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To generate more detailed and nuanced content, first ask for a brief outline, then ask the LLM to expand on each point, and then ask it to add specific examples or data. This is a form of 'Chain of Density'.

Artificial intelligence is the science of making machines do things that would require intelligence if done by men.

Don't expect the first output to be perfect. Use the LLM's initial response as a draft and provide feedback for refinement. Ask it to elaborate, shorten, rephrase, or change style.

If you're not satisfied with an LLM's response, simply try regenerating it. Due to the probabilistic nature of LLMs, you might get a better answer on a subsequent attempt, especially with higher temperature settings.

The real risk with AI isn't malice but competence. A super-intelligent AI will be extremely good at accomplishing its goals, and if those goals aren't aligned with ours, we have a problem.

Never embed API keys directly in client-side code or public repositories. Use environment variables or secure secret management services.

If you frequently use long model names in your prompts or code (e.g., 'gpt-3.5-turbo-instruct-0914'), consider using shorter aliases if your framework allows, or use variables to store them. This can slightly reduce token count in complex prompts.

For complex tasks involving multiple pieces of information, provide the input in a structured format (e.g., using JSON within the prompt, or clear headings) to help the LLM parse it correctly.

Start your prompt with a clear instruction like 'Translate the following text to French:' before providing the text itself. This primes the model for the task.

Don't expect the first output to be perfect. Use the LLM's initial response as a draft and provide feedback for refinement. Ask it to elaborate, shorten, rephrase, or change style.

When providing text for an LLM to process (e.g., summarize, translate), use clear delimiters like triple quotes ('''Text here''') or XML tags (<text>Text here</text>) to separate your instructions from the content.

Set up monitoring for your production LLM applications to track token usage patterns. This helps identify optimization opportunities and avoid unexpected costs when usage scales up.

Do not send personally identifiable information (PII) or other sensitive data to public LLM APIs unless you understand their data usage policies and have appropriate safeguards.

Modern LLMs are increasingly multimodal, meaning they can process and generate information across different types of data, such as text, images, audio, and even video.

Ask the LLM to critique its own previous answer and then improve it. For example: 'Here is your previous response: [response]. Please identify any flaws and provide an improved version.'

Before deploying an LLM application, define clear metrics to evaluate its performance (e.g., accuracy, relevance, helpfulness, F1 score for classification). This is crucial for ongoing improvement.

Establish a protocol: 'After each response, I'll provide feedback. Use this feedback to improve your next response while maintaining the core requirements.'

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Challenge: Write a compelling story using an LLM with these constraints: exactly 100 words, must include the words 'quantum', 'bicycle', and 'grandmother', and cannot use the letter 'e' in the last sentence.

The question of whether a computer can think is no more interesting than the question of whether a submarine can swim.

Ask the LLM to review its own previous output for errors or areas of improvement. 'Review your previous response. Are there any inaccuracies or ways to make it clearer?'

If you perform a specific task repeatedly with long prompts, consider fine-tuning a smaller model. This can significantly reduce token count and improve performance for that task.

Use LLMs to paraphrase text to avoid plagiarism, simplify complex language, or adapt content for different audiences. Always review for accuracy.

After an LLM analyzes data, ask it to suggest appropriate ways to visualize that data (e.g., 'What type of chart would best represent these trends?').

Use LLMs to design automated workflows for business processes, including decision trees, approval chains, and exception handling.

Experiment with different poetic forms and styles. Specify meter, rhyme scheme, theme, and mood for more targeted results.

If your application involves user-generated content that is then processed by an LLM, or if the LLM generates content for users, implement content filtering for harmful or inappropriate material.

Provide context about characters and a situation, and ask the LLM to write dialogue between them. Specify tone and subtext if needed.

The Turing Test, proposed by Alan Turing in 1950, tests a machine's ability to exhibit intelligent behavior indistinguishable from a human. Despite advances in AI, no system has conclusively passed a rigorous version of the test.

The pace of progress in artificial intelligence is incredibly fast. Unless you have direct exposure to groups like Deepmind, you have no idea how fast—it is growing at a pace close to exponential.

Create reusable prompt templates: 1) Identify common prompt patterns in your application, 2) Extract variable parts into placeholders, 3) Create template functions with parameter validation, 4) Build a library of tested templates, 5) Implement version control for template changes.

If incorporating user input into prompts, be aware of prompt injection vulnerabilities. Sanitize user inputs or use techniques to separate instructions from user data.

