Speakers clustering with stochastic VQ and clustering quality estimator

Yishai Cohen, I. Lapidot
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引用次数: 1

Abstract

Short segments speaker clustering has significant importance both for diarization and applications such as short push-to-tatk (PTT) segments clustering. In this paper we present a new way to cluster speech segments by applying a stochastic vector quantization (VQ) with a cosine metric together with a speaker clustering quality estimator based on logistic regression. The VQ is performed on codebooks of different sizes, and the choice of the best clustering result is estimated using logistic regression. The algorithm is tested on a large range of speakers, between 2 to 60. The results are compared to those of the mean-shift clustering method, which was already tested for this task several times. The results are a bit below those of the cosine similarity measure-based mean-shift clustering. The advantage is in the run-time which is approximately 10 times faster.
基于随机VQ和聚类质量估计的说话人聚类
短段说话人聚类对于语音划分和短段语音聚类等应用都具有重要意义。本文提出了一种基于余弦度量的随机矢量量化(VQ)与基于逻辑回归的说话人聚类质量估计相结合的聚类方法。对不同大小的码本进行VQ,并利用逻辑回归估计最佳聚类结果的选择。该算法在很大范围内的扬声器上进行了测试,范围在2到60之间。结果与均值移位聚类方法的结果进行了比较,均值移位聚类方法已经在该任务中进行了多次测试。其结果略低于基于余弦相似性度量的均值偏移聚类。其优势在于运行时,大约快了10倍。
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