Pattern recognition (psychology)

Pure mathematics

Consistency (knowledge bases)

Dimension (graph theory)

Mathematics

Preprocessor

Correlation clustering

Canopy clustering algorithm

Algorithm

Data mining

Artificial intelligence

Fuzzy clustering

Clustering high-dimensional data

Data stream clustering

Single-linkage clustering

Computer science

Cluster analysis

CURE data clustering algorithm

Applied Mathematics and Nonlinear Sciences

Clustering as a fundamental unsupervised learning is considered an important method of data analysis, and K -means is demonstrably the most popular clustering algorithm. In this paper, we consider clustering on feature space to solve the low efficiency caused in the Big Data clustering by K -means. Different from the traditional methods, the algorithm guaranteed the consistency of the clustering accuracy before and after descending dimension, accelerated K -means when the clustering centeres and distance functions satisfy certain conditions, completely matched in the preprocessing step and clustering step, and improved the efficiency and accuracy. Experimental results have demonstrated the effectiveness of the proposed algorithm.

Improvement of the Fast Clustering Algorithm Improved by <i>K</i>-Means in the Big Data

Improvement of the Fast Clustering Algorithm Improved by K-Means in the Big Data