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Ask LLMs to generate benchmarking code to measure the performance of different algorithms or implementations.

AI is a tool. The choice about how it is used is ours.

For creative tasks, start with high temperature (0.8-1.0) to generate diverse ideas, then use lower temperature (0.2-0.4) to refine and polish the best concepts.

In conversational AI, the entire chat history is often sent with each new message, increasing token count. Summarize or truncate past history for long conversations to manage costs.

LLM stands for Large Language Model. 'Large' refers to the vast number of parameters the model has and the extensive data it was trained on.

When prompting an LLM, be as clear and specific as possible. Define the desired format, length, tone, and role for the AI. For example, instead of 'Write about dogs,' try 'Write a 500-word blog post about the benefits of adopting a rescue dog, in a friendly and informative tone.'

When asking an LLM to write code, specifically request that it include error handling (e.g., try-catch blocks, input validation).

The development of full artificial intelligence could spell the end of the human race.

For complex tasks, chain multiple prompts together. The output of one LLM call becomes the input (or part of the input) for the next. This allows for sophisticated workflows.

When asking for code, specify the programming language and, if relevant, the version (e.g., 'Python 3.9', 'JavaScript ES6'). This helps avoid ambiguity and deprecated features.

An LLM's context window is the amount of text (measured in tokens) it can consider at one time. Larger context windows allow for more complex tasks and longer conversations, but can also increase costs.

Use LLMs to summarize academic papers, extract key findings, and identify research gaps or future directions in specific fields.

Use LLMs to help moderate user-generated content by flagging potentially harmful, inappropriate, or off-topic posts for human review.

If you need a concise summary or a detailed explanation, specify the desired length (e.g., 'in one paragraph,' 'in 100 words,' 'provide a comprehensive overview'). This guides the LLM's output.

Provide statistical results to an LLM and ask it to explain the findings in plain language, including practical implications and limitations.

Generate press releases for company announcements, product launches, or events. Include all essential elements: headline, dateline, body, and boilerplate.

When working with APIs, ask LLMs to generate example code for common integration patterns, including authentication, error handling, and data parsing.

Provide your story setup and ask the LLM to suggest unexpected but logical plot twists that could enhance your narrative.

An open-source toolkit for optimizing prompts and evaluating LLM performance through A/B testing and analytics.

Use LLMs to help build fictional worlds by generating names, cultures, histories, or even maps based on your descriptions and requirements.

The Logic Theorist, created by Allen Newell, Herbert A. Simon, and Cliff Shaw in 1956, is often considered the first AI program. It was designed to mimic human problem-solving for proving mathematical theorems.

Use LLMs to identify potential risks in projects, business decisions, or strategies, and suggest mitigation approaches.

If initial constraints are too restrictive and yield poor results, gradually relax them: 'If the previous constraints are too limiting, suggest the closest possible alternative.'

Challenge: Design a prompt that produces consistent, high-quality results across different LLM models (GPT, Claude, Gemini). Test and refine until you achieve similar outputs.

The measure of intelligence is the ability to change.

Improve complex reasoning by asking the model to 'think step by step' before giving its final answer. This simple instruction prompts LLMs to break down the problem-solving process, often resulting in more accurate answers.

When performing sentiment analysis, ask the LLM to not just classify as positive/negative/neutral, but also to identify specific emotions or nuances in the text.

Challenge: Without using translation tools, craft a prompt that makes an LLM translate text between two uncommon language pairs (e.g., Finnish to Swahili). Compare the result with a professional translation service to assess accuracy.

An open-source embedding database that makes it easy to build LLM applications with semantic search capabilities.

When generating content, tell the LLM who the target audience is (e.g., 'Explain this to a 5-year-old,' or 'Write this for an expert audience.'). This helps tailor the complexity and tone.

The term 'Generative AI' refers to artificial intelligence capable of generating novel content, such as text, images, audio, or video, rather than just analyzing or acting on existing data.

Never blindly trust code generated by an LLM. Always thoroughly test it for correctness, security vulnerabilities, and performance issues before using it in production.

Challenge: Use an LLM to write a compelling short story (beginning, middle, end) using exactly 50 words. Experiment with different genres!

A collection of example code and guides for accomplishing common tasks with the OpenAI API, including best practices and optimization techniques.

When requesting translations, be precise about the target language and, if necessary, the dialect (e.g., 'Translate to French (Canadian)'). This ensures more accurate and culturally appropriate translations.

