Description:

In an era where data is as vast and deep as the ocean, the ability to effectively retrieve information is crucial. Traditional search methods often fall short when navigating complex and unstructured data. This is where vector databases come in – powerful tools that leverage semantic understanding to revolutionize information retrieval. This session will guide you through creating your search engine using vector databases. Beginning with an introduction to AI and search engines, the talk will cover the essentials of Natural Language Processing and Machine Learning and the role they play in AI search engines. A deeper exploration into vector databases and their real-world applications will be provided. The session will also include a code walkthrough, guiding attendees on data handling and indexing for the search engine. Execution of semantic searches and alternatives to Elasticsearch, such as Pinecone, will also be discussed. The talk will wrap up with a discussion on future directions in AI search engine development.

Key Takeaways:

Gain an understanding of AI search engines and the role of NLP and Machine Learning. Delve into the workings and application of vector databases. Experience hands-on data preparation for an AI search engine. Learn to index data, execute semantic searches, and explore alternatives like Pinecone. Discover future directions and enhancements in AI search engine development.

Prerequisites:

1) Python 2) NLP Basics 3) Generative Ai basics

Speaker Info:

Deepanshu Lulla is a software engineer whoose interests lie in developing and maintaining large scale systems. His alma mater include Northeastern University, Boston, MA, USA and National Institute of technology,Bhopal,MP, India both premier and recognized institutes in their respective countries.He wishes to solve challenging problems of developing systems that really scale while ensuring they do not compromise in security aspects.He believes both scalability and security aren’t someting that can be added later but need to be integrated in initial system design and requirements process.

Speaker Links:

https://www.linkedin.com/in/deepanshululla/