We present an update to our initial work [1] on overlapped speech detection for improving speaker diarization. Specifi-cally, we describe the addition of new features and feature warp-ing techniques that improve segmenter and, consequently, di-arization performance. We also demonstrate improved diariza-tion performance by additionally using overlap segment infor-mation in a new diarization pre-processing step which excludes overlap segments from speaker clustering. On a subset of the AMI Meeting Corpus we show that this overlap exclusion step nearly triples the relative improvement of diarization error rate as compared to overlap segment post-processing alone. Index Terms: speaker diarization, overlap detection 1
A substantial portion of errors of the conventional speaker diarization systems on meeting data can...
In this paper we describe the AMIDA speaker dizarization system as it was submitted to the NIST Rich...
When performing speaker diarization, it is common to use an ag-glomerative clustering approach where...
For the last several years, speaker diarization has been attracting substantial research attention a...
Speaker diarization of meetings can be significantly improved by overlap handling. Several previous ...
Overlapping speech is a source of significant errors in speaker di-arization of spontaneous meeting ...
In this paper we present the two-pass speaker diarization system that we developed for the NIST RT09...
Overlapping speech has been identified as one of the main sources of errors in diarization of meetin...
Overlapping speech is responsible for a certain amount of errors produced by tandard speaker diariz...
Simultaneous speech poses a challenging problem for conventional speaker diarization systems. In mee...
International audienceSpeaker segmentation consists in partitioning a conversation between one or mo...
Abstract. This thesis concerns the detection of overlapping speech seg-ments and its further applica...
Automatic speech recognition is more and more widely and effectively used. Nevertheless, in some aut...
International audienceThe overlapping speech detection systems developped by Orange and LIMSI for th...
International audienceWe propose to address online speaker diarization as a combination of increment...
A substantial portion of errors of the conventional speaker diarization systems on meeting data can...
In this paper we describe the AMIDA speaker dizarization system as it was submitted to the NIST Rich...
When performing speaker diarization, it is common to use an ag-glomerative clustering approach where...
For the last several years, speaker diarization has been attracting substantial research attention a...
Speaker diarization of meetings can be significantly improved by overlap handling. Several previous ...
Overlapping speech is a source of significant errors in speaker di-arization of spontaneous meeting ...
In this paper we present the two-pass speaker diarization system that we developed for the NIST RT09...
Overlapping speech has been identified as one of the main sources of errors in diarization of meetin...
Overlapping speech is responsible for a certain amount of errors produced by tandard speaker diariz...
Simultaneous speech poses a challenging problem for conventional speaker diarization systems. In mee...
International audienceSpeaker segmentation consists in partitioning a conversation between one or mo...
Abstract. This thesis concerns the detection of overlapping speech seg-ments and its further applica...
Automatic speech recognition is more and more widely and effectively used. Nevertheless, in some aut...
International audienceThe overlapping speech detection systems developped by Orange and LIMSI for th...
International audienceWe propose to address online speaker diarization as a combination of increment...
A substantial portion of errors of the conventional speaker diarization systems on meeting data can...
In this paper we describe the AMIDA speaker dizarization system as it was submitted to the NIST Rich...
When performing speaker diarization, it is common to use an ag-glomerative clustering approach where...