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Vector Database Projects

AI Recommendation Systems

IBM Skills Network Team and Richa Arora

The global recommendation engine market is predicted to grow 37% annually through 2030 (Straits Times). The expertise to predict user preferences and drive engagement using AI recommendation system skills has become an essential business need and a highly sought-after skill using vector databases.

In this IBM mini-course, you’ll create two shareable projects that demonstrate your proficiency and readiness to develop AI-powered recommendation systems. 

You’ll get step-by-step instructions to create a real-life inspired food ordering recommendation system using Chroma DB and Hugging Face models. For your final project, you’ll use Chroma DB or your choice of PostgreSQL, Cassandra, or MongoDB to create a real-life job search recommendation system. This will demonstrate your ability to generate embeddings and implement similarity searches using Hugging Face natural language processing (NLP) algorithms.

Ready to start? Bring your vector, NoSQL, or relational database vector search skills to this course.  If you don't already have these skills, you can attain these skills in other Vector Databases Fundamentals Specialization courses. 

Enroll today in this mini-course to advance your AI career!

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What's inside

Syllabus

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Strong foundation for beginners in building AI recommendation systems

Teaches best practices to apply NLP models to generate embeddings and implement similarity search for a recommendation system

Uses various popular platforms such as Chroma DB, Hugging Face and NoSQL or relational databases

Final project helps learners apply many of the skills learned

Graded quiz and peer evaluations provide feedback and reinforcement

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Reviews summary

Practical ai recommendation systems with vector dbs

According to students, this course offers a highly practical and hands-on experience for building AI recommendation systems. Learners particularly value the real-world inspired projects, such as creating a food ordering and a job search recommendation system, which leverage vector databases like Chroma DB and Hugging Face natural language processing models. Many find the step-by-step instructions clear and relevant for advancing their AI careers. While the course is praised for its immediate applicability, some feedback suggests that a strong foundation in Python and basic data science concepts is beneficial for an optimal learning experience.

Some feel parts are rushed; others appreciate concise approach.

"The concepts are good, but I felt some explanations were rushed."

"The 'mini-course' structure felt too superficial. I expected more in-depth coverage on certain topics."

"Decent course, but it felt a bit too much like following recipes without full understanding for some parts."

Utilizes modern tools like vector databases and Hugging Face.

"I particularly appreciated the detailed guidance on using Chroma DB with Hugging Face models."

"The integration of NLP algorithms was seamless. I loved that it used modern tools like Hugging Face."

"The focus on real-world scenarios makes this very valuable for my professional growth, using current tech."

Builds real-world AI recommendation systems.

"The projects are incredibly hands-on and directly applicable to real-world AI recommendation systems."

"Building a food ordering system and a job search recommender was a great way to learn."

"The hands-on coding and projects are the strongest part of the course for me, very useful."

Experience with peer grading varied among students.

"The peer grading was okay, but I personally prefer instructor feedback."

"The peer review system is also not great; my feedback wasn't helpful in some instances."

"While the projects were great, the peer evaluation aspect wasn't always as constructive as I'd hoped."

Prior Python, data science, or database skills are helpful.

"You definitely need to be comfortable with Python and basic data science concepts beforehand."

"As a beginner, I struggled a bit with the vector database concepts... It assumes a certain level of familiarity."

"For absolute beginners, it might be a steep curve, so bring some prior experience if you can."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Vector Database Projects: AI Recommendation Systems with these activities:

Read 'Vector Databases in Practice' by Alex Petrov

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Gain a theoretical understanding of vector databases and their applications in recommendation systems.

View Database Internals: A Deep Dive into How... on Amazon

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Read Chapter 1: Introduction to Vector Databases.
Read Chapter 2: Building a Recommendation System with Vector Databases.

Review your knowledge of machine learning

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Ensure you have a solid foundation in machine learning, which is essential for understanding AI recommendation systems.

Browse courses on Machine Learning

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Review your notes from previous machine learning courses or tutorials.
Work through practice problems or online quizzes.

