Skip to content
FacebookTwitterLinkedinYouTubeGitHubSubscribeEmailRSS
Close
Beyond Knowledge Innovation

Beyond Knowledge Innovation

Where Data Unveils Possibilities

  • Home
  • AI & ML Insights
  • Machine Learning
    • Supervised Learning
      • Introduction
      • Regression
      • Classification
    • Unsupervised Learning
      • Introduction
      • Clustering
      • Association
      • Dimensionality Reduction
    • Reinforcement Learning
    • Generative AI
  • Knowledge Base
    • Introduction To Python
    • Introduction To Data
    • Introduction to EDA
  • References
HomeKnowledge BasePythonGet available Hyperparameters
Python

Get available Hyperparameters

April 24, 2024April 24, 2024CEO 450 views

get_params() is a method provided by scikit-learn estimators (such as classifiers, regressors, transformers, etc.) that returns a dictionary of the estimator’s parameters. These parameters are the hyperparameters that define the behavior of the estimator and can be tuned during the model selection or hyperparameter optimization process.

Here’s a simple example of how you might use get_params():

from sklearn.linear_model import LogisticRegression

# Create a LogisticRegression instance
clf = LogisticRegression()

# Get the parameters of the LogisticRegression estimator
params = clf.get_params()

print(params)

The output will be a dictionary containing the parameters and their values for the LogisticRegression estimator. These parameters typically include things like regularization strength (C), penalty type (penalty), solver algorithm (solver), etc.

hyperparameter

Post navigation

Previous Post
Previous post: Handling missing values with SimpleImputer
Next Post
Next post: RandomizedSearchCV vs GridSearchCV
  • Recent
  • Popular
  • Random
  • No image
    2 years ago Low-Rank Factorization
  • No image
    2 years ago Perturbation Test for a Regression Model
  • No image
    2 years ago Calibration Curve for Classification Models
  • No image
    March 15, 20240Single linkage hierarchical clustering
  • No image
    April 17, 20240XGBoost (eXtreme Gradient Boosting)
  • No image
    April 17, 20240Gradient Boosting
  • No image
    April 7, 2024BaggingClassifier from Scikit-Learn
  • No image
    February 22, 2024What is Uniform Distribution?
  • No image
    January 19, 2024NumPy View array vs. Copy array
  • Implementation (55)
    • EDA (4)
    • Neural Networks (10)
    • Supervised Learning (26)
      • Classification (17)
      • Linear Regression (8)
    • Unsupervised Learning (11)
      • Clustering (8)
      • Dimensionality Reduction (3)
  • Knowledge Base (44)
    • Python (27)
    • Statistics (6)
July 2026
M T W T F S S
 12345
6789101112
13141516171819
20212223242526
2728293031  
« Oct    

We are on

FacebookTwitterLinkedinYouTubeGitHubSubscribeEmailRSS

Subscribe

© 2026 Beyond Knowledge Innovation
FacebookTwitterLinkedinYouTubeGitHubSubscribeEmailRSS