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Course Outline
Introduction to LLMs and Generative AI
- Exploring techniques and models.
- Discussing applications and use cases.
- Identifying challenges and limitations.
Using LLMs for NLU Tasks
- Sentiment analysis.
- Named entity recognition.
- Relation extraction.
- Semantic parsing.
Using LLMs for NLI Tasks
- Entailment detection.
- Contradiction detection.
- Paraphrase detection.
Using LLMs for Knowledge Graphs
- Extracting facts and relations from text.
- Inferring missing or new facts.
- Using knowledge graphs for downstream tasks.
Using LLMs for Commonsense Reasoning
- Generating plausible explanations, hypotheses, and scenarios.
- Using commonsense knowledge bases and datasets.
- Evaluating commonsense reasoning.
Using LLMs for Dialogue Generation
- Generating dialogues with conversational agents, chatbots, and virtual assistants.
- Managing dialogues.
- Using dialogue datasets and metrics.
Using LLMs for Multimodal Generation
- Generating images from text.
- Generating text from images.
- Generating videos from text or images.
- Generating audio from text.
- Generating text from audio.
- Generating 3D models from text or images.
Using LLMs for Meta-Learning
- Adapting LLMs to new domains, tasks, or languages.
- Learning from few-shot or zero-shot examples.
- Using meta-learning and transfer learning datasets and frameworks.
Using LLMs for Adversarial Learning
- Defending LLMs against malicious attacks.
- Detecting and mitigating biases and errors in LLMs.
- Using adversarial learning and robustness datasets and methods.
Evaluating LLMs and Generative AI
- Assessing content quality and diversity.
- Utilizing metrics such as inception score, Fréchet inception distance, and BLEU score.
- Employing human evaluation methods like crowdsourcing and surveys.
- Utilizing adversarial evaluation methods like Turing tests and discriminators.
Applying Ethical Principles for LLMs and Generative AI
- Ensuring fairness and accountability.
- Avoiding misuse and abuse.
- Respecting the rights and privacy of content creators and consumers.
- Fostering creativity and collaboration between humans and AI.
Summary and Next Steps
Requirements
- A solid understanding of fundamental AI concepts and terminology.
- Experience with Python programming and data analysis.
- Familiarity with deep learning frameworks such as TensorFlow or PyTorch.
- Understanding of LLM basics and their applications.
Audience
- Data scientists.
- AI developers.
- AI enthusiasts.
21 Hours