We present the first rhythm detection experiment using a Lindenmayer grammar, a self-similar recursive grammar shown previously to be learnable by adults using speech stimuli. Results show that learners were unable to correctly accept or reject grammatical and ungrammatical strings at the group level, although five (of 40) participants were able to do so with detailed instructions before the exposure phase
Three studies investigated the perception of rhythmic units in speech to explore the potential role ...
Language and music perception overlap in the realms of syntax (Koelsch, Gunter, Wittfoth, & Sammler,...
In an artificial grammar learning study, Lai & Poletiek (2011) found that human participants could l...
We present the first rhythm detection experiment using a Lindenmayer grammar, a self-similar recursi...
Processing of recursion has been proposed as the foundation of human linguistic ability. Yet this ab...
International audienceRecent research has shown that auditory rhythmic stimulation improves subseque...
Language is composed of complex grammatical structures that learners must make sense of in order to ...
Our research investigates if the human parser is sensitive to the underlying structure governing the...
There has been a growing body of evidence investigating the potential links between the processing o...
Differences in the learnability of linguistic patterns may be crucial in deciding among alternative ...
This study considered a relation between rhythm perception skills and individual differences in phon...
Differences in the learnability of linguistic patterns may be crucial in deciding among alternative ...
Artificial grammar learning is a popular paradigm to study syntactic ability in nonhuman animals. Su...
Rhythmic memory as the most essential factor not only for melody but also for speech, is studied thr...
We report an investigation of humans' musical learning ability using a novel musical system. We d...
Three studies investigated the perception of rhythmic units in speech to explore the potential role ...
Language and music perception overlap in the realms of syntax (Koelsch, Gunter, Wittfoth, & Sammler,...
In an artificial grammar learning study, Lai & Poletiek (2011) found that human participants could l...
We present the first rhythm detection experiment using a Lindenmayer grammar, a self-similar recursi...
Processing of recursion has been proposed as the foundation of human linguistic ability. Yet this ab...
International audienceRecent research has shown that auditory rhythmic stimulation improves subseque...
Language is composed of complex grammatical structures that learners must make sense of in order to ...
Our research investigates if the human parser is sensitive to the underlying structure governing the...
There has been a growing body of evidence investigating the potential links between the processing o...
Differences in the learnability of linguistic patterns may be crucial in deciding among alternative ...
This study considered a relation between rhythm perception skills and individual differences in phon...
Differences in the learnability of linguistic patterns may be crucial in deciding among alternative ...
Artificial grammar learning is a popular paradigm to study syntactic ability in nonhuman animals. Su...
Rhythmic memory as the most essential factor not only for melody but also for speech, is studied thr...
We report an investigation of humans' musical learning ability using a novel musical system. We d...
Three studies investigated the perception of rhythmic units in speech to explore the potential role ...
Language and music perception overlap in the realms of syntax (Koelsch, Gunter, Wittfoth, & Sammler,...
In an artificial grammar learning study, Lai & Poletiek (2011) found that human participants could l...