Exemplos de uso de Processing strategies em Inglês e suas traduções para o Português
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Neptune delivers AB's advanced sound processing strategies to help recipients.
Signal processing strategies are characterized by a set of rules to convert acoustic signals into electrical stimulation.
Decline of known cognitive factors, such as memory or information processing strategies.
Thus, the learners were led to vary the processing strategies, even if in a lesser extent than the CBA and AAA groups.
These pages are brought up to date weekly.You will be able to know the most recent advancements, processing strategies, and new procedures.
Use planned and continuous processing strategies that adjust plans as profiles change and promote fulfilment efficiencies.
AB's patented HiFocus electrode contacts are the ideal platform to deliver AB's superior sound processing strategies for the best possible hearing outcome.
These structures are then used as processing strategies with the purpose of gaining time or correcting mistakes during the production of sentences.
Designed to deliver five times more spectral resolution(120 spectral bands) than competing processing strategies, so you hear more of the detail in speech, music, and life.
Thus, the cochlear implant models using certain processing strategies CIS or SPEAK and capture different tonal ranges may be insufficient to favor auditory accuracy in tonal perception, creating difficulties when cochlear implant users communicate with members of the verbal community.
The model performs the matching between supply anddemand using processing strategies in a hierarchical organization, based on regions.
A big step for the Advanced Bionics devices was the development of the HiRes speech processing, launched in 2002, which provided more temporal information than the signal processing strategies described above.
Represents arguably the most exciting development in sound processing strategies since the introduction of the multichannel implant….
One major step forward for the Advanced Bionics devices was the introduction of the high resolution HiRes speech signal processing, in 2002,which provided a better temporal detailing of the acoustic information than the signal processing strategies previously described.
Technological advances have been allowing an enhancement of signal processing strategies in the multichannel cochlear implants(CI), which offers a better performance to speech understanding 1, 2.
In this context, the aim of this study was to analyze and compare the individual results vis-à-vis the performance of speech perception in children using CI,using two different signal processing strategies from the Advanced Bionics HiResolution system.
The technological advances in cochlear implants and processing strategies have enabled subjects affected by severe to profound hearing loss to hear sounds and recognize speech in various different degrees.
This study investigates the rhyme in children poems as a linguistic event that triggers the increase of linguistic awareness andboosts the understanding of language processing strategies, focusing on its role in learning how to read and write in early literacy period.
During high contextual interference practice,the learner is compelled to vary the processing strategies, resulting in the formation of a stronger memory trace, less environmentally dependent of the initial practice conditions.
Thus, the difference is more related to brain function and not to the anatomy more accurately on the solicitation of the various brain structures, mainly the two cerebral hemispheres,that could differ according to the processing strategies, and are variables of one individual to another, mainly among men and women.
Therefore, it is suggested that CI centers should develop future studies that compare the signal processing strategies of other CI devices in order to investigate the auditory performance of their hearing aid users with the recommended signal processing strategy, and others from a particular device.
Guimarães and Bzuneck 2008 note that several studies have found associations between the types of motivation andpositive learning results with the use of deep information processing strategies and psychological wellbeing Grolnick& Ryan, 1989; Miserandino, 1996; Ryan& Deci, 2000.
The signal processing strategy is a programming parameter directly involved in the results of speech perception after CI and, in this context, the present study aimed to analyze and compare the individual results in the speech perception performance in children using CI, using the HiRes andHiRes 120 signal processing strategies, from Advanced Bionics.
However, it is extremely important to have a clinical evaluation of results after CI,in the different signal processing strategies, since sometimes the strategy recommended by the company does not benefit all CI users alike.
The cognitive approach dis tinguishes between the ac quisition of basic linguistic and perceptive abilities which takes place in a very early stage of life, during so called sensitive periods,on the one hand, and learning involving knowledge and information processing strategies which may be prolonged throughout life.
The hypothesis that the chosen genres may allow for the reader's construction when used according to the text processing strategies, providing them with the possibility of using their metageneric and reading competence.
Thus, the results presented in this study reinforce the need to do a clinical assessment when considering post-CI results in the different signal processing strategies, since sometimes the strategy recommended by the company does not benefit all CI users in the say way: some children have better hearing performance using the HiRes strategy, and others have it with the HiRes 120 strategy. .
In N22, the speech processing strategy used is the Spectral Peak SPEAK.
The clinical application of the virtual spectral channels resulted in a new implant signal processing strategy from Advanced Bionics- a HiResolution with Fidelity HiRes 120, launched in 2006.
Since its launch, the HiRes 120 has been recommended by the Advanced Bionics as a signal processing strategy used in programming the speech processor for children and adults.