Here we describe a computer-based version of an auditory pattern perception test, the BirdSong Game, which was designed to be an engaging research tool for use with school-aged children.
Statistical analysis revealed a significant global effect of the experimental condition (Kruskal-Wallis, H = 45.7, p<0.0001) and the high gamma power was found to be significantly higher in the foreign language auditory processing condition (SUOM_EXP) than in all other conditions (p<0.05, Post-hoc FPLSD test) except the native language auditory perception task (MOTH_EXP).
For testing auditory perception, we adapted the head turn paradigm, originally established for exploring hemispheric specializations in conspecific sound processing in Old World monkeys, and exposed 38 subjects to control sounds and conspecific communication sounds of positive and negative emotional valence.
In the follow-up appointments, along with auditory evaluation, speech perception tests, and speech processor fitting, the patients were asked about their everyday activities and the influence of the implantation on their lives.
In contrast, in auditory perception only a few studies tested for lateralized processing of familiar conspecifics (here referred to as 'familiarity-to-sender effect').
We conducted experiments in our RiSH testbed to evaluate auditory perception services, human body activity recognition, human position tracking, sound-based human activity monitoring, and fall detection and rescue.
Central auditory perception (CAP) can be assessed by behavioural tests, which demonstrate good correlations with electrophysiological measures [10].
Accordingly, in one twin study we included a measure of nonverbal auditory perception (identification of tone sequences), as well as a test of nonword repetition.
In addition, his earlier research into auditory perception also laid the groundwork for modern, noninvasive hearing tests.
The validity and reliability of the test have been confirmed [ 26]. (1) Categorical Auditory Perception (CAP) and Speech Intelligibility Rating (SIR) Scales.
Furthermore, we performed a cross-classification analysis between auditory perception and imagery, i.e., we trained the classifier on runs with sound stimulation and tested on runs with pure imagery and vice versa.
