耳鼻喉科Pubmed文献追踪每日 14:00 同步

2026-10-17 · 1 篇

Frontiers in neurology

可解释的极流分解用于后半规管BPPV中扭转性眼震的侧别判定

Interpretable polar-flow decomposition for torsional nystagmus lateralization in posterior-canal BPPV.

AI/ML耳科IF 3.5Q2

2026-10-15 · 1 篇

Medical physics

卷积神经网络在中耳和内耳植入物超高分辨率光子计数探测器CT中的金属伪影减少

Convolutional neural network metal artifact reduction in ultra-high resolution photon counting detector CT of middle- and inner-ear implants.

AI/ML耳科IF 3.7Q2

2026-10-14 · 1 篇

Hearing research

一种基于神经反应遥测和电诱发听性脑干反应阈值的双数据驱动方法用于预测人工耳蜗动态范围参数

A dual-data-driven approach for predicting cochlear implant dynamic range parameters using neural response telemetry and electrically evoked auditory brainstem response thresholds.

AI/ML耳科IF 3.2Q1

2026-10-11 · 3 篇

Radiotherapy and oncology : journal of the European Society for Therapeutic Radiology and Oncology

评估纵向临床轨迹的插补方法:头颈癌治疗中的毒性反应

Evaluating imputation methods for longitudinal clinical trajectories: Toxicities in head and neck cancer treatment.

AI/ML耳科IF 5.8Q1
Trends in hearing

使用大型语言模型的自动化问答式噪声中言语听力测试

Automated Question-and-Answer-Based Speech-In-Noise Hearing Test Using a Large Language Model.

AI/ML耳科IF 3.5Q1
Work (Reading, Mass.)

比较机器学习算法在分类职业性噪声性听力损失中的性能

Comparing the performance of machine learning algorithms in classifying occupational noise-induced hearing loss.

AI/ML耳科IF 1.8Q3

2026-10-10 · 1 篇

European radiology

减影碘图联合深度学习重建用于改善颞骨病变骨侵犯的评估

Subtraction iodine maps combined with deep learning reconstruction for improved evaluation of bony invasion in temporal bone lesions.

AI/ML耳科IF 5.7Q1

2026-10-06 · 1 篇

Physiological measurement

使用Sleepal AI灯进行准确睡眠分期检测的非接触式方法

A Contactless Approach for Accurate Sleep Stage Detection Using the Sleepal AI Lamp.

AI/ML耳科IF 2.6Q3

2026-10-01 · 1 篇

Journal of medical systems

听力学家引导的多模态人工智能用于纯音测听和鼓室压图解读与报告

Audiologist-Guided Multimodal AI for Pure-Tone Audiometry and Tympanometry Interpretation and Reporting.

AI/ML耳科IF 6Q1

2026-09-30 · 2 篇

Physics in medicine and biology

伽玛刀放射外科的等中心与扇区时长联合优化(ISDO)

Integrated isocenter and sector duration optimization (ISDO) for gamma knife radiosurgery.

AI/ML耳科IF 3.5Q2
Clinical case reports

人工智能辅助外耳道鳞状细胞癌的早期临床诊断:巴基斯坦一例年轻男性罕见病例。

AI-Assisted Early Clinical Diagnosis of External Auditory Canal Squamous Cell Carcinoma: A Rare Case in a Young Male From Pakistan.

AI/ML耳科IF 0.6Q3

2026-09-28 · 2 篇

American journal of otolaryngology

评估人工智能生成的前庭神经鞘瘤患者咨询的准确性

Evaluating the accuracy of artificial intelligence-generated patient counseling for vestibular schwannoma.

AI/ML耳科IF 1.8Q2
Otology & neurotology : official publication of the American Otological Society, American Neurotology Society [and] European Academy of Otology and Neurotology

VA HEARS模型用于预测接受顺铂放化疗成人的听力图变化

The VA HEARS Model for Predicting Audiogram Changes in Adults Undergoing Cisplatin Chemoradiotherapy.

AI/ML耳科IF 1.9Q2

2026-09-26 · 1 篇

Bioengineering (Basel, Switzerland)

一个用于预测助听器满意度的可解释机器学习框架:整合HATASS工具与临床见解

An Explainable Machine Learning Framework for Predicting Hearing Aid Satisfaction: Integrating the HATASS Instrument and Clinical Insights.

AI/ML耳科IF 4.6Q2

2026-09-25 · 1 篇

American journal of otolaryngology

OTOLens:用于评估鼓膜和中耳病变的移动应用程序的开发与验证

OTOLens: Development and validation of a mobile application for assessment of tympanic membrane and middle ear pathology.

AI/ML耳科IF 1.8Q2

2026-09-23 · 1 篇

Clinical neuroradiology

深度学习重建可在超高分辨率颞骨CT中实现显著辐射剂量降低:一项遗体供体研究

Deep Learning Reconstruction Enables Substantial Radiation Dose Reduction in Ultra-High-Resolution Temporal Bone CT: a Body Donor Study.

AI/ML耳科IF 2.9Q2

2026-09-22 · 1 篇

The Journal of the Acoustical Society of America

教室中听障儿童的语音分离

Speech separation for hearing-impaired children in the classroom.

AI/ML耳科IF 2.6Q1

2026-09-18 · 1 篇

PloS one

电子健康记录中记录的早期生活因素可预测复发性急性中耳炎

Early life factors documented in electronic health records predict recurrent acute otitis media.

AI/ML耳科IF 3.3Q2

2026-09-17 · 1 篇

IEEE transactions on neural systems and rehabilitation engineering : a publication of the IEEE Engineering in Medicine and Biology Society

桥接疾病课程迁移实现罕见神经系统疾病的智能手机平衡评估

Bridge-Disease Curriculum Transfer Enables Smartphone-Based Balance Assessment in Rare Neurologic Disorders.

AI/ML耳科IF 6.7Q1

2026-09-09 · 1 篇

Frontiers in neurology

绝经后女性良性阵发性位置性眩晕复发的预测:一项基于机器学习的临床研究。

Prediction of benign paroxysmal positional vertigo recurrence in postmenopausal women: a machine learning-based clinical study.

AI/ML耳科IF 3.5Q2