Rylan Schaeffer

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Streaming Inference for Infinite Non-Stationary Clustering

Rylan Schaeffer, Gabrielle Kaili-May Liu, Yilun Du, Scott Linderman, Ila Rani Fiete

Conference on Lifelong Learning Agents Accepted

August 2022

Abstract

We develop streaming inference algorithms for infinite non-stationary clustering, enabling online learning of cluster structure that can change over time without requiring fixed cluster numbers.

Summary

Streaming inference algorithms for infinite non-stationary clustering - handling evolving cluster structures online.

The Problem

Traditional clustering algorithms assume a fixed number of clusters and stationary data. In real-world scenarios, data often arrives in streams and cluster structure can evolve over time.

Our Approach

We develop streaming inference algorithms for infinite non-stationary clustering, which:

  • Handle online data streams
  • Automatically determine the number of clusters
  • Adapt to changing cluster structure over time

This enables lifelong learning systems that can continuously update their understanding of data structure.


See the full research page for more details.