Description for Mastering Gen AI: Agents with RAG and LangChain
In-Context Learning and Prompt Engineering: Comprehend the principles of in-context learning and sophisticated prompt engineering for efficient prompt formulation.
LangChain Concepts and Tools: Acquire an understanding of LangChain tools, components, chat models, chains, and agents.
Integration of RAG and AI Technologies: Acquire knowledge on integrating RAG, PyTorch, Hugging Face, and LLMs with LangChain technologies for Generative AI applications.
Development of AI Agents: Develop AI agents in a hands-on, realistic way with LangChain and RAG.
Level: Intermediate
Certification Degree: Yes
Languages the Course is Available: 1
Offered by: On edX provided by IBM
Duration: 2-4 hours per week 2 weeks (approximately)
Schedule: Flexible
Pricing for Mastering Gen AI: Agents with RAG and LangChain
Use Cases for Mastering Gen AI: Agents with RAG and LangChain
FAQs for Mastering Gen AI: Agents with RAG and LangChain
Reviews for Mastering Gen AI: Agents with RAG and LangChain
0 / 5
from 0 reviews
Ease of Use
Ease of Customization
Intuitive Interface
Value for Money
Support Team Responsiveness
Alternative Tools for Mastering Gen AI: Agents with RAG and LangChain
Featured Tools
Acquire the ability to differentiate between static and dynamic training and inference, manage model dependencies, establish distributed training for defect tolerance and replication, and generate exportable models.
Explore healthcare data mining methods, theoretical foundations of key techniques, selection criteria, and practical applications with emphasis on data cleansing, transformation, and modeling for real-world problem solving.
The course provides comprehensive coverage of AI and ML's increasing integration, structured into three sections focusing on business strategy, fundamental technologies, and hands-on projects, to aid in strategy development and technical planning.
Gain practical skills in relational and NoSQL databases, Big Data tools, and data pipelines for comprehensive data engineering tasks.
Besides Python programming and data science fundamentals, the course covers supervised machine learning regression, which includes training models for continuous outcomes, error metrics, Elastic Net, LASSO, Ridge regularization, and data science fundamentals for aspiring data scientists.