Structural Design of Handicrafts Based on Dynamic Simulation Technology

Abstract

In order to improve the effect of handicraft structure design, this study combines the dynamic simulation technology to build a handicraft structure design system and transmits data through dynamic simulation signals to improve the effectiveness of the interactive design of artworks. In order to provide a simpler and faster development process for interactive media applications, this study develops an interactive media art design system with a node-based visual programming model as the core processing logic. The digital Gaussian shaping method based on the programmable logic device can not only realize real-time Gaussian shaping of the nuclear pulse signal but also meet the needs of later function expansion, maintenance, and upgrade of the system. In addition, this study verifies the effectiveness of the handicraft structure design system based on dynamic simulation technology through the analysis of multiple sets of simulation data.

Increasing Literacy Through Interactive Media In Early Childhood

“…The basic idea of play in early childhood education and the importance of digital technology in the teaching and learning process also has an influence on broader behavior when children play. It can be concluded that teachers can integrate digital technology into the process of early childhood play (Leung et al, 2019); (Meng & Liu, 2022;Radesky et al, 2022;Snyder, 2022;Zhang et al, 2022).…”