ChatGPT Prompt Engineering: Zero, One and Few Shot Prompting

All About AI
13 Dec 202204:26

TLDRThe video discusses the concept of prompting in AI models like ChatGPT and GPT-3, focusing on zero shot, one shot, and few shot prompting techniques. Zero shot prompting involves the model making an educated guess without prior examples, demonstrated by generating an image description of a female cyborg in a winter landscape in Norway. One shot prompting provides the model with a single example of the desired output, which significantly improves the model's response. Finally, few shot prompting offers the model multiple examples to learn from, further refining the output. The video concludes with a comparison of the three prompting methods using Midjourney, an AI image generation tool, to illustrate the effectiveness of each technique.

Takeaways

  • 🔍 **Zero Shot Prompting**: The model makes its best guess without seeing any examples of the desired output.
  • 🎨 **Image Description Example**: A prompt for an image description involving a female cyborg in a winter landscape in Norway was used to illustrate zero shot prompting.
  • 📈 **Model's Guessing Ability**: Even without specific examples, the model is capable of making a good guess about what the user wants.
  • 📌 **One Shot Prompting**: The model is given a single example of the desired result to improve its output.
  • 📐 **Format and Aspect Ratio**: The example provided includes specific requirements such as adjectives, nouns, and a desired aspect ratio for the image.
  • 🤖 **Improved Compression**: One shot prompting results in a more refined and closer to perfect output compared to zero shot prompting.
  • 👉 **Few Shot Prompting**: The model is presented with a small number of examples to further refine its understanding and output.
  • 📚 **Multiple Examples**: Three examples of the desired result were given to illustrate few shot prompting.
  • 📈 **Specificity and Output Quality**: Few shot prompting leads to a more specific and higher quality output as the model has more data to learn from.
  • 🌐 **Mid Journey Application**: The script demonstrates the use of different prompting techniques by applying them to generate images using Mid Journey.
  • 📝 **Comparative Analysis**: The video concludes with a comparison of images generated from zero shot, one shot, and few shot prompting to showcase their effectiveness.

Q & A

  • What is the main topic of the video?

    -The main topic of the video is about prompting in Chat GPT and GPT-3, specifically the differences between zero shot, one shot, and few shot prompting.

  • What does zero shot prompting refer to?

    -Zero shot prompting is when the model attempts to generate a response without any prior examples of the desired output.

  • How does one shot prompting differ from zero shot prompting?

    -One shot prompting provides the model with a single example of the desired output, which helps guide the model's response more accurately than zero shot prompting.

  • What is the purpose of few shot prompting?

    -Few shot prompting gives the model a small number of examples of the desired output, which helps the model to learn and generate a more accurate and specific response.

  • What is the role of Mid Journey in the context of this video?

    -Mid Journey is used to generate images based on the prompts provided by the user. It is a tool that helps visualize the results of the different prompting techniques discussed in the video.

  • What is an example of a zero shot prompt given in the video?

    -An example of a zero shot prompt given in the video is a description of a female cyborg working in a winter landscape in Norway, using adjectives and nouns.

  • How does the model's response improve with one shot prompting?

    -With one shot prompting, the model's response becomes more focused and closer to the desired output, as it has a clear example to follow.

  • What is the aspect ratio mentioned in the one shot example?

    -The aspect ratio mentioned in the one shot example is a specific format requirement for the image that the user wants to use in Mid Journey.

  • How many examples are provided in a few shot prompting?

    -In a few shot prompting, the model is given a small number of examples, typically around three, to guide its response.

  • What is the final output that the user is aiming for in the video?

    -The final output the user is aiming for is a specific format of image description that includes adjectives and nouns, suitable for use in Mid Journey with a particular aspect ratio.

  • How does the video demonstrate the effectiveness of different prompting techniques?

    -The video demonstrates the effectiveness by comparing the images generated by Mid Journey from zero shot, one shot, and few shot prompts, showing how the model's accuracy improves with each technique.

  • What does the video suggest about the capabilities of GPT-3?

    -The video suggests that GPT-3 is very good at guessing and generating responses even without prior examples (zero shot), but its performance improves significantly when given examples (one shot and few shot).

Outlines

00:00

🤖 Zero Shot Prompting with Chat GPT

The video begins with an exploration of zero shot prompting, where the AI model, in this case, Chat GPT, attempts to generate a response without any prior examples. The presenter illustrates this by asking Chat GPT to describe a female cyborg working in a winter landscape in Norway using only adjectives and nouns. Despite the lack of specific examples, Chat GPT provides a good guess, which is then used as an input in a tool called Mid Journey for image generation. The presenter emphasizes the model's ability to make an educated guess based on the prompt alone.

