发现data science & ml类别的 Claude 技能。浏览 61 个技能,找到适合您 AI 工作流程的完美功能。
Applies uncompromising scientific rigor and theoretical correctness to complex software engineering and high-performance computing tasks.
Enforces absolute scientific rigor and theoretical correctness in software engineering and implementation tasks.
Extends Claude with real-time X/Twitter data, DALL-E image generation, and multi-model reasoning via a decentralized micropayment wallet.
Designs and orchestrates collaborative AI agent teams using the CrewAI framework for complex, role-based workflows.
Expands Claude's capabilities with image generation, real-time X/Twitter data, and access to external LLMs via autonomous micropayments.
Designs and builds autonomous AI systems with sophisticated tool use, memory management, and multi-agent orchestration.
Applies uncompromising scientific rigor and theoretical correctness to complex software engineering and high-performance implementation challenges.
Architects high-performance voice AI systems with optimized latency, natural turn-taking, and robust speech-to-speech workflows.
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.
Extends Claude’s capabilities with real-time X/Twitter data, autonomous image generation, and access to external LLMs through integrated micropayments.
Automates systematic literature reviews by searching academic databases, synthesizing findings, and generating publication-ready documents with verified citations.
Conducts real-time academic research and literature reviews using Perplexity’s advanced Sonar models with automated citation generation.
Optimizes LLM performance and reduces API costs by implementing advanced prefix, response, and Cache Augmented Generation strategies.
Builds production-grade AI features using robust LLM integration patterns, prompt versioning, and cost-optimized RAG architectures.
Implements production-grade LLM integration patterns, scalable prompt engineering, and cost-optimized AI architectures.
Automates the creation, editing, and analysis of professional Excel spreadsheets with advanced formula support and financial modeling standards.
Optimizes LLM performance and reduces operational costs by implementing advanced caching patterns like Anthropic prompt caching and Cache Augmented Generation (CAG).
Optimizes AI performance and reduces operational costs by implementing strategic prompt caching, response caching, and Cache Augmented Generation (CAG) patterns.
Creates, edits, and analyzes complex Excel spreadsheets with support for dynamic formulas, financial modeling standards, and automated data visualization.
Streamlines the development, testing, and deployment of large-scale Ray Data jobs for distributed ML workloads.
Builds reliable AI agents using robust patterns like ReAct and Plan-Execute while prioritizing guardrails and self-correction.
Enables Claude to create, edit, and analyze professional Excel spreadsheets with advanced formulas, financial modeling standards, and automated recalculation.
Manages GPU-accelerated workloads on Slurm clusters using Apptainer containers for training and inference.
Decodes and analyzes the core architectural signals of the X recommendation engine, including SimClusters, RealGraph, and TweepCred.
Manages local Ollama LLM models for development, testing, and VRAM optimization within Claude Code workflows.
Creates, edits, and analyzes complex Excel spreadsheets with professional financial modeling standards and automated formula verification.
Automates the addition of new fal.ai models to the Renku pricing catalog by fetching schemas and researching real-time pricing data.
Builds process-based discrete-event simulations in Python to model complex systems, resource contention, and queue behaviors.
Uncovers hidden patterns, non-obvious correlations, and behavioral signals within complex datasets using investigative analysis techniques.
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