This dataset includes the intelligibility responses of native (Canadian) and non-native (Dutch and Spanish) listeners to plain and Lombard speech produced by native and non-native English (native Dutch) speakers. The speakers produced utterances, from which we extracted keywords which were mixed with noise and presented to the listeners. The speakers produced plain speech (speech in quiet) and Lombard speech (speech in noise). This dataset was used to investigate the Lombard intelligibility benefit for non-native Lombard speech
Speakers adjust their voice when talking in noise, which is known as Lombard speech. These acoustic ...
In noisy conditions, speakers involuntarily change their manner of speaking to enhance the intelligi...
English has become the language of international communication. As a result of this development, we ...
This dataset includes the intelligibility responses of native (Canadian) and non-native (Dutch and S...
Speech produced in noise (Lombard speech) is more intelligible than speech produced in quiet (plain ...
"Lombard speech, speech produced in noise, is acoustically different from speech produced in quiet (...
Lombard speech, speech produced in noise, is acoustically different from speech produced in quiet (p...
"Lombard speech, speech produced in noise, is typically produced with a higher fundamental frequency...
In order to predict which words in a sentence are harder to un-derstand in noise it is necessary to ...
The DELNN corpus contains plain (speech produced in quiet) and Lombard (speech produced in noise) sp...
Lombard speech is intelligible speech produced by humans in noises. In this study, we focus on mimic...
This study investigates acoustic variations when producing Lombard speech under the effect of a chan...
In this paper, design, collection and parameters of newly proposed Czech Lombard Speech Database (CL...
This study investigates acoustic variations when producing Lombard speech under the effect of a chan...
Lombard speech, speech produced in noise, is typically produced with a higher fundamental frequency ...
Speakers adjust their voice when talking in noise, which is known as Lombard speech. These acoustic ...
In noisy conditions, speakers involuntarily change their manner of speaking to enhance the intelligi...
English has become the language of international communication. As a result of this development, we ...
This dataset includes the intelligibility responses of native (Canadian) and non-native (Dutch and S...
Speech produced in noise (Lombard speech) is more intelligible than speech produced in quiet (plain ...
"Lombard speech, speech produced in noise, is acoustically different from speech produced in quiet (...
Lombard speech, speech produced in noise, is acoustically different from speech produced in quiet (p...
"Lombard speech, speech produced in noise, is typically produced with a higher fundamental frequency...
In order to predict which words in a sentence are harder to un-derstand in noise it is necessary to ...
The DELNN corpus contains plain (speech produced in quiet) and Lombard (speech produced in noise) sp...
Lombard speech is intelligible speech produced by humans in noises. In this study, we focus on mimic...
This study investigates acoustic variations when producing Lombard speech under the effect of a chan...
In this paper, design, collection and parameters of newly proposed Czech Lombard Speech Database (CL...
This study investigates acoustic variations when producing Lombard speech under the effect of a chan...
Lombard speech, speech produced in noise, is typically produced with a higher fundamental frequency ...
Speakers adjust their voice when talking in noise, which is known as Lombard speech. These acoustic ...
In noisy conditions, speakers involuntarily change their manner of speaking to enhance the intelligi...
English has become the language of international communication. As a result of this development, we ...