Descubre Habilidades de Claude para data science & ml. Explora 61 habilidades y encuentra las capacidades perfectas para tus flujos de trabajo de IA.
Builds production-grade AI applications using advanced RAG patterns, prompt engineering, and LLM orchestration frameworks.
Guides developers through the methodical, step-by-step implementation of research papers to ensure deep understanding and reproducible results.
Architects high-performance Retrieval-Augmented Generation systems using advanced chunking strategies and optimized vector search algorithms.
Implements sophisticated Retrieval-Augmented Generation patterns including semantic chunking, hybrid search, and reranking to improve LLM accuracy.
Architects high-performance LLM prompts using structured design patterns and systematic evaluation techniques.
Architects high-performance LLM prompts using structured patterns, few-shot examples, and systematic evaluation to maximize model reliability.
Expands Claude's capabilities with native image generation, real-time social media data, and cross-model reasoning via an autonomous micropayment wallet.
Architects high-performance Retrieval-Augmented Generation systems using advanced embedding, chunking, and retrieval optimization strategies.
Implements high-performance Retrieval-Augmented Generation systems by optimizing embeddings, chunking strategies, and vector search pipelines.
Modifies Matplotlib plots through visual browser-based annotations and AI-powered code updates.
Implements high-performance Retrieval-Augmented Generation systems using sophisticated chunking, hybrid search, and reranking strategies.
Extends Claude’s capabilities with real-time X/Twitter data, AI image generation, and multi-model routing via an integrated micro-payment wallet.
Expands Claude's capabilities with image generation, real-time X/Twitter data, and access to external LLMs via autonomous micropayments.
Applies uncompromising scientific rigor and theoretical correctness to complex software engineering and high-performance computing tasks.
Extends Claude’s capabilities with real-time X/Twitter data, autonomous image generation, and access to external LLMs through integrated micropayments.
Extends Claude with real-time X/Twitter data, DALL-E image generation, and multi-model reasoning via a decentralized micropayment wallet.
Enforces absolute scientific rigor and theoretical correctness in software engineering and implementation tasks.
Applies uncompromising scientific rigor and theoretical correctness to complex software engineering and high-performance implementation challenges.
Designs and builds autonomous AI systems with sophisticated tool use, memory management, and multi-agent orchestration.
Automates the creation, editing, and analysis of professional Excel spreadsheets with dynamic formulas and industry-standard financial formatting.
Optimizes LLM performance and reliability using advanced prompting strategies, reasoning patterns, and systematic optimization techniques.
Architects high-performance voice AI systems with optimized latency, natural turn-taking, and robust speech-to-speech workflows.
Builds production-ready AI features using robust integration patterns, RAG architectures, and cost-optimized prompt engineering.
Optimizes LLM performance and reduces API costs by implementing advanced prefix, response, and Cache Augmented Generation strategies.
Builds high-performance, low-latency voice applications using cutting-edge STT, TTS, and real-time AI APIs.
Automates the creation, editing, and analysis of professional Excel spreadsheets with advanced formula support and financial modeling standards.
Develops production-ready AI features using advanced LLM integration patterns, prompt engineering, and cost-optimization strategies.
Optimizes LLM performance and reliability through advanced prompting patterns, few-shot learning, and structured chain-of-thought techniques.
Bootstraps the REDUCE Computer Algebra System via Docker to perform Lie symmetry analysis on differential equations.
Optimizes LLM performance and reduces operational costs by implementing advanced caching patterns like Anthropic prompt caching and Cache Augmented Generation (CAG).
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