YoVDO

From Robotics to Recommender Systems - MLOps Podcast #240

Offered By: MLOps.community via YouTube

Tags

Recommender Systems Courses Artificial Intelligence Courses Data Science Courses Machine Learning Courses Robotics Courses Computer Vision Courses MLOps Courses Sports Analytics Courses Embeddings Courses

Course Description

Overview

Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only!
Explore the journey from robotics to recommender systems in this insightful podcast episode featuring Miguel Fierro, Principal Data Science Manager at Microsoft. Delve into the limitations of applying machine learning in robotics, the integration of computer vision and AI in sports analytics, and the evolution of recommender systems. Learn about the importance of choosing simpler solutions over complex ML models, the role of embeddings and feature stores in modern AI applications, and strategies for demonstrating ROI to leadership. Gain valuable insights on high-impact AI investments and the potential of Large Language Models in recommender systems. Perfect for data scientists, AI enthusiasts, and business leaders looking to understand the practical applications and challenges of AI across various domains.

Syllabus

[] Miguel's preferred coffee
[] Takeaways
[] Robotics
[] Simpler solutions over ML
[] Robotics and Computer Vision
[] Basketball object detection
[22:43 - ] Zilliz Ad
[] Mr. Recommenders and Recommender systems' common patterns
[] Embeddings and Feature Stores
[] Experiment ROI for leadership
[] Hi ROI investments
[] LLMs in Recommender Systems
[] Wrap up


Taught by

MLOps.community

Related Courses

Introduction to Artificial Intelligence
Stanford University via Udacity
Probabilistic Graphical Models 1: Representation
Stanford University via Coursera
Artificial Intelligence for Robotics
Stanford University via Udacity
Computer Vision: The Fundamentals
University of California, Berkeley via Coursera
Learning from Data (Introductory Machine Learning course)
California Institute of Technology via Independent