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Prompt Engineering

4 min read

Mastering the art of prompt engineering is essential for effectively utilizing generative AI models, ensuring they deliver accurate and valuable outputs tailored to your needs.

Prompt engineering involves creating well-structured prompts to interact with generative AI models like GPT-4 or image generation models. This process is crucial for obtaining reliable and relevant responses. Key concepts and techniques in prompt engineering will help you craft prompts that the AI can understand and respond to effectively.

What is a Prompt? #

A prompt is natural language input given to a generative AI model, guiding it on the task at hand. The type of input varies based on the model being used, such as image generation or large language models (LLMs).

For image generation models:
– Describes the desired image, e.g., “a fat crocodile with a gold crown on his head, wearing a three-piece suit, 4K, professional photography, studio lighting, LinkedIn profile picture, photorealistic.”

For LLMs like GPT-4:
– Simple question: “Who is the president of the US?”
– Vague statement: “Tell me a joke, I’m feeling down today.”
– High-level task: “I need to organize a one-week trip to Greece.”

Designing a Prompt #

Understanding prompt design is vital as AI models have quirks and limitations. A well-crafted prompt can yield useful results; a poor one can cause hallucinations. Basic elements include:

Instructions:
– “Write a 3-paragraph long love letter.”

Questions:
– “What are some good examples of things to say in a love letter?”

Input Data:
– “John is a 24-year-old accountant from California who is in love with Mary, a 24-year-old computer programmer from Arkansas. Write a 3-paragraph love letter from John to Mary.”

Examples:
– “My boyfriend really likes ‘La La Land,’ ‘Her,’ and ‘Crazy, Stupid, Love.’ He doesn’t like ‘Ghost’ and ‘Notting Hill.’ Write a love letter for him.”

Basic Prompt Examples #

Prompts can include instructions, questions, input data, and examples. To get a result, either instructions or questions must be included. Here are some examples using GPT-4:

Question + Instructions:
– “How should I write my college admission essay? Give me suggestions about the different sections I should include, what tone I should use, and what expressions I should avoid.”

Instructions + Input Data:
– “Given the following information about me, write a four-paragraph college essay. I’m originally from Barcelona, Spain. While my childhood had different traumatic events such as the death of my father when I was only six, I still think I had a quite happy childhood.”

Question + Examples:
– “Here are some examples of music I really like: Radiohead, Lana del Rey, Rosalia, Bon Iver, and Andrew Bird. I do not like Coldplay, Taylor Swift, or Bruno Mars. What other music would you recommend?”

What is Prompt Engineering? #

Prompt engineering focuses on designing optimal prompts for generative models. It involves understanding the goal and the model, as different models respond differently to the same prompts. Advanced techniques include:

Chain-of-thought prompting:
– Encourages step-by-step reasoning, e.g., “What European soccer team won the Champions League the year Barcelona hosted the Olympic games?” followed by “Q: Repeat question. A: Let’s think step by step. Give reasoning; therefore, the answer is final answer.”

Citing reliable sources:
– Ensures factual accuracy, e.g., “What are the top three most important discoveries that the Hubble Space Telescope has enabled? Answer only using reliable sources and cite those sources.”

Combining LLMs with knowledge bases or the web:
– Useful for current information since models like GPT-4 may not have access to the latest data.

Prompt Engineering Tips and Tricks #

Effective prompt engineering involves several strategies:

Order of Examples:
– Provide instructions before examples and experiment with different orders.

Affordances:
– Define functions in the prompt that the model is explicitly instructed to use when responding. For example, instruct the model to use a “calc” function for mathematical expressions.

Different Languages:
– LLMs can understand multiple languages, allowing interaction in your native language or use for programming tasks.

Use of Caps and Exclamation Marks:
– Models sometimes respond better to forceful language. Using all caps and exclamation marks can ensure the model follows instructions more strictly.

Prompt engineering is essential for effective interaction with generative AI models. Understanding prompt design basics, incorporating advanced techniques, and applying practical tips can enhance AI performance and reliability. Stay updated by reading articles, watching videos, and experimenting to discover new tips and tricks.

What do you think?
Updated on June 10, 2024
Architecture for LLM Applications (Emerging)Tokens and Optimization

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Table of Contents
  • What is a Prompt?
  • Designing a Prompt
  • Basic Prompt Examples
  • What is Prompt Engineering?
  • Prompt Engineering Tips and Tricks

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