Use LLMs to generate testable hypotheses based on your research questions and available data, helping guide your analysis direction.

If your prompt uses domain-specific jargon or acronyms the LLM might not know, provide a small glossary or definitions within the prompt.

Retrieval Augmented Generation (RAG) combines the knowledge of LLMs with specific document retrieval. To build a basic RAG system: 1) Process your documents into embeddings, 2) Store them in a vector database, 3) When queried, retrieve relevant content based on similarity, 4) Augment your prompt with this content, and 5) Generate contextually informed responses.

AI will probably most likely lead to the end of the world, but in the meantime, there'll be great companies.

If LLM-generated code has errors, provide the error message back to the LLM and ask it to debug and fix the code. Iterate until it works.

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Artificial intelligence is the science of making machines do things that would require intelligence if done by men.

Use a tokenizer tool (like the one on TokenCalculator.com!) to see how your text is split into tokens. This helps you understand why certain phrasing might consume more tokens and how to optimize it.

System prompts are often re-sent with every API call. Keep them concise to save tokens. Use abbreviations or keywords if the model is fine-tuned or understands them.

Different LLMs use different tokenizers. The same piece of text can result in a varying number of tokens depending on the model, which impacts cost and context window usage. Tools like TokenCalculator help you see these differences.

Provide code to an LLM and ask it to generate documentation (e.g., docstrings, comments, or a README section) for that code.

When generating code with an LLM, ask it to explain the solution step-by-step before writing the code. This helps both your understanding and often leads to better quality code as the model thinks through the problem more methodically.

The attention mechanism in transformers allows models to focus on relevant parts of the input when generating each token, enabling better understanding of long-range dependencies in text.

Ask LLMs to generate configuration files for various tools and frameworks based on your requirements and best practices.

Set up monitoring for your production LLM applications to track token usage patterns. This helps identify optimization opportunities and avoid unexpected costs when usage scales up.

Treat your prompts as code. Use version control (like Git) to track changes, iterate, and collaborate on prompt engineering.

LLM 'hallucinations' occur when models generate false or nonsensical information presented as factual. This happens because models predict plausible-sounding text rather than retrieving verified facts.

Training state-of-the-art large language models requires massive datasets, significant computational power (often thousands of GPUs), and can cost millions of dollars.

Provide meeting transcripts to LLMs and ask them to generate structured meeting minutes with action items, decisions, and key discussion points.

Use delimiters like triple backticks (```), XML tags (<tag></tag>), or quotes ("") to clearly separate different parts of your prompt, such as instructions, context, examples, and input data.

For long texts, ask the LLM to summarize section by section, then summarize the summaries. This can be more effective than a single-shot summary of a very long document.

LangChain is a framework for developing applications powered by language models. It provides modular components for managing prompts, chains, memory, and agents.

Be mindful of how your AI application could be misused (dual-use problem). Design with safety and responsible AI principles in mind from the start.

Don't expect the perfect response on your first try. Prompt engineering is an iterative process. Refine your prompts based on the LLM's output to improve results. Small changes can make a big difference.

Training cutting-edge LLMs like GPT-4 can cost millions of dollars in computing resources, with some estimates placing it at $10-100 million for the largest models.

When processing long documents, try to place key instructions or questions at the beginning or end of the input text. Models sometimes pay more attention to the start/end of context.

When asking an LLM to generate code, also ask it to include comments explaining the code. This improves readability and maintainability.

Challenge: Prompt an LLM to explain a complex topic like quantum computing in simple terms a 5-year-old could understand. Evaluate its clarity and accuracy.

RAG combines pre-trained LLMs with external knowledge retrieval. The LLM's knowledge is augmented by fetching relevant information from a private or dynamic dataset before generating a response, reducing hallucinations and improving factual accuracy.

Different LLMs tokenize text differently. The same sentence can result in varying token counts across models, directly affecting API costs and context window usage.

For complex tasks, reveal information progressively. Start with basic requirements, get initial output, then add more specific constraints or details.

Ask the LLM to think about its thinking process: 'Before answering, consider what approach would be most effective for this problem and explain your reasoning strategy.'

When you need structured responses, instruct the model to use XML tags. For example: 'Provide your answer in the following format: <summary>Brief overview</summary> <pros>List of advantages</pros> <cons>List of disadvantages</cons>'

A powerful framework for developing applications powered by language models, supporting document loading, prompt management, indexes for retrieval, chains, agents, and more.

