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Course Outline

Overview of Natural Language Generation (NLG)

  • Definition of NLG
  • Distinction between Natural Language Understanding (NLU) and NLG
  • Practical applications of NLG in public sector contexts

Fundamental NLG Methodologies

  • Template-driven generation approaches
  • Statistical models for textual output
  • Integration of machine learning within NLG frameworks

Implementation of NLG Systems

  • Survey of prominent NLG architectures (e.g., GPT, T5)
  • Configuration of foundational models in Python
  • Utilization of pre-trained models for text synthesis

Operational Challenges in NLG

  • Ensuring logical coherence and contextual relevance
  • Frequently encountered issues in automated text production
  • Ethical guidelines for AI-generated content, particularly for government use cases

Practical Application of NLG Software

  • Overview of relevant NLG libraries (e.g., GPT-2/3, NLTK)
  • Development of text outputs tailored to specific operational requirements
  • Assessment of generated content quality and accuracy

Performance Evaluation of NLG Systems

  • Metrics for assessing fluency and structural integrity in generated text
  • Comparison of automated evaluation methods versus human review processes
  • Strategies for enhancing the reliability of NLG outputs for government applications

Emerging Trends in NLG Technology

  • Innovations currently driving NLG research
  • Future opportunities and technical hurdles in automated text generation
  • The role of NLG in modern content creation and artificial intelligence infrastructure

Conclusion and Strategic Next Steps

Requirements

  • Foundational knowledge of software development principles
  • Working proficiency in the Python scripting language

Target Audience

  • Individuals new to artificial intelligence
  • Professionals pursuing data science initiatives
  • Publishers leveraging AI solutions for text generation
 14 Hours

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