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
HomeImplementationEDAUnivariate Analysis in EDA
EDA

Univariate Analysis in EDA

January 30, 2024January 30, 2024CEO 180 views
Univariate exploration refers to the analysis of a single variable in isolation. In data analysis, univariate exploration involves examining the distribution, central tendency, and variability of a single variable without considering its relationship with other variables.

Common techniques used in univariate exploration include:

  1. Descriptive Statistics: Calculating measures such as mean, median, mode, range, and standard deviation to summarize the distribution of the variable.
  2. Visualizations: Creating charts and graphs, such as histograms, box plots, and bar charts, to visually represent the distribution and characteristics of the variable.
  3. Frequency Distributions: Creating tables or charts that show the frequency of different values or ranges of values in the variable.

Univariate exploration is often the first step in data analysis, providing insights into the basic characteristics of individual variables before moving on to more complex analyses involving multiple variables (bivariate or multivariate exploration).

The choice of features for univariate exploration depends on your specific goals and the nature of your dataset. However, in general, you might want to consider the following types of features for univariate analysis:

  1. Continuous Numerical Variables:
    • Examples: Age, Income, Temperature, Time.
    • Analysis: Use descriptive statistics (mean, median, standard deviation) and visualizations (histograms, box plots) to understand the distribution and central tendency of these variables.
  2. Categorical Variables:
    • Examples: Gender, Region, Product Type.
    • Analysis: Examine the frequency distribution of categories using bar charts or pie charts.
  3. Ordinal Variables:
    • Examples: Education Level, Customer Satisfaction Rating.
    • Analysis: Explore the order and distribution of categories using similar techniques as categorical variables.
  4. Time-based Variables:
    • Examples: Date, Time, Timestamp.
    • Analysis: Investigate trends over time using line charts or time series plots.
  5. Binary Variables:
    • Examples: Yes/No, True/False.
    • Analysis: Understand the distribution and proportion of each category.
  6. Textual Variables:
    • Examples: Customer Comments, Product Descriptions.
    • Analysis: Depending on your goals, you might analyze word frequencies, sentiment, or other text-based features.

Remember that the choice of features also depends on your specific objectives, the nature of your data, and the questions you want to answer. Tailor your univariate exploration to gain insights into the characteristics and patterns of individual variables before moving on to more complex analyses.

Analysis, eda, pandas, python, seaborn, univariant

Post navigation

Previous Post
Previous post: What is Plotly Library
Next Post
Next post: How-to: formatting options for floating-point numbers in Pandas

You Might Also Like

No image
Delete a folder in Google Colab
June 20, 2024 Comments Off on Delete a folder in Google Colab
No image
Quantile-based discretization of continuous variables
April 29, 2024 Comments Off on Quantile-based discretization of continuous variables
No image
CDF plot of Numerical columns
March 12, 2024 Comments Off on CDF plot of Numerical columns
No image
Get a random sample from your dataset
March 7, 2024 Comments Off on Get a random sample from your dataset
No image
Python warnings module
March 3, 2024 Comments Off on Python warnings module
  • Recent
  • Popular
  • Random
  • No image
    7 months ago Low-Rank Factorization
  • No image
    7 months ago Perturbation Test for a Regression Model
  • No image
    7 months 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
    March 7, 2024Feature Importance in Decision Tree
  • No image
    March 15, 2024Complete linkage hierarchical clustering
  • No image
    October 21, 2024Low-Rank Factorization
  • 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)
May 2025
M T W T F S S
 1234
567891011
12131415161718
19202122232425
262728293031  
« Oct    

We are on

FacebookTwitterLinkedinYouTubeGitHubSubscribeEmailRSS

Subscribe

© 2025 Beyond Knowledge Innovation
FacebookTwitterLinkedinYouTubeGitHubSubscribeEmailRSS