We present a new approach for the detection of negative versus non-negative emotions from Human-computer dialogs in the specific domain of call centers. We argue that it is possible to improve emotion detection without using additional information being linguistic or contextual. We show that no-answers are emotional salient words and that it is possible to improve the accuracy of the classification of Human-computer dialogs by taking advantage of the high accuracy achieved on no-answer turns. We also show that stacked generalization using neural networks and SVM as base models improves the accuracy of each model while the combination of the no-model and the dialog model improves the accuracy of the dialog-model alone by 13%
Emotions are quite important in our daily communications and recent years have witnessed a lot of re...
Abstract—We present a method to classify fixed-duration windows of speech as expressing anger or not...
Dialog systems are generally categorized into two types: task oriented and non task oriented systems...
This paper reports on the comparison between various acoustic feature sets and classification algori...
Over the past few years, virtual assistant solutions used in Contact Center systems are gaining popu...
Increasing attention has been directed to the study of the automatic emotion recognition in human sp...
This work aims to provide a method able to distinguish between negative and non-negative emotions in...
Objective: The goal of this work is to develop and test an automated system methodology that can det...
Machine learning researchers have dealt with the identification of emo- tional cues from speech sinc...
International audienceRecognizing a speaker's emotion from their speech can be a key element in emer...
Automatic speech emotion recognition (SER) may assist call center service employees in deciphering a...
Most research that explores the emotional state of users of spoken dialog systems does not fully uti...
In the paper we present emotional annotation for a corpus of naturalistic data recorded in a French ...
Abstract—Boosted by a wide potential application spectrum, emotional speech recognition, i. e., the ...
In today's day and age of digital assistants there is a whole new avenue of data that is not being t...
Emotions are quite important in our daily communications and recent years have witnessed a lot of re...
Abstract—We present a method to classify fixed-duration windows of speech as expressing anger or not...
Dialog systems are generally categorized into two types: task oriented and non task oriented systems...
This paper reports on the comparison between various acoustic feature sets and classification algori...
Over the past few years, virtual assistant solutions used in Contact Center systems are gaining popu...
Increasing attention has been directed to the study of the automatic emotion recognition in human sp...
This work aims to provide a method able to distinguish between negative and non-negative emotions in...
Objective: The goal of this work is to develop and test an automated system methodology that can det...
Machine learning researchers have dealt with the identification of emo- tional cues from speech sinc...
International audienceRecognizing a speaker's emotion from their speech can be a key element in emer...
Automatic speech emotion recognition (SER) may assist call center service employees in deciphering a...
Most research that explores the emotional state of users of spoken dialog systems does not fully uti...
In the paper we present emotional annotation for a corpus of naturalistic data recorded in a French ...
Abstract—Boosted by a wide potential application spectrum, emotional speech recognition, i. e., the ...
In today's day and age of digital assistants there is a whole new avenue of data that is not being t...
Emotions are quite important in our daily communications and recent years have witnessed a lot of re...
Abstract—We present a method to classify fixed-duration windows of speech as expressing anger or not...
Dialog systems are generally categorized into two types: task oriented and non task oriented systems...