A computationally efficient music processing algorithm for cochlear implants based on an auditory adaptation model [0.03%]
一种基于听觉适应模型的高效 Cochlear 种植体音乐处理算法
Anil Nagathil,Benjamin Lentz,Giselle Mojica et al.
Anil Nagathil et al.
Listening to music is a major challenge for most cochlear implant (CI) users because of device limitations and physiological constraints that degrade musical cues and lead to increased listening effort. Music pre-processing can enhance appr...
Maria V Kondaurova,Alan F Smith,Irina Kondaurova et al.
Maria V Kondaurova et al.
The impact of remote communication on voice characteristics in children has not been extensively explored. The study examines the production of fundamental frequency, vocal intensity, and smoothed cepstral peak prominence in speech of 16 ch...
Physics-informed neural network for predicting in vacuo vocal fold eigenmodes: A proof of concept study [0.03%]
基于物理的神经网络预测声门特征模式的概念验证研究
Mohd Ethar M Al Khasawneh,Michael Döllinger,Zhaoyan Zhang
Mohd Ethar M Al Khasawneh
This study investigates a machine-learning approach for real-time computation of in vacuo vocal fold eigenmodes. A physics-informed neural network is trained to predict eigenmodes and eigenfrequencies by integrating the governing equations ...
Timing patterns of tone and vowel in Mandarin: Evidence from f0-F1 turning point synchrony [0.03%]
普通话声调和元音的时相模式研究——来自基频与第一形式抗点转折同步性的证据
Chenyu Li,Jalal Al-Tamimi
Chenyu Li
We examine timing patterns of tone and vowel acoustics in Xi'an and Standard Mandarin. Using f0 and F1 difference trajectories between rising tone 2 and corresponding high-level tones in the diphthongs /ai/ and /au/ modelled with generalize...
Extraction of the direct scattering of a sphere in a vortex beam: Theory and experiment [0.03%]
涡旋光束中球体的散射提取：理论与实验研究
Liwei Chen,Jun Fan,Zhixiong Gong
Liwei Chen
The suppression of direct forward scattering is challenging for object detection in the underwater environment under the incidence of quasi-planar waves. In this work, we study the lateral spatial phase of forward acoustic scattering in a v...
Auditory deviance detection across time scales: Effects of local and global context [0.03%]
时间尺度上的听觉偏差检测：局部和全局背景的影响
Matthew Blunt,Stephanie Graceffo,Nahaleh Fatemi et al.
Matthew Blunt et al.
Auditory deviance detection reflects the ability to identify violations of statistical regularities in sound sequences and is influenced by stimulus properties and contextual expectations. Using a priming paradigm in which listeners were ex...
Audio quality predictions correlate with perception of processing delays across different simulated hearing device conditions [0.03%]
不同听力辅助设备条件下的音频质量预测与处理延迟感知相关性研究
Kristin Ohlmann,Thomas Biberger,Birger Kollmeier
Kristin Ohlmann
Processing delays can degrade listening experience, especially where direct and delayed sound paths interact. Although noticeability of delays has been modeled successfully, it is unclear how well models generalize across different types of...
Generalization of repetition-based segregation with novel sounds and nonsense speech [0.03%]
基于重复的分离范式的通用化研究——新材料和无意义口语
Michelle R Kapolowicz,Vahid Montazeri,Dimitri L Brunelle et al.
Michelle R Kapolowicz et al.
Repetition helps listeners identify an unfamiliar target sound in the presence of different competing sounds and later recognize it in quiet. To further characterize this perceptual learning process, we tested whether recognition remains ro...
Objective comparison of audiometric profile frameworks across large-scale datasets [0.03%]
大规模数据集中听力图谱框架的客观比较
Chen Xu
Chen Xu
Audiometric profiles classify individuals according to patterns of hearing loss derived from the audiogram. Although several audiogram-based profiling frameworks have been proposed, the influence of dataset characteristics on their structur...
Modeling sperm whale seasonal dynamics using probabilistic machine learning of passive acoustic data [0.03%]
基于被动声学数据的概率机器学习模拟抹香鲸的季节动态变化
Naomi Ciampaglio,Natalia Sidorovskaia,Phillip Whitman
Naomi Ciampaglio
Seasonal variability in sperm whale acoustic activity in the northern Gulf of Mexico remains poorly understood. Using two years of passive acoustic data, hourly click counts were analyzed to characterize seasonal patterns in whale presence ...