The Influence of System Dynamics Resource Sharing on Collaborative Manufacturing Efficiency-Based on the Multiagent...

Area of Science:

• Manufacturing Systems Engineering
• Operations Research
• Industrial Management

Background:

• Inconvenient communication, resource inefficiency, and task completion challenges hinder the manufacturing industry.
• Resource sharing is a key model for manufacturing transformation and upgrading.
• Intelligent manufacturing requires efficient resource allocation and network collaboration.

Purpose of the Study:

• To investigate the impact of resource sharing on intelligent manufacturing efficiency.
• To analyze the effects of network collaboration within a resource-sharing framework.
• To develop policy recommendations for optimizing manufacturing operations.

Main Methods:

• Multiagent modeling was employed to construct a resource-sharing model.
• System dynamics research was utilized to simulate the model.
• A dynamic system model was built and simulated, coupling micro (Baosteel) and macro (manufacturing industry) backgrounds.

Main Results:

• Resource sharing positively influences the efficiency of intelligent manufacturing under network collaboration.
• The simulation results provide insights into the dynamics of resource sharing in manufacturing.
• The study identified key factors affecting efficiency in a collaborative manufacturing environment.

Conclusions:

• Implementing resource-sharing models can significantly improve intelligent manufacturing efficiency.
• Network collaboration is crucial for maximizing the benefits of resource sharing.
• The findings support the adoption of resource-sharing strategies for industrial upgrading.