data science & ml向けのClaudeスキルを発見してください。61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。
Manages large-scale numerical datasets using the HDF5 binary format and NumPy-compatible interfaces for high-performance data science.
Simplifies scientific video analysis by providing a NumPy-based interface for FFmpeg, motion estimation, and video quality metrics.
Creates, edits, and analyzes professional spreadsheets with industry-standard formatting, dynamic formulas, and automated recalculation.
Scales Python's data science stack to multi-core systems and distributed clusters using lazy evaluation and task scheduling.
Simplifies astronomical data analysis and physical calculations using standardized units, coordinates, and cosmological models.
Optimizes and executes quantum circuits on physical IBM Quantum hardware using advanced error mitigation and pulse-level control.
Accelerates data manipulation and analysis using the blazingly fast Polars DataFrame library for Python and Rust.
Deploys and optimizes PyTorch models for production environments, edge devices, and high-performance C++ applications.
Generates publication-quality 2D plots, scientific visualizations, and complex multi-panel figures using industry-standard Python patterns.
Facilitates the design, simulation, and execution of quantum circuits and algorithms using IBM's Qiskit framework.
Provides specialized tools for molecular manipulation, chemical property calculation, and machine learning in drug discovery workflows.
Generates sophisticated, publication-quality statistical graphics and exploratory data visualizations using the Python Seaborn library.
Provides specialized guidance and code patterns for interpreting machine learning models using scikit-learn, SHAP, and advanced diagnostic tools.
Performs advanced survival analysis and time-to-event modeling using the lifelines library for medical, clinical, and epidemiological research.
Provides specialized guidance for implementing differentiable physics simulations and solving partial differential equations using JAX.
Initializes and scaffolds organized multi-project environments for Dagster data orchestration using natural language.
Generates professional, publication-ready clinical decision support documents and biomarker-stratified cohort analyses for pharmaceutical and clinical research.
Builds, manipulates, and analyzes atomistic simulations using a universal Python interface for molecular dynamics and quantum chemistry codes.
Implements intelligent, low-overhead progress bars for Python loops, data processing, and machine learning workflows.
Provides expert guidance and standardized patterns for building scalable data pipelines using the Dagster asset-based orchestration framework.
Implements industry-standard machine learning workflows in Python for predictive data analysis including classification, regression, and clustering.
Analyzes molecular dynamics trajectories and structural data using the MDAnalysis Python library for biophysical research.
Analyzes generated prompts to provide deep insights into element usage, quality comparisons, and style-based recommendations.
Extracts structured data, numbers, and identifiers from unstructured text using optimized regex patterns and Norvig-inspired utilities.
Enables advanced solar data processing, coordinate transformations, and multi-instrument analysis using the SunPy ecosystem.
Analyzes the emotional tone of text data to classify sentiment as positive, negative, or neutral for customer feedback and social media monitoring.
Provides specialized data structures and statistical methods for rigorous bioinformatics, microbiome research, and community ecology analysis.
Analyzes Excel spreadsheets, generates pivot tables, and automates complex data visualization workflows.
Optimizes NumPy performance through advanced memory management, stride manipulation, and zero-copy operations.
Manages and tracks AI/ML model versions, performance metrics, and lineage directly within the Claude Code environment.
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