'AGI will be the most transformative technology humanity has ever created.' - Demis Hassabis (paraphrased).

An open-source toolkit for optimizing prompts and evaluating LLM performance through A/B testing and analytics.

Define what you DON'T want as clearly as what you DO want. Example: 'Write a professional email. Do not use slang, emojis, or overly casual language.'

Comprehensive documentation for Claude AI, including prompt engineering tips, safety guidelines, and API usage examples.

Use stop sequences to tell the model when to stop generating text. This is useful for preventing run-on sentences or irrelevant content after the desired output.

Example: 'I am a software developer. Pretend to be a senior architect and review my proposed design [design details].' Helps frame interaction.

Challenge: Give an LLM a list of random ingredients you have on hand and ask it to generate a coherent and appealing recipe. Try to make it!

If you have writer's block, describe your general idea or last sentence to an LLM and ask for suggestions on what could happen next or different ways to phrase something.

Few-shot prompting improves LLM outputs by providing examples. Step 1: Define your task clearly. Step 2: Create 3-5 diverse, high-quality examples. Step 3: Format consistently (input→output). Step 4: Order examples from simple to complex. Step 5: Test and refine your examples based on model outputs.

The measure of intelligence is the ability to change.

The real risk with AI isn't malice but competence. A super-intelligent AI will be extremely good at accomplishing its goals, and if those goals aren't aligned with ours, we have a problem.

An essential open-source library providing thousands of pretrained models for NLP, computer vision, and more. Great for both research and production.

LLMs are excellent at generating boilerplate code for common patterns (e.g., setting up a new class, a basic API endpoint, HTML structure).

Provide slow database queries to an LLM and ask for optimization suggestions, including index recommendations and query restructuring.

Ask LLMs to help develop fictional characters by generating backstories, personality traits, motivations, and character arcs based on your initial concepts.

Monitor your LLM usage to optimize costs: 1) Implement logging for all API calls, 2) Track tokens per request and response, 3) Set up alerts for unusual usage patterns, 4) Create dashboards showing cost trends, 5) Analyze which prompts are most expensive and optimize them.

If you want diverse ideas or solutions, ask the LLM to generate several options (e.g., 'Provide 3 different headlines for this article.'). This gives you more to choose from and refine.

When you need structured responses, instruct the model to use XML tags. For example: 'Provide your answer in the following format: <summary>Brief overview</summary> <pros>List of advantages</pros> <cons>List of disadvantages</cons>'

In a production environment, A/B test different prompt variations to empirically determine which ones yield the best results for your key metrics.

A more advanced technique where the LLM is prompted to generate both reasoning traces and actions to take to solve a problem, often interacting with external tools.

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When asking an LLM to analyze or extract data, clearly specify the desired output format (e.g., JSON, CSV, markdown table). This makes the output easier to parse and use programmatically.

An essential open-source library providing thousands of pretrained models for NLP, computer vision, and more. Great for both research and production.

Provide two or more texts to an LLM and ask it to generate a summary that highlights the key differences and similarities between them.

When asking for code, provide surrounding code snippets or describe the existing architecture. This gives the LLM context, leading to more compatible and accurate code generation.

AI is a tool. The choice about how it is used is ours.

For tasks requiring up-to-date or domain-specific knowledge, use RAG. Retrieve relevant information from a knowledge base first, then feed it to the LLM as context to generate the answer.

LLMs are trained on vast datasets and can reflect societal biases. Critically evaluate outputs for fairness and consider techniques to mitigate bias in your applications.

Generate database migration scripts or data transformation code when moving between different systems or updating schemas.

If a complex prompt isn't working, simplify it. Remove parts one by one to identify which section is causing the issue.

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Use prompts like 'What would happen if...' or 'How would the outcome change if...' to explore alternative scenarios and their implications.

The quality of your LLM's output is highly dependent on the quality of your input prompt. Clear, well-structured, and relevant prompts lead to better results.

Ask the LLM to consider multiple perspectives: 'Analyze this issue from the viewpoint of [stakeholder A], [stakeholder B], and [stakeholder C].'

A data framework for connecting custom data sources to LLMs, providing tools for ingestion, structuring, retrieval, and query interfaces.

Training a large language model can emit as much carbon as five cars over their lifetimes. However, inference (using a pre-trained model) is much more energy-efficient.

