Course Outline

Introduction to LLMs and Generative AI for Government

  • Exploring techniques and models relevant to public sector operations
  • Discussing applications and use cases in government agencies
  • Identifying challenges and limitations specific to government use

Using LLMs for NLU Tasks for Government

  • Sentiment analysis to gauge public opinion on policies and services
  • Named entity recognition to identify key individuals and organizations in documents
  • Relation extraction to uncover connections between entities in government data
  • Semantic parsing to enhance the understanding of complex regulatory texts

Using LLMs for NLI Tasks for Government

  • Entailment detection to verify compliance with regulations and policies
  • Contradiction detection to identify inconsistencies in legal documents
  • Paraphrase detection to ensure consistency in communication materials

Using LLMs for Knowledge Graphs for Government

  • Extracting facts and relations from government reports and databases
  • Inferring missing or new facts to enhance data completeness
  • Using knowledge graphs for downstream tasks such as policy analysis and decision-making

Using LLMs for Commonsense Reasoning for Government

  • Generating plausible explanations, hypotheses, and scenarios for complex issues
  • Using commonsense knowledge bases and datasets to inform public sector decisions
  • Evaluating commonsense reasoning to ensure accurate and reliable insights

Using LLMs for Dialogue Generation for Government

  • Generating dialogues with conversational agents, chatbots, and virtual assistants for citizen services
  • Managing dialogues to ensure effective communication and support
  • Using dialogue datasets and metrics to improve interaction quality

Using LLMs for Multimodal Generation for Government

  • Generating images from text to enhance visual communications
  • Generating text from images to support document processing and accessibility
  • Generating videos from text or images to create engaging educational content
  • Generating audio from text for assistive technologies and public announcements
  • Generating text from audio to transcribe meetings and hearings
  • Generating 3D models from text or images to support urban planning and design

Using LLMs for Meta-Learning for Government

  • Adapting LLMs to new domains, tasks, or languages relevant to government operations
  • Learning from few-shot or zero-shot examples to address unique public sector challenges
  • Using meta-learning and transfer learning datasets and frameworks to optimize performance

Using LLMs for Adversarial Learning for Government

  • Defending LLMs from malicious attacks to ensure data integrity and security
  • Detecting and mitigating biases and errors in LLMs to maintain fairness and accuracy
  • Using adversarial learning and robustness datasets and methods to enhance model resilience

Evaluating LLMs and Generative AI for Government

  • Assessing content quality and diversity to ensure reliable information dissemination
  • Using metrics like inception score, Fréchet inception distance, and BLEU score to measure performance
  • Using human evaluation methods like crowdsourcing and surveys to gather feedback from stakeholders
  • Using adversarial evaluation methods like Turing tests and discriminators to test robustness

Applying Ethical Principles for LLMs and Generative AI for Government

  • Ensuring fairness and accountability in the use of AI technologies
  • Avoiding misuse and abuse to protect public trust and integrity
  • Respecting the rights and privacy of content creators and consumers
  • Fostering creativity and collaboration between human experts and AI systems

Summary and Next Steps for Government

Requirements

  • An understanding of fundamental AI concepts and terminology for government use.
  • Experience with Python programming and data analysis in a public sector context.
  • Familiarity with deep learning frameworks such as TensorFlow or PyTorch, suitable for government applications.
  • An understanding of the basics of large language models (LLMs) and their potential applications for government.

Audience

  • Data scientists working in government agencies.
  • AI developers supporting public sector projects.
  • AI enthusiasts interested in government applications.
 21 Hours

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