Simulation of packaging design of virtual manufacturing products based on computer vision and Big data

Packaging design not only protects products but also plays a role in promotion and marketing, becoming a powerful marketing method. With the support of Big data and computer vision technology, virtual manufacturing product packaging design has become an advanced design method. This paper introduces a virtual manufacturing product packaging design method based on computer vision technology and Big data analysis technology. This method uses virtual manufacturing technology, integrates Big data processing, computer vision, and other information technology branches, and carries out product packaging design through a virtual packaging model. First, set up a dedicated packaging data collection channel, and use Big data technology and Internet technology to obtain product packaging information. By analyzing these data, we can understand consumers’ needs and preferences. Subsequently, the system conducts packaging design in a virtual environment, avoiding possible errors and waste in traditional packaging design, thereby improving the market competitiveness of the product. The experimental results show that this method can quickly screen out the packaging design schemes that users like, thus improving the design efficiency and accuracy, and has great potential in the application of computer vision and Big data analysis technology.