Why you should use Topological Data Analysis over t-SNE or UMAP?

This article compares topological data analysis with t-SNE and UMAP, presenting results from the different methods.

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About Why you should use Topological Data Analysis over t-SNE or UMAP?

This article compares topological data analysis (TDA) with t-SNE and UMAP packages. It explains combining TDA with self-supervised learning on unlabeled data and shows result visualizations from case studies, including time-series sensor data and the CIFAR100 image dataset. It states coverage of IoT, image analysis, and text analysis, and mentions open-source libraries for starting with TDA.

Key features

  • Compares TDA results with t-SNE and UMAP results
  • Explains combining TDA with self-supervised learning on unlabeled data
  • Shows time-series sensor data visualizations for comparison
  • Shows image analysis using CIFAR100 with 3,072 dimensions per image
  • Notes open-source libraries for starting with TDA
Best for: Readers comparing TDA with t-SNE and UMAP for analyzing complex datasets.
Good for
  • Includes visualizations from t-SNE, UMAP, and TDA
  • Uses concrete datasets, including sensor data and CIFAR100
  • Addresses IoT, image analysis, and text analysis contexts

Why you should use Topological Data Analysis over t-SNE or UMAP? at a glance

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Platforms
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Open source
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Last checked
Oct 5, 2026 · Online when checked
Listed
Oct 5, 2026

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Why you should use Topological Data Analysis over t-SNE or UMAP? FAQ

What does the time-series example show?
It shows t-SNE, UMAP, and TDA visualizations of sensor data, where each dot in the TDA graph represents a 10-minute window of cow activity.
What data is used in the image analysis example?
The CIFAR100 dataset of 60,000 32x32 color images in 100 classes, with 600 images per class, processed as 3,072 dimensions per image.
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