data science & ml Claude 스킬을 발견하세요. 61개의 스킬을 탐색하고 AI 워크플로우에 완벽한 기능을 찾아보세요.
Implements architectural principles for building reliable, long-running AI agents that recover gracefully from failure and maintain context integrity.
Implements standardized risk management and drawdown protection patterns for algorithmic trading systems.
Refactors trading system logic to transform rigid trade rejections into intelligent, constraint-based position sizing.
Optimizes the visualization of sparse single-cell gene expression data by implementing alternative plotting patterns that prevent boxplot collapse.
Optimizes financial data retrieval by caching market symbol data to reduce API latency and avoid rate limits during trading bot development.
Integrates multi-agent Claude systems into algorithmic trading pipelines to optimize model training and manage live risk with automated oversight.
Optimizes PPO neural network dimensions to balance trading model capacity, inference speed, and hardware memory usage.
Corrects file path errors and API key configurations in Google Colab environments after repository extraction.
Automates the archival and quality classification of algorithmic trading models based on performance metrics and risk thresholds.
Ensures quantitative accuracy in microscopy deconvolution by preserving original intensity relationships across image channels.
Implements a 7-action space with integrated position sizing and small account simulation for reinforcement learning trading models.
Refactors Jupyter notebook code into reusable Python modules while preserving critical variable definitions and configuration.
Optimizes Jupyter notebook workflows by preventing unnecessary kernel restarts when using the IPython autoreload extension.
Validates and assesses reinforcement learning trading models through systematic gating, backtesting, and walk-forward validation.
Accelerates financial correlation matrix computations using GPU-vectorized PyTorch operations and persistent SQLite caching.
Optimizes historical market data retrieval by eliminating redundant downloads through persistent caching and incremental gap-filling.
Implements a multi-stage validation system for algorithmic trading that filters signals through pattern-matching and risk-management gates.
Manages separate development and production environments for private repository trading models and Colab training.
Implements a structured checkpointing system for connecting multiple Jupyter notebooks into robust, memory-efficient data pipelines.
Optimizes financial data pipelines by automatically filtering non-standard ticker symbols that cause API errors during sector lookups.
Enforces Alpaca broker-specific constraints by filtering unsupported crypto short orders while maintaining valid equity shorting capabilities.
Accelerates quantitative trading universe selection by 3-4x through parallel processing and optimized caching strategies.
Resolves KeyError: 'uid' errors when updating interactive Plotly FigureWidget shapes and sliders in VS Code.
Leverages the Alpaca Algo Trader Plus subscription to fetch extended historical market data for training robust trading models.
Eliminates horizontal banding artifacts in microscopy data by implementing true lightsheet Point Spread Function (PSF) calculations.
Optimizes trading universe selection by applying sector-specific volume filters to ensure a diverse and manageable pool of candidates.
Enforces strict portfolio diversity constraints and correlation limits in trading systems using the Fail Loudly pattern.
Builds high-performance Retrieval-Augmented Generation (RAG) systems to ground LLM responses with proprietary or external data.
Optimizes vector search performance by tuning index parameters, quantization strategies, and memory usage for production-grade AI applications.
Builds sophisticated LLM applications using the LangChain framework with agents, memory systems, and complex workflows.
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