搜索结果: 1-14 共查到“语音学 TIME”相关记录14条 . 查询时间(0.169 秒)
Part-of-Speech Tagging from 97% to 100%:Is It Time for Some Linguistics?
Part-of-Speech Tagging 97% to 100% Some Linguistics?
2015/6/12
I examine what would be necessary to move part-of-speech tagging performance from its current level of about 97.3% token accuracy (56% sentence accuracy) to close to 100% accuracy. I suggest that it m...
No lexical–prelexical feedback during speech perception or: Is it time to stop playing those Christmas tapes?
Speech perception Feedback Interactive vs. autonomous models Compensation for coarticulation
2015/4/7
The strongest support for feedback in speech perception comes from evidence of apparent lexical influence on prelexical fricative-stop compensation for coarticulation. Lexical knowledge (e.g., that th...
Time in Language, Language in Time.
Lexical stress information modulates the time-course of spoken-word recognition
Lexical stress information modulates spoken-word recognition
2015/4/3
Segmental as well as suprasegmental information is used by Dutch listeners to recognize words. The time-course of the effect of suprasegmental stress information on spoken-word recognition was investi...
A Multi-Pass, Dynamic-Vocabulary Approach to Real-Time, Large-Vocabulary Speech Recognition
Real-Time Large-Vocabulary Speech Recognition
2015/3/11
A Multi-Pass, Dynamic-Vocabulary Approach to Real-Time, Large-Vocabulary Speech Recognition.
Speech Recognition with Localized Time-Frequency Pattern Detectors
Speech Recognition Time-Frequency Pattern Detectors
2015/3/10
Speech Recognition with Localized Time-Frequency Pattern Detectors.
Fast Spoken Query Detection Using Lower-Bound Dynamic Time Warping on Graphical Processing Units
spoken term detection GPU
2015/3/9
Fast Spoken Query Detection Using Lower-Bound Dynamic Time Warping on Graphical Processing Units.
Mispronunciation Detection via Dynamic Time Warping on Deep Belief Network-Based Posteriorgrams
mispronunciation detection dynamic time warping
2015/3/9
Mispronunciation Detection via Dynamic Time Warping on Deep Belief Network-Based Posteriorgrams.
A 6mW, 5,000-Word Real-Time Speech Recognizer Using WFST Models
industry-standard WFST GMM speech models
2015/3/9
Abstract—We describe an IC that provides a local speech recognition capability for a variety of electronic devices. We start with a
generic speech decoder architecture that is programmable with indus...
The Time Course of Spoken Word Learning and Recognition: Studies With Artificial Lexicons
Spoken Word Learning Recognition Artificial Lexicons
2015/1/29
The time course of spoken word recognition depends largely on the frequencies of a word and its competitors, or neighbors (similar-sounding words). However, variability in natural lexicons makes syste...
Hardware-accelerated speech recognition is needed to supplement today’s
cloud-based systems in power- and bandwidth-constrained scenarios such as
wearable electronics. With efficient hardware speech...
Time series analysis of jitter in sustain vowels
jitter time domain features distribution
2012/12/14
his paper proposes a new equation to show the time domain features of jitter: Jitter = (Ti+1-Ti)/Ti. The subjects are tonal language speakers. Jitter is extracted from EGG signals....
Performance degradation with time varying in speaker recognition is a generally acknowledged phenomenon and it is widely assumed that speaker models should be updated from time ...
Real-time Pitch Tracking Based on Combined SMDSF
Real-time Pitch Tracking Based Combined SMDSF
2013/6/27
This paper presents a novel pitch tracking method in the time domain. Based on the difference function as used in YIN -- referred to as the sum magnitude difference square function (SMDSF) thereinafte...