This paper investigates the use of voicing information as an additional cue in contrast enhanced frequency shaping (CEFS) of speech to improve perception in the hearing impaired. The presented work builds on an existing system combining multi-band compression with contrast enhanced frequency shaping (MICEFS) to restore the auditory nerve response of a hear-ing impaired listener. CEFS can improve the perception of voiced segments. Hence voicing cues are used to differentiate segments for processing. Alternative processing for unvoiced segments is investigated and shown to improve neural repre-sentation of unvoiced segments compared to using MICEFS processing alone. 1
Normal hearing listeners are able to understand speech with different types of degradation, because ...
Normal hearing listeners are able to understand speech with different types of degradation, because ...
An algorithm that operates in real-time to enhance the salient features of speech is described and i...
Contrast-enhancing frequency shaping (CEFS) produces a better representation of formants in the audi...
An algorithm that operates in real-time to enhance the salient features of speech is described and i...
Although compression systems are quickly becoming integral components of programmable hearing aids, ...
The auditory filter of hearing impaired is wider than that of normal hearing people. Thus, the frequ...
International audienceSpeech perception in noise remains challenging for Deaf/Hard of Hearing people...
Speech perception in hearing-impaired listeners can be adversely affected by various factors includi...
International audienceSpeech perception in noise remains challenging for Deaf/Hard of Hearing people...
Reduction in frequency resolving capacity of the auditory system due to spread of masking of frequen...
Numerous signal processing based speech enhancement systems have been proposed to improve intelligib...
In multi-band frequency compression, the speech spectrum is divided into a number of analysis bands,...
Sensorineural hearing loss is associated with widening of the auditory filters, leading to increased...
An algorithm that operates in real-time to enhance the salient features of speech is described and i...
Normal hearing listeners are able to understand speech with different types of degradation, because ...
Normal hearing listeners are able to understand speech with different types of degradation, because ...
An algorithm that operates in real-time to enhance the salient features of speech is described and i...
Contrast-enhancing frequency shaping (CEFS) produces a better representation of formants in the audi...
An algorithm that operates in real-time to enhance the salient features of speech is described and i...
Although compression systems are quickly becoming integral components of programmable hearing aids, ...
The auditory filter of hearing impaired is wider than that of normal hearing people. Thus, the frequ...
International audienceSpeech perception in noise remains challenging for Deaf/Hard of Hearing people...
Speech perception in hearing-impaired listeners can be adversely affected by various factors includi...
International audienceSpeech perception in noise remains challenging for Deaf/Hard of Hearing people...
Reduction in frequency resolving capacity of the auditory system due to spread of masking of frequen...
Numerous signal processing based speech enhancement systems have been proposed to improve intelligib...
In multi-band frequency compression, the speech spectrum is divided into a number of analysis bands,...
Sensorineural hearing loss is associated with widening of the auditory filters, leading to increased...
An algorithm that operates in real-time to enhance the salient features of speech is described and i...
Normal hearing listeners are able to understand speech with different types of degradation, because ...
Normal hearing listeners are able to understand speech with different types of degradation, because ...
An algorithm that operates in real-time to enhance the salient features of speech is described and i...