Research on the Solution of Large Screen Separation Based on Two-Stage Submission and ARIMA Algorithm

In the application of large-screen visualization, web animation often causes image deformation, dislocation, and other fragmentation phenomena during execution, which seriously affects the usability of the large screen. In view of this phenomenon, this paper studies and analyzes that the causes result from unsynchronized page responses, page refresh times, and the accumulated time difference of animation execution in the graphics workstation. Taking the core transactions of large-screen animation execution as the key to solving the problem, this paper proposes a method based on the combination of two-stage submission and the ARIMA prediction algorithm to eliminate unsynchronized transactions and accumulated time errors in the animation execution process. The method effectively solves the split and dislocation of web animations on large screens, improving the viewing experience and application value of the large screen.