Research on the accumulation effect model of technological innovation in textile industry based on chaos theory

TL;DR

This paper models the complex, irregular fluctuations in technological innovation within the textile industry using chaos theory, providing insights for better regulation and innovation accumulation.

Contribution

It introduces a chaos theory-based model to analyze the accumulation effect of technological innovation in the textile industry, highlighting the role of government regulation.

Findings

Reasonable government regulation accelerates innovation accumulation.

Chaos model captures complex fluctuations in innovation dynamics.

Theoretical guidance for policy-making in textile innovation.

Abstract

Technological innovation is one of the most important variables in the evolution of the textile industry system. As the innovation process changes, so does the degree of technological diffusion and the state of competitive equilibrium in the textile industry system, and this leads to fluctuations in the economic growth of the industry system. The fluctuations resulting from the role of innovation are complex, irregular and imperfectly cyclical. The study of the chaos model of the accumulation of innovation in the evolution of the textile industry can help to provide theoretical guidance for technological innovation in the textile industry, and can help to provide suggestions for the interaction between the government and the textile enterprises themselves. It is found that reasonable government regulation parameters contribute to the accelerated accumulation of innovation in the textile industry.