How Prompt Compression Can Make You a Better Prompt Engineer скачать в хорошем качестве

How Prompt Compression Can Make You a Better Prompt Engineer

🚀 Gumroad Link to Assets in Video: https://bit.ly/3YYhPo2 👉🏼Join the Early AI-dopters Community: https://bit.ly/3ZMWJIb 📅 Book a Meeting with Our Team: https://bit.ly/3Ml5AKW 🌐 Visit My Agency Website: https://bit.ly/4cD9jhG In this video, I’m breaking down the art and science of prompt compression, a technique that can transform verbose prompts into concise, high-performing instructions for language models. By focusing on only the essential tokens and eliminating the superfluous, we can reduce costs and optimize the performance of AI systems, especially in applications where large numbers of requests are run frequently. Discover how to: Understand the concept of prompt compression and why it matters for prompt engineering Use both lazy and technical methods to streamline prompts effectively Implement a custom GPT for natural language compression of prompts Use a version of Microsoft’s LLM Lingua framework to technically refine prompts Save on operational costs by compressing prompts without losing essential detail Whether you’re a prompt engineer, developer, or just diving into generative AI, this video equips you with practical tools to make your AI systems leaner and more cost-efficient. By the end, you’ll be able to compress prompts with precision and maximize output without compromising quality. --- 👋 About Me: I'm Mark, owner of Prompt Advisers. With years of experience helping businesses streamline workflows through AI, I specialize in creating secure and effective automation solutions. This video explores how prompt compression can help make AI usage more efficient and budget-friendly. #PromptEngineering #PromptCompression #GenerativeAI #AIOptimization #CostSavingAI #LLMCosts #AIAutomation #DataScienceTips #AIforBusiness #EfficientAI TIMESTAMPS ⏳ 0:00 - Importance of prompt compression 0:07 - Concept of making prompts concise 0:17 - Applications in constrained contexts 0:43 - Reducing unneeded tokens 1:13 - Retain high-value words only 1:27 - Probability-driven word choices 1:57 - Redundant words removed 2:27 - Microsoft compression diagram 3:13 - Lazy vs. technical methods 3:50 - Custom GPT prompt compression demo 5:03 - Token savings demonstration 5:24 - Explanation of changes made 6:03 - Command structures aid compression 6:50 - Technical method with Microsoft LLM Lingua 7:54 - Code demo for token removal 9:03 - Comparison of compression results 9:50 - Bolt tool simplifies process 11:01 - Bolt for token comparison 12:00 - Cost impact with savings 12:43 - Combine with caching 13:03 - Benefits and conclusion