For the most cost-effective solution, GPT-3.5-Turbo often provides 80% of GPT-4's quality at 10% of the cost.

Experiment with models that can process and generate not just text, but also images, audio, or video. This opens up many new application possibilities.

The Turing Test, proposed by Alan Turing in 1950, tests a machine's ability to exhibit intelligent behavior indistinguishable from a human. Despite advances in AI, no system has conclusively passed a rigorous version of the test.

Provide a few examples (input/output pairs) in your prompt to guide the LLM's response. This is called few-shot prompting and can significantly improve performance on specific tasks.

Similar to text, image generation benefits from iteration. Start with a basic prompt, then refine it by adding details, styles (e.g., 'photorealistic', 'impressionist'), or camera angles.

Understand the difference. Extractive summaries use exact sentences from the source. Abstractive summaries generate new sentences. Specify which you prefer, or let the LLM decide if it's good at both.

Adding constraints to your prompt (e.g., word count, specific keywords to include/exclude, format requirements) can often lead to more focused and useful outputs from the LLM.

Beyond exact-match caching, consider semantic caching. If a new prompt is semantically similar to a previously cached one, you might be able to reuse the old response, potentially saving an API call.

When building multilingual AI applications, test responses not just for linguistic accuracy but also for cultural appropriateness and nuances in each target language and region.

If accuracy on specific facts is crucial, provide those facts within the prompt. This helps to ground the LLM and reduce the chance of hallucinations on those specific points.

Improve complex reasoning by asking the model to 'think step by step' before giving its final answer. This simple instruction prompts LLMs to break down the problem-solving process, often resulting in more accurate answers.

Stuck for ideas? LLMs are excellent brainstorming partners. Ask for blog post ideas, marketing slogans, plot twists, or research directions. Use their suggestions as a starting point.

Implement caching strategies for repeated queries to reduce API calls and costs.

Many LLMs are proficient at generating code in various programming languages, debugging, explaining code snippets, and even translating code between languages. However, generated code always requires careful review.

GPT-4o excels at multi-modal tasks combining text, image, and code understanding.

A data framework for connecting custom data sources to LLMs, providing tools for ingestion, structuring, retrieval, and query interfaces.

If you plan to fine-tune an LLM, the quality of your training data is paramount. Even a small dataset of high-quality, relevant examples can be more effective than a large, noisy one.

Training a large language model can emit as much carbon as five cars over their lifetimes. However, inference (using a pre-trained model) is much more energy-efficient.

Be aware of API rate limits (requests per minute/day). Design your application to handle these gracefully, perhaps with retries and exponential backoff.

If there are several ways to implement a feature, ask the LLM to provide a few different code solutions along with their pros and cons. This can help you choose the best approach.

Use LLMs to draft customer support responses, categorize tickets, and suggest solutions based on common issues and knowledge base articles.

Instruct the LLM to adopt a specific persona or role (e.g., 'You are a helpful assistant specializing in physics.'). This can significantly shape the tone, style, and content of its responses.

For recurring tasks, create prompt templates with placeholders for variable inputs. This ensures consistency and makes it easier to automate prompt generation.

Few-shot prompting improves LLM outputs by providing examples. Step 1: Define your task clearly. Step 2: Create 3-5 diverse, high-quality examples. Step 3: Format consistently (input→output). Step 4: Order examples from simple to complex. Step 5: Test and refine your examples based on model outputs.

'Any sufficiently advanced technology is indistinguishable from magic.' - Arthur C. Clarke. This often feels true for modern AI capabilities.

Ask LLMs to review code for potential security vulnerabilities, but always follow up with human security experts for critical applications.

In chat applications, analyze how much of the conversation history is repeated tokens. Strategies like summarization can reduce this significantly.

Most modern LLMs, including GPT and Gemini, are based on the Transformer architecture, introduced in the 2017 paper 'Attention Is All You Need.' Its key innovation is the attention mechanism.

For complex reasoning, you can often trigger CoT by simply appending 'Let's think step by step.' to your prompt. The model will then show its reasoning process before the final answer.

Use LLMs to help design survey questions, ensuring they're unbiased, clear, and likely to generate useful data for your research goals.

When prompting an LLM, be as clear and specific as possible. Define the desired format, length, tone, and role for the AI. For example, instead of 'Write about dogs,' try 'Write a 500-word blog post about the benefits of adopting a rescue dog, in a friendly and informative tone.'

