Enhanced petri nets for traceability of food management using internet of things

In this paper, we propose efficient food traceability management techniques using the Internet of things and derive a solution for data transmission. The enhanced Petri net model is utilized for food traceability using the improved period data. The application of the food traceability is used to maintain the automation, minimized cost and reduced system complexity. The primary parameter for this system is the food transportation from the producer to the customer. The Internet of Things is utilized to connect the producer to the customer with a smart transportation system. A low-cost solution is obtained using the IoT based food traceability. The application of the food traceability is used to maintain the automation, minimized cost and reduced system complexity. The Enhanced Petri Net model is simulated and the experimental results proved that the proposed Enhanced Petri Net algorithm is more efficient for food traceability management Techniques compared to the K-means and SOM methods.

Automated summary

This paper proposes efficient food traceability management techniques using the Internet of things and an enhanced Petri net model, demonstrating the application of food traceability for automation, cost reduction, and system complexity reduction. The IoT-based smart transportation system connects producers and customers, providing a low-cost solution for food traceability. Experimental results show that the Enhanced Petri Net algorithm is more efficient compared to K-means and SOM methods.