A common problem with measuring consonant perception in noise is the unpredictable audibility of each consonant (e.g., given the same signal level, some consonants are well audible, while others are not). The purpose of this project is to examine two methods in speech perception to solve this problem and also to evaluate their time efficiency and data reliability. These two methods, frequently used in psychological measures, are method of limit and method of constant stimuli. Preliminary results showed that the method of limit was more time efficient while both methods provided quite reliable data. The advantages and disadvantages of the two methods will be discussed.Supervising professor is Dr. Chang LiuCommunication Sciences and Disorder
This paper shows that the effect of different types of noise on recognition of different phonemes by...
This research investigates the longstanding problem of understanding human speech perception. We ai...
The long term goal of our work is to predict visual confusion matrices from physical measurements. I...
The consonant perception of 15 subjects with mild to moderate sensorineural hearing loss was evaluat...
Responses obtained in consonant perception experiments typically show a large variability across sti...
The factors which underlie the perception of consonants in noise remain poorly understood. In this s...
This research investigates the impact of various types of cochlear hearing loss and mask- ing noise...
Methodology is proposed for perceptual assessment of both subjective sound quality and speech recogn...
ABSTRACT: This study was designed to examine the phoneme recognition errors of hearing-impaired (HI)...
Various phenomena associated with the perception of speech in fluctuating noise were investigated us...
We examine the cues used for consonant perception and the systematic behavior of normal and hearing-...
This thesis investigates speech perception in hearing impaired (HI ) subjects. Psychoacoustic experi...
The difficulty of listening to speech in noise is exacerbated when the speech is in the listener’s L...
The purpose of the present study was to investigate how low-pass filtering and background noise aff...
This study aimed to measure the initial portion of signal required for the correct identification of...
This paper shows that the effect of different types of noise on recognition of different phonemes by...
This research investigates the longstanding problem of understanding human speech perception. We ai...
The long term goal of our work is to predict visual confusion matrices from physical measurements. I...
The consonant perception of 15 subjects with mild to moderate sensorineural hearing loss was evaluat...
Responses obtained in consonant perception experiments typically show a large variability across sti...
The factors which underlie the perception of consonants in noise remain poorly understood. In this s...
This research investigates the impact of various types of cochlear hearing loss and mask- ing noise...
Methodology is proposed for perceptual assessment of both subjective sound quality and speech recogn...
ABSTRACT: This study was designed to examine the phoneme recognition errors of hearing-impaired (HI)...
Various phenomena associated with the perception of speech in fluctuating noise were investigated us...
We examine the cues used for consonant perception and the systematic behavior of normal and hearing-...
This thesis investigates speech perception in hearing impaired (HI ) subjects. Psychoacoustic experi...
The difficulty of listening to speech in noise is exacerbated when the speech is in the listener’s L...
The purpose of the present study was to investigate how low-pass filtering and background noise aff...
This study aimed to measure the initial portion of signal required for the correct identification of...
This paper shows that the effect of different types of noise on recognition of different phonemes by...
This research investigates the longstanding problem of understanding human speech perception. We ai...
The long term goal of our work is to predict visual confusion matrices from physical measurements. I...