This proposal is in multiple languages, click here to see it in Italian
Machine learning is transforming the industry, but maintaining high-performing models in dynamic environments is a challenge. We will explore techniques for monitoring and retraining models to ensure consistent performance, showcasing a practical example of a fruit defect recognition system.
Machine learning is transforming the industry and business, enabling faster and more accurate decision-making. However, maintaining high-performing machine learning models in production environments, often characterized by constantly evolving data, is a significant challenge.
This talk aims to explore the fundamental techniques for monitoring and retraining ML models to ensure consistent performance over time. Through a practical example, we will demonstrate how to apply these solutions to an image-based machine learning model used for fruit defect recognition, highlighting the importance of a structured approach to model maintenance.
We will describe the platform behind the developed solution and the technology stack employed, entirely based on Python libraries, partly open-source and partly developed in-house.
The talk is aimed at developers, data scientists, and ML engineers interested in improving the robustness and reliability of machine learning systems in production.
Lorenzo Bisi obtained his PhD in Information Engineering in 2022 at Politecnico, with a thesis on Reinforcement Learning algorithms specialized in risk-aversion contexts. A significant part of his research focused on applying Machine Learning techniques to develop algorithmic trading strategies. Since 2022, he has been working at ML Cube as an AI specialist, overseeing the development of Artificial Intelligence models for consulting projects. Here, he applies Machine Learning, Computer Vision, and Generative AI techniques to create customized solutions for clients in various industrial sectors.