A migratory behavior and emotional preference clustering algorithm based on learning vector quantization and gaussian mixture model

Dai, Mingzhi; Feng, Xiang; Yu, Huiqun; Guo, Wei

doi:10.1007/s10489-022-03325-6

Cited by 1 publication

(1 citation statement)

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“…The ever-expanding volume of data presents an immense challenge in the modern era, calling for effective management of this abundance of information. In the realm of exploratory data analysis [1], [2], clustering emerges as a valuable tool across various domains, encompassing pattern recognition [3], feature extraction [4], vector quantization (VQ) [5], image segmentation [6], function approximation [7]. Data mining [8], [9].…”

Section: Introductionmentioning

confidence: 99%

Enhancing Web Text Clustering Accuracy and Efficiency With a Maximum Entropy Function Model: Overcoming High-Dimensional and Directional Challenges

Zhao,

Xie,

Luo

et al. 2024

IEEE Access

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With the rapid development of large models such as Chatgpt, text clustering has become an important research topic in data mining. However, traditional clustering algorithms face challenges in terms of text clustering due to the high dimensionality and directionality of text data; in particular, the research on web text mining is insufficient, so the accuracy and efficiency of clustering algorithms need to be improved. Aiming at the above challenges, this paper proposes a maximum entropy function model and applies it to web text clustering to overcome these challenges and achieve better clustering results. Unlike the traditional clustering algorithm, this algorithm avoids the local minimum and realizes the global minimum. This study will help strengthen web text mining and provide valuable insights for future research. In summary, this paper proposes a novel text clustering method, MEMC, which uses the maximum entropy function model to overcome the challenges of high-dimensional and directional features. Compared with the popular algorithms in the international standard datasets, the method is 15% higher than the current popular k-means algorithm in purity and 6% higher than the AP algorithm.

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