Construction of Visual Communication Teaching Mode Based on Improved Mobile Search Algorithm in Internet + Environment

Abstract

When using the traditional algorithm for graph mobile search in the Internet+ environment, the result is not accurate due to the lack of a strict standard. The size and position of the graphic display cannot be effectively determined, and it is difficult to effectively support the graphical mobile search control. Therefore, a new mobile communication learning algorithm in visual communication teaching mode is proposed. The display size of the buffer image in the visual communication teaching mode is calculated by the fixed value method. The minimum value of the search layout and the highest value of the surface utilization are used as the search objective function. The ant colony algorithm is used to solve the problem and the optimal solution is obtained. Get the best display position of the graphics in the visual communication teaching mode. The description of the graphics movement is implemented by a grammatical description according to the rules and a semantic description according to ASM (abstract stale ma­chine). The parallel flow and selection identification are used to describe the parallel flow and selection process of graphic movement in the visual communication teaching mode, and the parallel movement and selection process are used to realize the automatic movement of graphic movement. The program is written and run by C language to achieve the purpose of automatic graph movement. The experimental results show that the user satisfaction of the proposed algorithm is 7.792, which is significantly higher than the traditional algorithm, indicating that the proposed algorithm has better search effect and higher practical value.