Objective To investigate the performance of monaural and binaural beamforming technology
with an additional noise reduction algorithm, in cochlear implant recipients. Method This …

Objectives: To evaluate the effect of microphone directionality, ie beamforming, on speech
understanding in noise with the SONNET audio processor. Methods: Speech reception …

Objective To determine the impact of the fixed and adaptive beamforming technology of the
new MED-EL SONNET cochlear implant audio processor on speech perception in noise …

Abstract Objectives To compare the Naida CI UltraZoom adaptive beamformer and T-Mic
settings in a real life environment. Methods Speech reception thresholds (SRTs) were …

Several binaural audio signal enhancement algorithms were evaluated with respect to their
potential to improve speech intelligibility in noise for users of bilateral cochlear implants …

Objective: This paper evaluates the benefit of the two-microphone adaptive beamformer
BEAM™ in the Nucleus Freedom™ cochlear implant (CI) system for speech understanding …

Objective Previous research shows that cochlear implant users experience significant
difficulty with speech perception in noisy listening situations. There is a paucity of research …

We have investigated the effectiveness of three noise-reduction algorithms, namely an
adaptive monaural beamformer (MB), a fixed binaural beamformer (BB), and a single …

The objectives of the study were to demonstrate the audiological and subjective benefits of
the adaptive UltraZoom beamforming technology available in the Naída CI Q70 sound …

Objectives: Cochlear implant (CI) users continue to struggle understanding speech in noisy
environments with current clinical devices. We have previously shown that this outcome can …