Computer Dynamic Simulation Design of Ecological Packaging of New Energy Products Based on Internet of Things Technology

Abstract

The application of Internet of Things (IoT) technology has realized the transformation of people’s production and lifestyle, and also promoted the transformation of education and teaching mode. At present, the application of informatization in the field of product packaging is increasing. Advanced methods and techniques for visual presentation using virtual reality technology. This study has aimed to realize the process optimization of new energy product packaging design in the context of the Internet of Things to promote the ecological development of the product packaging industry. This study has proposed to use the IoT technology and virtual reality technology to know the integration of new energy product packaging and virtual simulation experiments, which is helpful to analyze and solve the objective system imbalance and ecological imbalance in the product packaging system. Drawing on the principles and laws of the IoT and virtual reality technology, the dynamic simulation process of ecological packaging is constructed and optimized to realize the “ecologicalization” of the packaging field. In a study of RFID tag algorithms in the context of IoT, the least data is transmitted at m = 4, which saves an average of 48 bits per identified tag compared to m = 6. Due to the number of queries and the amount of data transferred, the MICT algorithm chooses m = 4 when identifying 96-bit tags. In terms of recognition efficiency, the MICT algorithm achieves about 74%. Therefore, the dynamic simulation design of product packaging is very important at present.