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Enterprise AI Analysis: Empowering New Quality Productive Forces through Artificial Intelligence Technology: A Study on the Pathways and Threshold Effects in High-Quality Development of Manufacturing Industry

Enterprise AI Analysis

Empowering New Quality Productive Forces through Artificial Intelligence Technology: A Study on the Pathways and Threshold Effects in High-Quality Development of Manufacturing Industry

Authors: Jingzhou Zhao, Yu Hu, Wei Deng, Wenxiao Duan, Xiaokang Chang, Junru Zhou

Publication: 2025 International Conference on Artificial Intelligence and Computational Intelligence (AICI 2025), Kuala Lumpur, Malaysia (February 14-16, 2025)

This paper first conducts a regression analysis on the direct effect of artificial intelligence on the high-quality development of the manufacturing industry, and then uses the panel threshold model to explore the threshold effect of artificial intelligence on the high-quality development of the manufacturing industry. The Hausman test confirms the rationality of the fixed effect regression model, indicating that artificial intelligence has a significant positive impact on the high-quality development of the manufacturing industry. Subsequently, the panel threshold model is used for analysis, and it is found that there is a double threshold effect, with the first threshold value being 6.5575 and the second being 14.4800. The marginal effect of the improvement of artificial intelligence level on high-quality development shows a rapid increase at first, a slowdown after crossing the first threshold, and an acceleration again after crossing the second threshold. This nonlinear relationship is further verified through the adjustment ratio change and internal validity test for robustness. The results show that high-end and low-end manufacturing enterprises are more likely to benefit from artificial intelligence technology due to advantages in cost-effectiveness, market demand, and technological adaptability, thereby promoting their high-quality development. In contrast, mid-range manufacturing enterprises may face a series of challenges, resulting in less significant or even inhibitory effects of artificial intelligence technology on them.

Executive Impact Summary

Artificial intelligence significantly drives high-quality development in the manufacturing industry, exhibiting a non-linear impact with a double threshold effect. Initially, AI rapidly increases development, then slows down, and accelerates again at higher levels. High-end and low-end manufacturers benefit most due to cost-effectiveness, market demand, and adaptability, while mid-range firms face challenges.

AI Development Impact on Manufacturing TFP
First Threshold for AI Impact
Second Threshold for AI Impact
Initial Marginal Effect
Diminished Marginal Effect
Accelerated Marginal Effect

Deep Analysis & Enterprise Applications

Select a topic to dive deeper, then explore the specific findings from the research, rebuilt as interactive, enterprise-focused modules.

This research employs a robust methodology to analyze the impact of AI on manufacturing, including regression analysis and a panel threshold model to capture non-linear effects.

Enterprise Process Flow

Regression Analysis: Direct Effect of AI on TFP
Hausman Test: Confirms Fixed Effect Model Rationality
Panel Threshold Model: Explores Non-linear Effects
Threshold Identification: Double Thresholds (6.5575, 14.4800)
Marginal Effect Analysis: Non-linear Impact of AI
Robustness Checks: Adjustment Ratio & Internal Validity

Key Methodological Finding: Double Threshold Effect

2 Thresholds Identified

The panel threshold model identified a double threshold effect for AI's impact on high-quality manufacturing development, at AI levels of 6.5575 and 14.4800. This reveals a complex, non-linear relationship.

The study reveals a non-linear relationship where AI's impact on manufacturing development changes at specific threshold levels.

AI Impact Across Thresholds

AI Development Level Marginal Effect on TFP Implication
Below 6.5575 0.005 (Rapid Increase) Strong initial positive impact from AI adoption.
Between 6.5575 and 14.4800 0.002 (Slowdown) Diminished positive impact; potential challenges for mid-range firms.
Above 14.4800 0.006 (Acceleration) Accelerated positive impact; high-level AI integration yields significant returns.

First Threshold Significance

6.5575 First Threshold Value

At this AI development level, the marginal effect on high-quality development shifts from a rapid increase (0.005) to a slowdown (0.002), indicating a change in the efficiency of AI integration.

The findings have distinct implications for different segments of the manufacturing industry.

Impact on High-End vs. Mid-Range Manufacturing

Strategic AI Adoption in Manufacturing

Challenge: Mid-range manufacturing enterprises face challenges, leading to less significant or even inhibitory effects of AI technology on their high-quality development.

Solution: High-end and low-end manufacturing enterprises are more likely to benefit from AI due to advantages in cost-effectiveness, market demand, and technological adaptability.

Outcome: A tailored AI strategy, focusing on specific capabilities and market positioning, is crucial for optimal benefits across the manufacturing spectrum. Mid-range firms need targeted support to overcome integration hurdles.

Promoting High-Quality Development

Positive Overall AI Impact

AI development has a significant positive impact on the high-quality development of the manufacturing industry, promoting innovation, efficiency, and industrial transformation.

Calculate Your Potential AI ROI

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Your AI Implementation Roadmap

Our phased approach ensures a smooth transition and optimized integration of AI into your enterprise, maximizing impact and minimizing disruption.

Phase 1: AI Readiness Assessment

Evaluate current infrastructure, data capabilities, and organizational readiness for AI integration. Identify specific pain points and opportunities within manufacturing processes.

Phase 2: Pilot AI Projects & Threshold Identification

Implement small-scale AI pilot projects to validate potential benefits. Monitor AI development levels to understand when the first threshold (e.g., 6.5575) is approaching or crossed, and tailor strategies accordingly.

Phase 3: Scaled AI Integration & Mid-Range Support

Expand AI solutions across critical functions. For mid-range firms, focus on overcoming challenges by leveraging cost-effective solutions and enhancing technological adaptability to avoid inhibitory effects seen between thresholds.

Phase 4: Advanced AI Optimization & Continuous Monitoring

Achieve higher AI maturity levels (beyond 14.4800) for accelerated benefits. Continuously monitor AI's impact on TFP, refine models, and adapt to emerging technologies and market demands.

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