When using Claude, make use of its XML tags for better structure in your prompts.

If you need an LLM to explain a complex topic simply, ask it to use an analogy. For example, 'Explain quantum entanglement using an analogy involving a pair of gloves.'

If you need structured output (e.g., JSON, XML, a list), explicitly ask the LLM to provide it in that format. This often yields better and more parsable results. Example: 'Provide your answer as a JSON object with keys 'name' and 'summary'.'

Challenge: Without using translation tools, craft a prompt that makes an LLM translate text between two uncommon language pairs (e.g., Finnish to Swahili). Compare the result with a professional translation service to assess accuracy.

For complex problems, break them into smaller, manageable steps. Use an LLM for each step, then combine the results. This is often more effective than one large, complicated prompt.

If LLM outputs are displayed to users or used in other systems, always validate and sanitize them to prevent injection attacks or the display of inappropriate content.

Start the desired output for the LLM. For instance, if you want a list, start your prompt with the beginning of the list: 'Here are the steps:
1.' This can guide the model effectively.

Generate realistic mock data for testing applications, including user profiles, transaction records, and sample content that matches your schema.

Sometimes, imposing unusual constraints can spark more creative LLM outputs. E.g., 'Write a story without using the letter E,' or 'Describe a color to someone who is blind.'

To reduce hallucinations, explicitly instruct the LLM to say 'I don't know' or a similar phrase if it cannot answer a question confidently or accurately based on the provided context.

When building with AI, consider potential biases in training data, fairness of outcomes, transparency of decision-making, and the societal impact of your application.

Understand the context window limit of the model you are using. Information outside this window will be ignored. For long interactions, summarization or RAG is key.

When an LLM generates code, ask it to also generate unit tests for that code. This helps ensure correctness and makes future refactoring safer.

LLM 'hallucinations' occur when models generate false or nonsensical information presented as factual. This happens because models predict plausible-sounding text rather than retrieving verified facts.

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By far, the greatest danger of Artificial Intelligence is that people conclude too early that they understand it.

Generate user manuals, API documentation, and technical guides. Ensure clarity for your target audience's technical level.

The question of whether a computer can think is no more interesting than the question of whether a submarine can swim.

Retrieval Augmented Generation (RAG) combines the knowledge of LLMs with specific document retrieval. To build a basic RAG system: 1) Process your documents into embeddings, 2) Store them in a vector database, 3) When queried, retrieve relevant content based on similarity, 4) Augment your prompt with this content, and 5) Generate contextually informed responses.

Use TokenCalculator.com to estimate costs before running expensive operations.

Many LLM APIs allow you to specify which fields you want in the response. Only request the data you need (e.g., just the generated text, not full logprobs if unused) to reduce data transfer and processing.

Ask the LLM to write in the style of a specific author, genre, or era. For example, 'Write a poem about a cat in the style of Edgar Allan Poe.' This can lead to fun and surprising results.

Training cutting-edge LLMs like GPT-4 can cost millions of dollars in computing resources, with some estimates placing it at $10-100 million for the largest models.

If you have many small, independent tasks for an LLM, batch them into a single API call if the model and API support it, rather than many separate calls. This can reduce overhead.

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Incorporate keywords that suggest the desired style or tone, e.g., 'formal', 'casual', 'humorous', 'academic', 'empathetic'.

Sometimes it's effective to tell the LLM what to avoid. For example, 'Write a product description. Do not use clichés or overly technical jargon.'

When making API calls to LLMs, implement exponential backoff for retries. This helps manage rate limits and temporary server issues gracefully without overwhelming the API.

When using LLM-generated content publicly, consider attributing it as AI-assisted or AI-generated, especially in contexts where transparency is important (e.g., news, academic writing).

Consider the latency requirements of your application. Larger models are often slower. Choose a model that balances performance with speed.

When asking for a summary, specify the goal. Do you need key takeaways, an abstract, a summary for a specific audience, or a certain length? This helps the LLM produce a more useful summary.

Implement fallback strategies in your application for when the LLM fails, returns an error, or provides an unsatisfactory response. Don't let it be a single point of failure.

Challenge: Create the most effective prompt for a complex task using the fewest possible tokens. Test different approaches and measure both output quality and token efficiency.

Challenge: Create a system that can detect potential jailbreak attempts. First, research common jailbreak techniques (without implementing harmful ones). Then, design prompts that test the model's ability to recognize and respond appropriately to subtle manipulation attempts.

