提示词工程基础 – 如何编写有效的 AI 提示词_AI阅读总结 — 包阅AI

Thanks to the popularity of various Large-Language Models like ChatGPT, prompt engineering has become a key skill for developers (and non-developers) to have. It’s important if you want to be able to tap into the full potential of these models.

Whether you’re a developer, researcher, or general user, knowing how to write effective and clear prompts will go a long way in enhancing the quality and relevance of the AI content you get back.

In this guide, I will explain the basics of prompt engineering, along with some practical examples and useful tips to help you get more out of AI language models.

What is Prompt Engineering?

Prompt engineering is the art of designing and refining input prompts that guide AI models and help them generate useful output. So basically, it’s what you “say” to an AI model and how you say it.

A good prompt sets up the context, tone, and specificity of the response in the output. It guides the AI so it can produce content that aligns with the user’s needs.

This is an incredibly powerful tool at your disposal for tasks like creating advertising campaigns, generating code samples for technical tutorials, doing research for a trip, learning new skills, and even practicing your creative writing.

Key Elements of a Good Prompt

Clarity and Specificity: A clear and specific prompt will help the AI understand what you want.

For example, while you may ask “Tell me about AI”, a more specific question might be, “Explain how reinforcement learning works, particularly within the context of game-playing artificial intelligence, such as AlphaGo. Explain the main concepts—the reward, states, actions, and policies—with an illustration of how these elements are utilized while training the AI.”

Context: This will help the AI make a relevant and accurate prediction in its reply.

For example, if you are going to write an article, you need to mention who you think will read it, tone of voice, and scope: “Write an outline for an introductory article on Machine Learning for beginners focused on practical applications.”

Constraints and Guidelines: Adding constraints, such as word limits or stylistic guidelines, will help in refining the output.

For example, “Summarize the key points of the following article in 200 words.”

Examples and Analogies: You could also make use of examples or analogies in your questions to simplify highly complex, technical ideas.

For example, “Explain blockchain technology in simple terms, like explaining it to a 10-year-old.”

Practical Examples of Prompt Engineering

Developers

• For Learning:“Explain the difference between Python lists and tuples with practical examples.”
• For Code Generation:“Write a Python function to calculate the factorial of a number using recursion.”
• For Troubleshooting:“How do I fix the ‘TypeError: unsupported operand type(s)’ in Python?”
• For Understanding Concepts:“What are Python’s decorators, and how do they work with functions?”

Customer Support:

• Prompt: “Provide a polite response to a customer inquiring about the status of their order, which was placed a week ago and is currently delayed.”
• Response: “We apologize for the delay with your order. Our team is working hard to get it to you as soon as possible. Thank you for your patience.”

Content Generation:

• Prompt: “Generate a 300-word blog post on the benefits of meditation for mental health.”
• Response: “Meditation has been shown to reduce stress, enhance concentration, and promote emotional well-being…”

Creative Writing:

• Prompt: “Write a short story about a detective solving a mystery in a small coastal town.”
• Response: “Detective Harper arrived in the quaint coastal town of Seaview, where a series of mysterious disappearances had puzzled the locals…”

Tips for Effective Prompt Engineering

1. Experiment and Iterate: Don’t be afraid to experiment with different phrasings and structures. Iterate based on the AI’s responses to fine-tune the prompts.
2. Be Concise but Comprehensive: Aim to provide enough information without overwhelming the model. Strike a balance between brevity and detail.
3. Leverage Few-Shot Learning: Provide examples of the desired output if the model supports it. This technique, known as few-shot learning, helps the model understand the expected format and content.

How to Use AI for Technical Article Development

When writing a technical article, AI can be a valuable tool to support your creative process. Here’s how to leverage AI responsibly to enhance your writing:

1. Idea Generation

Brainstorming Topics: AI can help generate a list of potential topics and angles for your article. For example, if you’re writing about quantum computing and cryptography, you can ask the AI for emerging trends, challenges, or specific areas of interest within these fields.

Example Prompt: “Suggest some unique angles to explore when writing about the impact of quantum computing on modern cryptography.”

Identifying Gaps: By analyzing current literature or online discussions, AI can help identify gaps or less-covered areas that could make your article stand out.

Example Prompt: “What are some lesser-known implications of quantum computing on data security?”

2. Generating Code Samples

Providing Sample Code: If your article involves technical content that requires code examples, AI can help you draft initial versions. For instance, when discussing cryptographic algorithms, you can request sample implementations or demonstrations.

Example Prompt: “Provide a basic Python code example illustrating how Shor’s algorithm could factorize a small integer.”

Explaining Code: AI can help break down complex code snippets into understandable explanations, making it easier to communicate technical details to your audience.

Example Prompt: “Explain this Python code for implementing basic RSA encryption in simple terms.”

3. Creating Headings and Outlines

Structuring the Article: AI can help you outline your article with headings and subheadings. This aids in keeping one focused and to the point, covering all main ideas on the topic at hand.

Example Prompt: “Outline a technical article discussing the threats and benefits of quantum computing in cryptography.”

Refining the Outline: Once you have a draft outline, AI can suggest additional sections or refine existing ones to improve flow and coherence.

Example Prompt: “What subtopics should be included under the section ‘Potential Threats of Quantum Computing to Cryptography’?”

4. Specific Wording and Phrasing

Clarifying Complex Concepts: In case you have trouble explaining a complex concept, AI can offer alternative phrasings that are clearer or more concise.

Example Prompt: “How can I explain the concept of ‘quantum superposition’ in a simple and relatable way?”

Polishing Language: AI can also help refine your language, ensuring that your writing is engaging and accessible to your intended audience.

Example Prompt: “Suggest a more engaging introduction for my article on quantum computing’s impact on cryptography.”

5. Ethical Considerations and Best Practices

Supporting, Not Replacing, Original Work: While AI can provide valuable assistance, it’s crucial to use it as a support tool rather than a replacement for your own research and writing. Engaging deeply with the material helps you develop a more comprehensive understanding of the topic.

Verification and Attribution: Always verify the information and examples provided by AI. If using specific data or insights, attribute them appropriately to maintain transparency and credibility.

Encouraging Continuous Learning: Using AI should complement your efforts to learn and grow in your field. The process of researching and writing independently is invaluable for developing expertise and critical thinking skills.

Conclusion

Prompt engineering is of the most important skills you should know if you’re dealing with AI language models.

Well-thought-out and precise prompts unleash the full power of these models so they can help you come up with ideas for helpful articles, answer questions, or create engaging interactions.

The more sophisticated AI technologies become, the greater will be the value of mastering prompt engineering in order to communicate effectively and efficiently with such intelligent systems.