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Scikit Survival

Comprehensive toolkit for survival analysis and time-to-event modeling in Python using scikit-survival. Use this skill when working with censored survival data, performing time-to-event analysis, fitting Cox models, Random Survival Forests, Gradient Boosting models, or Survival SVMs, evaluating survival predictions with concordance index or Brier score, handling competing risks, or implementing any survival analysis workflow with the scikit-survival library.

K-Dense-AI

Core Features

Ready to Use

Quick integration into your workflow with minimal setup

Community Verified

Active open-source community with continuous updates

Completely Free

MIT/Apache licensed for commercial and personal use

Flexible Extension

Customizable and extendable based on your needs

How to Use

1Get Skill File

Download or copy the skill file from the source repository

2Install to Claude

Place the skill file in Claude's skills directory (usually ~/.claude/skills/)。

3Start Using

Restart Claude or run the reload command to load the skill

Tip: Read the documentation and code carefully before first use to understand functionality and permission requirements

Related Tags

#documentation#git#python

Technical Information

Author
K-Dense-AI
Category
Development
File Size
14.66 KB
Source Repository
K-Dense-AI__claude-scientific-skills
Metadata
Includes YAML metadata
License
MIT

All Skills from open-source community, preserving original authors' copyrights

K-Dense-AI__claude-scientific-skills/scientific-skills/scikit-survival/skill.md

Why Choose This Skill

Proven benefits and measurable impact

10x

Faster Circuit Optimization

Reduce quantum circuit compilation time by up to 10x with Cirq.

5x

Improved Noise Tolerance

Enhance algorithm accuracy by 5x through advanced noise modeling.

30%

Reduced Experiment Costs

Cut quantum experiment costs by 30% with efficient simulation tools.

Use Cases

Perfect for these scenarios

⚛️

Quantum Circuit Design

Build and test quantum circuits with Cirq's intuitive Python interface.

🔧

Noise Simulation

Model and analyze quantum noise to improve algorithm reliability.

🚀

Hardware Execution

Run circuits on real quantum hardware like Google, IonQ, and AQT.

📊

Quantum Benchmarking

Evaluate algorithm performance using VQE, QAOA, and other benchmarks.

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