Review vector search basics

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Review fundamental concepts like vector space models, dimensionality reduction, and distance metrics before starting the course.

Browse courses on Vector Databases

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Read an overview on vector databases and vector search.
Practice using a vector database like Milvus or Weaviate.
Complete a simple vector search project using Python or another programming language.

Nine other activities

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Follow tutorials on Hugging Face library

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Build familiarity with the Hugging Face library and explore its pretrained NLP models before working on the course projects.

Browse courses on Hugging Face

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Walk through the official Hugging Face tutorials.
Experiment with different NLP models using the Hugging Face Hub. Explore models for text classification, sentiment analysis, and question answering.
Implement a basic text summarization or text generation project using Hugging Face models.

Create a recommendation system for a fictional movie streaming service

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Develop your understanding of how recommendation systems work and how to create personalized recommendations for users.

Browse courses on Personalized Recommendations

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Choose a dataset of movie ratings or reviews.
Implement a recommendation algorithm using a vector database, such as Chroma DB.
Evaluate the performance of your recommendation system using metrics such as precision and recall.

Follow the 'Building a Restaurant Recommendation System with Chroma DB' tutorial

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Learn how to use Chroma DB to build a recommendation system hands-on.

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Sign up for a Chroma DB account.
Follow the steps in the tutorial.

Join a study group or participate in online forums dedicated to vector databases or AI recommendation systems

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Connect with peers and exchange ideas to enhance your understanding.

Browse courses on Vector Databases

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Search for existing study groups or forums.
Join a group that aligns with your interests.

Build an AI-powered food recommender system

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Gain practical experience by building a real-world AI-powered food recommender system during the course.

Browse courses on Vector Search

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Gather a dataset of food items with attributes like cuisines, ingredients, and nutritional information.
Create embeddings for food items using a vector database like Milvus or Weaviate.
Train a similarity search model using Hugging Face's NLP models.
Develop a Python script or web application to implement the food recommender system.
Evaluate the system's performance and iterate to improve accuracy.

Compile a list of resources on AI recommendation systems

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Expand your knowledge of AI recommendation systems beyond the course materials.

Browse courses on Resources

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Search the web for articles, blog posts, and videos on AI recommendation systems.
Organize the resources into a document or spreadsheet.

Attend a workshop on vector databases or AI recommendation systems

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Enhance your understanding and skills in vector databases and recommendation systems through hands-on training.

Browse courses on Vector Databases

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Search for upcoming workshops in your area or online.
Register for a workshop that aligns with your interests.

Contribute to an open-source library or framework for vector databases or AI recommendation systems

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Deepen your understanding of the underlying technologies and contribute to the community.

Browse courses on Open Source

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Identify an open-source project that aligns with your interests.
Review the project's documentation and codebase.
Submit a pull request with your contributions.

Volunteer at a data science or AI-related event

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Contribute to the field and connect with professionals by volunteering at industry events or open-source projects related to AI recommendation systems.

Browse courses on Data Science

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Research local data science or AI meetups and conferences.
Identify volunteer opportunities such as staffing registration, assisting speakers, or organizing workshops.
Prepare by reviewing event materials and familiarizing yourself with the topics being covered.
Attend the event, engage with attendees and speakers, and participate in discussions.

Career center

Learners who complete Vector Database Projects: AI Recommendation Systems will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Vector Database Projects: AI Recommendation Systems.

Speech and Language Processing. An Introduction to...

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Classic in the field of NLP, providing a comprehensive overview of the subject. It is written by two of the leading researchers in the field, and it is known for its clear and thorough explanations.

Speech and Language Processing An Introduction to...

Paperback

Natural Language Processing: Python and NLTK

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Comprehensive reference work on the field of NLP, covering a wide range of topics from the history of NLP to the latest advances in the field. It is written by two leading researchers in the field, and it is known for its comprehensive coverage and clear explanations.

Vector Database Projects

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What's inside

Syllabus

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Reviews summary

Practical ai recommendation systems with vector dbs

Activities

Career center

Reading list

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