Research on Parametric Design of Traditional Patterns and Modern Product Innovation Based on Blockchain Technology: A Study of Digital Rights Management and Collaborative Development

Abstract

This research introduces a new framework for integrating blockchain technology with parametric design in the creation of traditional patterns for modern product innovation. It helps to solve some of the very important problems facing digital rights management and collaborative development in the design industry. Based on comprehensive analyses regarding pattern parameterization methods, blockchain-based rights protection mechanisms, and collaborative design platforms, this research proposes a new approach that enables secure and efficient design innovation.

The proposed system uses an advanced pattern recognition algorithm coupled with blockchain-enabled digital rights management, achieving 95% success in pattern identification and reducing design iteration cycles by 60%. The collaborative platform demonstrates significant improvement in design efficiency, developing at a time-saving rate of 40% with enhanced team collaboration effectiveness of 85%. Integration of blockchain technology ensures that the management of design rights is both transparent and secure, while a parametric design framework preserves the integrity of the traditional patterns' cultural essence within its new application.

Experimental results from different industries also prove the effectiveness of the system in various aspects, such as robust performance for pattern recognition, rights management, and collaborative design. The research contributes to the existing knowledge pool with a modern framework for design innovation that is scalable, secure, and effective while retaining traditional design features. An integrated approach will serve as the basis for future development regarding digital design rights management and collaborative innovation systems.