The objective investigation of the dynamic properties of vocal fold vibrations demands the
recording and further quantitative analysis of laryngeal high-speed video (HSV) …

Imaging and image analysis became an important issue in laryngeal diagnostics. Various
techniques, such as videostroboscopy, videokymography, digital kymograpgy, or …

The data gained by digital high-speed endoscopy and its objective analysis provide many
new possibilities to enhance the understanding and investigation of laryngeal dynamics and …

Objectives We conducted a study to obtain quantitative parameters of the vocal dynamic
using high-speed videolaryngoscopy and to characterize the vocal fold vibration pattern of …

The present work describes a new method for the automatic detection of the glottal space
from laryngeal images obtained either with high speed or with conventional video cameras …

This paper presents the Multimodal Analyzing System for Laryngoscope (MASL), a system
that combines audio and video data to automatically extract key segments and metrics from …

Objectives We hypothesized that high-speed digital imaging provides a quantitative method
to evaluate the effect of arytenoid adduction for the correction of asymmetric and irregular …

Computer analysis of high-speed videoendoscopy (HSV) recordings is becoming
increasingly useful in functional evaluation of vocal fold pathology. In this work we present …

The laryngeal video stroboscope is an important instrument to test glottal diseases and read
vocal fold images and voice quality for physician clinical diagnosis. This study is aimed to …

High-speed videoendoscopy excels in the ability to observe the vocal-fold oscillatory
patterns during voice initiation and termination. The initial and most critical step in the …