Voxxed Days Ioannina 2024 - Generative AI in the real world

Ai

Discover the limitations and best practices for implementing generative AI in real-world applications, including sanitizing input, fine-tuning models, and recognizing linguistic processing for accurate responses.

Key takeaways
  • Generative AI models have limitations, including token number limits and foreseeing 100% accurate answers.
  • Models can hallucinate, providing false information, which can be detected by testing and evaluating the responses.
  • To improve results, sanitize input, use prompt chaining, and fine-tune models.
  • Consider architecture, tokenization, and coding strategy.
  • Use APIs, exploring different models and frameworks, and consider caching and permission-based access.
  • Ensure security, limiting exposure to potential risks and training models to provide accurate information.
  • Consider case studies, testing models, and evaluating results, just like in the example from OpenAI’s book recommendation model.
  • Prompts should be concise, structured, and follow a specific format.
  • Use training data to optimize model performance.
  • Recognition of linguistic processing and understanding is crucial for accurate responses.
  • Detecting and correcting hallucinations is essential.
  • Administrators should oversee model performance and user feedback.
  • Neutrality and respect for language are important considerations when combining models.
  • Access to and usage of vast amounts of data requires data centers, handling storage and scalability.
  • Efficient dataframe manipulation is important.
  • The power of generative AI lies in its ability to automatically complete a query with generated content.
  • Natural Language Processing (NLP) and machine learning (ML) are related.
  • Fine-tuning Models can improve their performance.
  • Textual database extraction requires attention to type and content.
  • Use User feedback loops.
  • Making AI models understand the context of the query is significant.
  • Existing problems should be adapted to a specific problem-solving strategy.
  • be able to explain and recognize the importance of named data entities.