data science & ml向けのClaudeスキルを発見してください。71個のスキルを閲覧し、AIワークフローに最適な機能を見つけましょう。
Orchestrates end-to-end MLOps pipelines from data preparation and model training to production deployment and monitoring.
Designs and implements sophisticated LLM applications using the LangChain framework for complex AI workflows.
Implements and optimizes hierarchical Bayesian models with support for partial pooling and advanced parameterization techniques.
Implements robust Bayesian survival analysis models including Weibull and Cox-like piecewise hazards with censoring support.
Implements robust Bayesian meta-analysis models using Stan and JAGS to synthesize data across multiple studies with advanced statistical precision.
Orchestrates the development of complete, production-ready Claude Code agents using Anthropic's official best practices for context engineering and tool design.
Implements professional-grade trend-following strategies, volatility targeting, and multi-scale momentum indicators for financial data analysis.
Generates detailed experimental procedures from LA-Bench datasets by orchestrating a multi-agent workflow for parsing, reference fetching, and quality validation.
Orchestrates the end-to-end generation, validation, and iterative improvement of detailed laboratory experimental procedures using the LA-Bench framework.
Deploys a self-hosted Text-to-Speech API using MeloTTS and integrates it with LiveKit voice agents for high-quality, low-latency speech synthesis.
Processes and generates multimedia content including audio, video, images, and documents using the Google Gemini API.
Processes and generates complex multimedia content including audio, images, video, and documents using the Google Gemini API.
Orchestrates end-to-end MLOps pipelines from data preparation and model training to production deployment and monitoring.
Orchestrates multi-agent swarms using dynamic topologies and automated task distribution for complex, parallel AI workflows.
Implements adaptive learning systems to enable AI agents to recognize patterns, optimize strategies, and continuously improve through experience.
Trains and deploys reinforcement learning models for autonomous agents using nine specialized algorithms including Decision Transformers and Q-Learning.
Builds and analyzes phylogenetic trees using distance-based, maximum likelihood, and Bayesian inference methods.
Implements persistent, high-performance memory and learning patterns for AI agents to maintain context across sessions.
Implements comprehensive audio processing and text-to-speech generation using the Google Gemini API.
Provides expert guidance on implementing AI models, generating embeddings, and building Retrieval Augmented Generation (RAG) systems using Cloudflare’s serverless AI platform.
Validates and documents PyTorch tensor shapes through inline comments and runtime assertions to prevent common deep learning bugs.
Manages complex-valued PyTorch tensors for astronomical imaging, signal processing, and frequency-domain neural networks.
Transforms inefficient Python loops into high-performance vectorized PyTorch operations to eliminate computational bottlenecks and optimize GPU utilization.
Validates optical physics parameters for imaging simulations to ensure physically realistic instrument configurations and diffraction regimes.
Configures and manages diverse LLM providers, streaming callbacks, and token optimization strategies for XSky-based agentic workflows.
Transforms oversized documents into structured, token-optimized hierarchical sections with extracted metadata to overcome context window limitations.
Calculates core financial technical indicators including MA, MACD, RSI, and Bollinger Bands for stock market analysis and quantitative trading.
Consults multiple AI models simultaneously and synthesizes their outputs using configurable strategies to improve accuracy and gather diverse perspectives.
Optimizes LLM performance through advanced prompt engineering, RAG architecture design, and agentic system orchestration.
Orchestrates complex LLM applications using graph-based abstractions, agentic design patterns, and modular task decomposition.
Scroll for more results...