AdaGraph: Graph-Native Clustering Algorithm Overcomes Curse of Dimensionality
AdaGraph is a graph-native clustering algorithm introduced in arXiv:2605.16320, developed under the Structure-Centric Machine Learning (SC-ML) paradigm. Unlike traditional geometry-centric methods, AdaGraph operates entirely within the kNN graph topology, preserving relational structure in high-dimensional spaces where Euclidean distance fails. It requires no pre-specified number of clusters, handles noise natively, and scales via the SLCD framework. Its unsupervised tuning uses Graph-SCOPE, a topology-based cluster validity index. On 10 synthetic benchmarks from d=10 to d=5000, Graph-SCOPE achieved superior performance.
Key facts
- AdaGraph is a graph-native clustering algorithm.
- It is based on the Structure-Centric Machine Learning (SC-ML) paradigm.
- It operates within the kNN graph topology.
- It requires no a priori specification of the number of clusters k.
- It handles noise natively.
- It scales via the SLCD (Sample-Learn-Calibrate-Deploy) framework.
- It pairs with Graph-SCOPE for unsupervised tuning.
- Tested on 10 synthetic benchmarks from d=10 to d=5000.
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