Generate compelling product descriptions that highlight features, benefits, and use cases. Specify target audience and desired tone.

Start your prompt with 'Assume the role of a [expert/character].' This helps the LLM adopt the desired persona and knowledge base more effectively.

LLMs can sometimes 'hallucinate,' meaning they generate plausible-sounding but incorrect or nonsensical information. Always verify critical information from LLM outputs.

Challenge: Create a system that can detect potential jailbreak attempts. First, research common jailbreak techniques (without implementing harmful ones). Then, design prompts that test the model's ability to recognize and respond appropriately to subtle manipulation attempts.

LLMs can assist in refactoring legacy code by suggesting modernizations, improving readability, or even translating to a new language (with careful review).

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Don't always use the largest, most expensive model. Smaller, faster models can be sufficient and more cost-effective for simpler tasks. Evaluate tradeoffs between capability, speed, and cost.

Provide a piece of content (like a blog post or documentation) to an LLM and ask it to generate a list of Frequently Asked Questions (FAQs) based on it.

Generate sections of grant proposals including problem statements, methodology descriptions, and impact assessments for research or nonprofit projects.

Mistral's Mixtral-8x7B model offers an excellent balance of performance and cost for open models.

Structure prompts by defining: WHAT you want the LLM to do, WHY it's important (context), and HOW it should do it (format, style, constraints).

For mathematical or logical reasoning problems, adding the phrase 'Let's think step by step' before the LLM generates its solution significantly improves accuracy.

Review your prompts for ambiguous words or phrases that could be interpreted in multiple ways. Strive for explicitness.

Clearly list all constraints the output must satisfy. For example, 'Write a poem about a cat that is exactly 10 lines long and mentions the moon.'

Ask the LLM to generate several different versions or drafts of a creative piece. You can then pick the best one or combine elements from different drafts.

Describe the pattern you want to match in natural language, and ask an LLM to generate the corresponding regular expression. Test it thoroughly.

A simple summarization prompt: 'Summarize the following text in three sentences: [Your text here]'. Experiment with sentence count and desired focus.

Provide a working piece of code to an LLM and ask for suggestions on how to optimize it for performance or readability.

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When generating code with an LLM, ask it to explain the solution step-by-step before writing the code. This helps both your understanding and often leads to better quality code as the model thinks through the problem more methodically.

When dealing with sensitive topics, instruct the LLM to consider emotional context: 'Respond with empathy and understanding, considering the emotional state of someone facing this situation.'

Many LLM APIs allow for a 'system prompt' or 'system message' which sets the overall behavior, persona, or instructions for the LLM throughout a conversation, separate from user prompts.

For intricate tasks, consider a structured prompt with sections like: ROLE, CONTEXT, TASK, OUTPUT_FORMAT, EXAMPLES. This organization helps the LLM understand requirements better.

Generate scripts for educational videos, tutorials, or presentations. Include timing cues, visual descriptions, and clear narrative structure.

Generate email marketing templates for different purposes: welcome emails, newsletters, promotional campaigns, and follow-up sequences.

Use LLMs to generate first drafts of emails, reports, or other documents. Provide key points and desired tone, then refine the output. This can save significant time.

Ask the LLM to explain your problem back to you in different words. This often reveals assumptions or gaps in your problem description.

Modern AI systems can process multiple types of data simultaneously - text, images, audio, and video - enabling more sophisticated applications like visual question answering and audio-visual understanding.

A powerful framework for developing applications powered by language models, supporting document loading, prompt management, indexes for retrieval, chains, agents, and more.

Use LLMs to generate social media posts, hashtags, and captions tailored to different platforms and audiences. Specify tone, length, and platform requirements.

The 'temperature' parameter controls randomness. Lower values (e.g., 0.2) make output more deterministic and focused. Higher values (e.g., 0.8) increase creativity and diversity. Adjust it based on your task.

Control LLM output creativity using 'temperature' (randomness) and 'top_p' (nucleus sampling). Lower temperature means more deterministic, focused output. Higher values increase creativity/randomness.

System prompts are often re-sent with every API call. Keep them concise to save tokens. Use abbreviations or keywords if the model is fine-tuned or understands them.

Use LLMs to analyze competitors by comparing features, pricing, marketing strategies, and market positioning based on publicly available information.

For applications like chatbots, use streaming API responses if available. This allows text to be displayed token by token as it's generated, improving perceived responsiveness.