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NVIDIA Rapid Application Development with Large Language Models (LLMs)

H45WRS

Table of Contents

Table of Contents

    Course ID

    H45WRS

    Duration

    1 day

    Format

    ILT/VILT

    Overview

    In this course, you gain a strong understanding and practical knowledge of large language model (LLM) application development by exploring the open-sourced ecosystem including pretrained LLMs, enabling you to get started quickly in developing LLM-based applications.

    Course ID

    H45WRS

    Duration

    1 day

    Format

    ILT/VILT

    Audience

    This course is ideal for AI practitioners like developers, data scientists, AI engineers, and technical artists, who need to execute language-related tasks daily, such as text classification, content generation, sentiment analysis, and customer chat support, and they seek to do so in the most cost-effective way.

    Prerequisites

    Before attending this course, you should have a basic understanding of deep learning and be comfortable using PyTorch.

    Objectives

    After completing this course, you should be able to:

    • Find, use, and experiment with the HuggingFace model repository and Transformers API
    • Use encoder models for tasks like semantic analysis, embedding, question-answering, and zero-shot classification
    • Work with conditioned decoder-style models to take in and generate interesting data formats, styles, and modalities
    • Kickstart and guide generative Al solutions for safe, effective, and scalable natural data tasks
    • Explore the use of LangChain and LangGraph for orchestrating data pipelines and environment-enabled agents

    Certifications and related exams

    This course prepares you for the NVIDIA-Certified Associate: Generative AI LLMs (NCA-GENL) certification exam.

    Divider

    Course outline

    Module 1: Course Introduction

    • Overview of course topics and schedule
    • Introduction to HuggingFace and transformers
    • Discuss how LLMs can enhance enterprise applications

    Module 2: Transformers and LLMs

    • Introduce and motivate the transformer-style architecture from deep learning first principles
    • Understand input-output processing with tokenizers, embeddings, and attention mechanisms

    Module 3: Task-Specific Pipelines

    • Profile encoder models for different NLP tasks where they are most useful
    • Investigate the use of lightweight models for natural language embedding, classification, subsetting, and zero-shot prediction

    Module 4: Seq2Seq with Decoders

    • Introduce GPT-style decoder models for sequence generation and autoregressive tasks
    • Apply encoder-decoder architectures for applications like machine translation and fewshot task completion

    Module 5: Multimodal Architectures

    • Integrate different data modalities (text, images, audio) into LLM workflows
    • Explore multimodal models like CLIP for crossmodal learning, visual language models for image question-answering, and diffusion models for text-guided image generation

    Module 6: Scaling Text Generation

    • Explore LLM inference challenges and deployment strategies, including optimized server deployments
    • Incorporate LLMs into interesting applications that can scale to larger repositories and user bases

    Module 7: Orchestration and Agentics

    • Introduce LangChain for LLM orchestration and agentic workflows
    • Investigate use of agentics and tool-calling for integrating natural language with standard applications and data

    Module 8: Final Assessment

    • Build an LLM-based application integrating text generation, multimodal learning, and agentic orchestration

    Module 9: Review and Wrap-up

    • Review key learnings

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