Recommender System: Recommender System with Machine Learning
Recommender System Machine Learning: Building Real-World Recommender Systems with Machine Learning - Recommender System
Description
Master Recommender Systems with Python: Unlock the Power of Personalized Recommendations!
Have you ever wondered how platforms like YouTube and Netflix tailor your content based on your preferences?
Have you ever aspired to create your own custom recommender system?
If you answered 'yes' to any of these questions, then look no further!
Our course offers a comprehensive package designed for beginners, equipping you with the skills to understand the fundamentals of recommender systems, their practical applications, and how to build them from the ground up using Python. Each module is filled with engaging content, blending essential theoretical concepts with hands-on, practical exercises. After each module, you'll tackle a quiz, and we provide quiz solutions in the next video.
Here's what you can expect:
Begin with the theoretical foundation of recommender systems, gaining essential knowledge
Explore the key taxonomies that serve as the building blocks of recommender systems
Dive into the full spectrum of developing recommender systems, from basics to advanced techniques, all powered by Python
Master Python, from elementary to advanced levels, ensuring you can implement any machine learning concept effectively
Adopt a practical approach to building content-based filtering and collaborative filtering techniques for recommender systems, gaining valuable hands-on experience
Delve into crucial concepts for applied recommender system models and machine learning models
Undertake various projects throughout the course, applying your newfound knowledge in real-world scenarios
Machine learning is among the most sought-after careers, with machine learning engineers earning an average salary exceeding $110,000 in the United States, according to Indeed. Machine learning opens doors to solving some of the world's most captivating challenges.
This course is thoughtfully designed for beginners with limited programming experience, or even those entirely new to the realms of Data Analysis, Machine Learning, and RNNs!
Our comprehensive course rivals others that typically cost thousands of dollars. With over 6 hours of high-definition video lectures, broken down into numerous segments, and detailed code notebooks for each topic, it stands as one of the most extensive Recommender Systems using Machine Learning courses on Udemy.
Why Should You Choose This Course?
Our course is tailored to help you grasp not only the role and impact of recommender systems in real-world applications but also provides a unique hands-on experience in developing complete recommender system engines for your personalized datasets through various projects. This hands-on approach is instrumental in mastering Python-based recommender systems.
Here's what you can expect:
Clear and concise explanations that are easy to understand
Comprehensive and self-explanatory content
Precise and to the point, ensuring efficient learning
Practical, featuring live coding throughout
A complete package with three in-depth projects, covering all course contents
Thorough, incorporating the latest and most advanced machine learning models, as discovered by renowned data scientists and AI practitioners
Teaching Is Our Passion
Our online tutorials prioritize learning by doing. We're committed to providing a deep understanding of practical approaches to building recommender systems using machine learning, particularly from the perspective of content-based filtering and collaborative filtering. For instance, the course culminates with two projects that allow you to experiment with the practical implementation of machine learning, data analysis, and real-world datasets from movies and Spotify songs. We've put in the extra effort to ensure you grasp the concepts clearly, ensuring a solid understanding of the fundamentals before diving into more complex concepts. Our course materials include high-quality video content, course notes, meaningful resources, handouts, and evaluation exercises. Additionally, our friendly team is always available to address any questions or concerns.
Course Content
We cover Python programming and various machine learning concepts. Here's a glimpse of what you'll learn:
Course Overview
Motivation for Recommender Systems
Recommender Systems Process
Goals of Recommender Systems
Generations of Recommender Systems
Nexus of Recommender Systems with Artificial Intelligence
Real World Challenges of Recommender Systems
Applications of Recommender Systems
Basics of Recommender Systems
Taxonomy of Recommender Systems
Item-context Matrix
User-Rating Matrix
Inferring Preferences
Quality of Recommender Systems
Online and Offline Evaluation Techniques
Dataset Partitioning
Overfitting
Error Matrix
Content-based Filtering
Collaborative Filtering
User-based and Item-based Collaborative Filtering
Recommender Systems with Machine Learning
Machine Learning in Recommender Systems
Benefits of Machine Learning in Recommender Systems
Design Approaches for Recommender Systems using Machine Learning
Guidelines for Machine Learning-based Recommender Systems
Hands-on Practical Approach for Content Based Filtering using Machine Learning
Hands-on Practical Approach for Item-based Collaborative Filtering using Machine Learning
Project 1: Songs Recommendation System for a Music Application using Machine Learning
Project 2: Movie Recommendation System using K-nearest Neighbors Algorithm
Enroll in this course today and become an expert in recommender systems!
Upon successful completion of this course, you will be able to:
Understand the concepts and theories of recommender systems across various domains.
Implement machine learning models for building real-world recommendation systems.
Evaluate machine learning models effectively.
Who Should Enroll in This Course?
Individuals looking to advance their skills in applied machine learning.
Those seeking to master the relationship between data analysis and machine learning.
Enthusiasts interested in building custom recommender systems for various applications.
Aspiring developers eager to implement machine learning algorithms for recommender systems.
Passionate individuals intrigued by recommender systems, especially content-based and collaborative filtering-based recommenders.
Machine Learning Practitioners
Research Scholars
Data Scientists
Join us on this journey to becoming a recommender systems expert!
What You Will Learn!
- • Learn the about basics of recommender systems
- • Learn the basics impact of recommender systems with integrated artificial intelligence
- • Learn about the major challenges and applications of recommender systems
- • Learn the basic taxonomy of recommender systems
- • Learn the impact of overfitting, underfitting, bias and variance
- • Learn the fundamental concepts of content based filtering and collaborative filtering
- • Learn the hands-on development of recommender system using machine learning topologies with python
- • Learn building the recommender system for various recommender system applications such as Spotify song recommending systems using machine learning and python
- • Hands on experience to build content-based recommender systems with machine learning and python
- • Hands on experience to build item-based recommender systems using machine learning techniques and python
- • Learn to model k-nearest neighbors-based recommender engine for various types of applications of recommender systems in python
- • And much more…
Who Should Attend!
- • People who want to advance their skills in applied machine learning
- • People who want to master relation of data analysis with machine learning
- • People who want to build customized recommender systems for their applications
- • People who want to implement machine learning algorithms for recommender systems
- • Individuals who are passionate about recommender systems specially content based and collaborative filtering-based recommenders
- • Machine Learning Practitioners
- • Research Scholars
- • Data Scientists