Descubre Habilidades de Claude para data science & ml. Explora 61 habilidades y encuentra las capacidades perfectas para tus flujos de trabajo de IA.
Performs comprehensive genomics and bioinformatics statistical analysis using R and Bioconductor packages.
Performs advanced causal mediation analysis in R to decompose total effects into direct and indirect pathways across various statistical models.
Provides specialized machine learning algorithms for time series tasks including forecasting, classification, and anomaly detection using scikit-learn compatible APIs.
Guides users through the end-to-end Large Language Model fine-tuning lifecycle using a coach-driven workflow.
Scales Python workflows using parallel and distributed computing for datasets that exceed available memory.
Builds, fits, and validates sophisticated Bayesian models using PyMC's probabilistic programming interface.
Streamlines deep learning development by organizing PyTorch code into scalable, boilerplate-free Lightning modules and automated training workflows.
Detects hardware resources and provides strategic architectural recommendations for computationally intensive scientific tasks.
Analyzes the emotional tone and polarity of text data to provide actionable insights from feedback, social media, and reviews.
Automates the design, configuration, and construction of custom neural network architectures like CNNs, RNNs, and Transformers through natural language.
Generates publication-quality scientific diagrams and architectural schematics using AI-driven iterative refinement.
Implements advanced LLM interaction patterns and optimization techniques to maximize Claude's performance and reliability.
Fine-tunes the TimeGPT model on custom time series data to maximize forecasting precision for domain-specific applications.
Integrates external variables like holidays and weather data into TimeGPT models to significantly improve time series forecasting accuracy.
Forecasts Polymarket prediction market prices using Nixtla TimeGPT to provide data-driven trading signals and probabilistic trend analysis.
Calculates Value at Risk (VaR), volatility metrics, and optimal position sizes to manage investment risk and portfolio allocation.
Evaluates scholarly work using the ScholarEval framework to provide structured assessments, quantitative scoring, and actionable feedback across research dimensions.
Automates the transition of time-series forecasting workflows from legacy TimeGPT-1 to the updated TimeGPT-2 API and SDK.
Generates high-performance time series forecasting pipelines and model benchmarks using the Nixtla ecosystem.
Detects anomalies, outliers, and trend breaks in time series data using TimeGPT without the need for manual model training.
Forecasts multiple time series in parallel using the TimeGPT API for high-throughput predictive modeling.
Evaluates time series model performance using rigorous cross-validation techniques like expanding and sliding windows.
Generates production-ready Jupyter notebooks for time-series forecasting using Nixtla's StatsForecast, MLForecast, and TimeGPT libraries.
Automatically selects and executes the optimal forecasting model between StatsForecast and TimeGPT based on time series data characteristics.
Automates statistical modeling and data analysis to uncover variable relationships and generate predictive insights.
Generates production-grade time series forecasts, model benchmarks, and predictive pipelines using the Nixtla ecosystem.
Automates the end-to-end process of deploying, containerizing, and serving machine learning models via production-ready APIs.
Performs advanced geospatial vector data analysis, coordinate transformations, and spatial mapping within Python environments.
Generates professional Excel pivot tables and visualizations from raw data using natural language commands.
Streamlines cryptocurrency asset selection by bypassing irrelevant equity filters and handling data gaps in financial datasets.
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