When deciding whether to adapt relevant aspects of the system to the particular needs of older users, spoken dialogue systems often rely on automatic detection of chronological age. In this paper, we show that vocal ageing as measured by acoustic features is an unreliable indicator of the need for adaptation. Simple lexical features greatly improve the prediction of both relevant aspects of cognition and interactions style. Lexical features also boost age group prediction. We suggest that adaptation should be based on observed behaviour, not on chronological age, unless it is not feasible to build classifiers for relevant adaptation decisions
Language-independent and alignment-free phonological and phonemic features were applied for automati...
Age can be estimated fairly accurately by listening to the voice and speech of the individual. The c...
International audienceThe acoustic models used by automatic speech recognisers are usually trained w...
With ageing, human voices undergo several changes which are typically characterised by increased hoa...
Speaker age is an important paralinguistic feature in speech which has to be considered in the study...
Listeners can perceive a person's age from their voice with above chance accuracy. Studies have usua...
Listeners assign an age to a speaker based on their voice alone. The accuracy of estimates of speake...
This work received funding from the University of Amsterdam’s Research Priority Area Human(e) AI and...
Most studies on adapting voice interfaces to older users work top-down by comparing the interaction ...
Language-independent and alignment-free phonological and phonemic features were applied for automati...
Phone-like acoustic models (AMs) used in large-vocabulary automatic speech recognition (ASR) systems...
Two experiments were carried out in order to learn more about the relation between the various acous...
This paper describes a small attempt to automatically estimate speaker age aimed at increasing the p...
Abstract. Information about the age of the speaker is always present in speech. It is used as percep...
The process of ageing causes changes to the voice over time. There have been significant research ef...
Language-independent and alignment-free phonological and phonemic features were applied for automati...
Age can be estimated fairly accurately by listening to the voice and speech of the individual. The c...
International audienceThe acoustic models used by automatic speech recognisers are usually trained w...
With ageing, human voices undergo several changes which are typically characterised by increased hoa...
Speaker age is an important paralinguistic feature in speech which has to be considered in the study...
Listeners can perceive a person's age from their voice with above chance accuracy. Studies have usua...
Listeners assign an age to a speaker based on their voice alone. The accuracy of estimates of speake...
This work received funding from the University of Amsterdam’s Research Priority Area Human(e) AI and...
Most studies on adapting voice interfaces to older users work top-down by comparing the interaction ...
Language-independent and alignment-free phonological and phonemic features were applied for automati...
Phone-like acoustic models (AMs) used in large-vocabulary automatic speech recognition (ASR) systems...
Two experiments were carried out in order to learn more about the relation between the various acous...
This paper describes a small attempt to automatically estimate speaker age aimed at increasing the p...
Abstract. Information about the age of the speaker is always present in speech. It is used as percep...
The process of ageing causes changes to the voice over time. There have been significant research ef...
Language-independent and alignment-free phonological and phonemic features were applied for automati...
Age can be estimated fairly accurately by listening to the voice and speech of the individual. The c...
International audienceThe acoustic models used by automatic speech recognisers are usually trained w...