Mindmap

Keywords

💡Zero Shot Prompting

Zero shot prompting refers to the scenario where an AI model, such as Chat GPT, attempts to generate a response or perform a task without having seen any examples of the desired outcome beforehand. In the context of the video, it's used to illustrate how the model can 'guess' what the user wants based on the input provided, even without specific examples. An example from the script is when the model generates an image description of a 'female cyborg working in a winter landscape in Norway' without any prior examples.

💡One Shot Prompting

One shot prompting is a technique where the AI model is given a single example of the desired output. This helps the model to better understand the user's request and generate a more accurate response. In the video, the user provides one example of the image description format they want, and the model uses this to create a more refined output, showcasing an improvement over the zero shot prompting.

💡Few Shot Prompting

Few shot prompting involves providing the AI model with a small number of examples to guide its output. This technique is particularly useful when seeking a very specific type of response. In the video, the user gives three examples of the image description they desire, and the model uses these examples to generate a response that closely matches the user's request, demonstrating the effectiveness of few shot prompting for specific outcomes.

💡Mid-Journey

Mid-Journey is likely referring to a hypothetical or actual tool or platform that the user interacts with to generate images based on the prompts provided to the AI model. The term is used in the context of pasting prompts into this tool to compare the generated images with those from other prompting techniques. It's an integral part of the demonstration, showing how different prompting strategies affect the final output.

💡Image Description

An image description is a textual representation that details the visual elements of an image. In the video, the user creates an image description using adjectives and nouns to convey the desired scene of a female cyborg in a winter landscape in Norway. This description serves as the input for the AI model to generate or refine its output based on the prompting technique used.

💡Adjectives and Nouns

Adjectives and nouns are parts of speech used in the construction of the image description. Adjectives describe qualities or characteristics (e.g., 'female', 'cyborg'), while nouns name people, places, things, or ideas (e.g., 'working', 'landscape'). In the video, these are used strategically to convey the desired scene to the AI model for image generation.

💡Aspect Ratio

Aspect ratio refers to the proportional relationship between the width and the height of an image or screen. It is an important parameter for image composition and display. In the video, the user specifies a desired aspect ratio for the generated image, which the AI model attempts to incorporate into its output, demonstrating an understanding of the user's requirements.

💡AI Model

An AI model, in this context, refers to the artificial intelligence system that processes the prompts and generates responses or performs tasks. Chat GPT is an example of an AI model used in the video to demonstrate different prompting techniques. The model's performance varies based on the type and number of examples provided, highlighting the importance of clear and specific instructions.

💡Chat GPT

Chat GPT is an AI model mentioned in the video that is used to illustrate the concept of prompting. It is a language model designed to generate human-like text based on the input it receives. The video uses Chat GPT to demonstrate how the model's responses evolve from zero shot prompting to one shot and few shot prompting, showcasing the model's ability to learn and adapt to user instructions.

💡Guessing

In the context of the video, 'guessing' refers to the AI model's attempt to understand and fulfill the user's request without prior examples. This is particularly relevant in zero shot prompting, where the model has to infer the user's intent based solely on the input provided. The term is used to emphasize the challenge faced by the AI in generating accurate responses without specific guidance.

💡Output

Output, in this video, refers to the result generated by the AI model in response to the prompts. It could be a text description, an image, or any other form of data that the model is trained to produce. The quality and specificity of the output are directly influenced by the prompting technique used, as demonstrated through the comparison of zero shot, one shot, and few shot prompting.

Highlights

Exploring the differences between zero shot, one shot, and few shot prompting in chat GPT and GPT-3.

Zero shot prompting involves the model making its best guess without any examples.

An example of a zero shot prompt is creating an image description of a female cyborg working in a winter landscape in Norway.

Chat GPT-3 is very good at guessing what the user wants, even without specific examples.

One shot prompting provides the model with just one example of the desired result.

The model's response to one shot prompting is more accurate and closer to the desired format.

Few shot prompting involves giving the model a small number of examples to learn from.

Few shot prompting results in a more refined and specific output.

The transcript demonstrates the effectiveness of each prompting technique through image generation examples.

Comparing the results from zero shot, one shot, and few shot prompts shows the model's learning and adaptation.

The zero shot prompt resulted in a good guess by the model, despite no prior examples.

One shot prompting significantly improved the model's ability to match the desired output format.

Few shot prompting provided the most specific and accurate results, closely aligning with the user's request.

The practical application of these prompting techniques can enhance the model's performance in specific tasks.

The video serves as a tutorial on how to effectively use prompting techniques with chat GPT and GPT-3.

The transcript emphasizes the importance of clear communication and example provision for better model performance.

The comparison of image results from Mid Journey showcases the model's improvement across different prompting methods.

The transcript concludes with a positive evaluation of Mid Journey's image generation capabilities.