Agudemu Borjigin

The paper examines how spatial and semantic cues affect speech intelligibility and listening effort in noisy environments, finding spatial release from masking benefits both coherent and anomalous sentences but with differing impacts on listening effort.

This study identifies optimal cochlear locations for delivering interaural timing cues in bilateral cochlear implants to improve sound localization.

The paper uses individual differences across 200 participants to show that robust temporal fine-structure (TFS) sensitivity is linked to better resilience against reverberation and reduced listening effort in speech perception tasks.

This study applies deep learning models to improve speech intelligibility for cochlear implant users in multi-talker noise, showing significant improvements over conventional methods.

This paper develops and validates a web-based platform for psychoacoustic experiments, showing agreement with lab-based results on multiple tasks.

The paper evaluates behavioral and EEG-based measures as individualized assays for temporal fine structure (TFS) coding in the auditory system and finds that adjusted binaural measures show robust correlations with TFS processing.