showcase; the comprehensive pushing module dynamically calculates a path weight coefficient Ljq and a comprehensive pushing index ZLT, and compares and evaluates the path weight coefficient Ljq and the comprehensive pushing index ZLT with a preset comprehensive pushing threshold value M; the personalized pushing module pushes the optimized visiting route through an APP of the audience to guide the audience to visit and provide real-time adjustment suggestions, so that the visiting experience is improved; the system realizes intelligent and personalized recommendation of cultural relic showcase information through dynamic analysis and real-time pushing.

One or more embodiments of the invention provide a scanning video viewing method, a scanning video viewing device and a dictionary pen. The scanning video viewing method comprises the following steps: encoding an image frame sequence scanned by the dictionary pen based on a configured camera module to obtain a video recording file; the image frame sequence comprises all image frames scanned by the camera module within a specified time period, or the image frame sequence comprises a plurality of image frames screened from all image frames scanned by the camera module within the specified time period; and in response to the video viewing instruction, playing the video recording file for the user to view the scanned video, so that the user can find problems occurring in the scanning process in time, and the video playback mode is more intuitive and vivid, the browsing efficiency is higher, and the use experience of the user is improved.

The invention provides an information interaction method and device, equipment, a medium and a program product in one case. The method comprises the steps that a first control and initial media content are displayed on a first page, and the first control is used for triggering generation of a route map; in response to a trigger operation for the first control, displaying the location information on the first page, the location information, the initial media content and the state of the node in the route map having a linkage relationship, the route map being generated based on the associated location of the initial media content, the location information and the node representing the associated location, and the node representing the associated location; the initial media content and the route map are used for generating target media content. According to the method and the device, the problem in the aspect of presentation effect of the target media content in related technologies is solved under one condition, the target media content with the route information is efficiently generated, the immersion of browsing the target media content by a user is increased, and the user experience is improved.

The invention discloses a multi-modal video abstract model and method based on graph learning and reconstruction interaction, and the model comprises a feature extraction module, an intra-modal graph learning convolution module, an inter-modal reconstruction interaction module, and an abstract generation module. The feature extraction module is connected with the intra-modal graph learning convolution module, the intra-modal graph learning convolution module is connected with the inter-modal reconstruction interaction module, and the inter-modal reconstruction interaction module is connected with the abstract generation module; the invention discloses a multi-modal video abstraction method based on graph learning and reconstruction interaction. The multi-modal video abstraction method comprises the following steps: S1, extracting features; s2, constructing an intra-modal graph learning convolution; s3, constructing reconstruction interaction between modes; s4, generating an abstract; the problems of slow video storage, slow browsing and low retrieval efficiency are solved.