FAIR Software Development for Voice and Speech Simulation

项目总结/摘要 父母补助金的一个主要目的是量化基频（音高）范围和声带 通过测量韧带特性并将其嵌入有限的 声带振动的单元纤维-凝胶模型。纤维-凝胶模型是一个主要的数学模型， VoxInSilico软件包的模拟组件。它的一般应用是预测 当结构和运动激活输入通过手术，治疗， 或者声音训练。肌肉激活图显示了基频如何变化 环甲肌和甲杓肌激活喉框架的平移力学和 利用环甲关节和环杓关节的旋转来计算声带应变 （伸长）。韧带在控制fo，限制垂直位移和稳定中的作用 内收被量化。补充项目的目标是（1）将Fortran的代码更新为 Python，（2）开发许多临床医生和语音培训师可以在日常实践中使用的用户界面， 以及（3）通过国家一级向广大用户传播VoxInSilico软件。 语音/语音组织。

PROJECT SUMMARY/ABSTRACT A major aim of the parent grant is to quantify the fundamental frequency (pitch) range and vocal fold posturing stability achievable by measuring ligament properties and embedding them into a finite element fiber-gel model of vocal fold vibration. The fiber-gel model is a primary mathematical simulation component of the VoxInSilico software package. Its general application is to predict vocalization outcomes when structural and motor activation inputs are modified with surgery, therapy, or voice training. Muscle activation plots are produced that show how fundamental frequency varies with cricothyroid and thyroarytenoid activation. Laryngeal framework mechanics of translation and rotation of the cricothyroid joint and the cricoarytenoid joint are used to calculate vocal fold strain (elongation). The role of the ligament in control of fo, limitation of vertical displacement, and stabilizing adduction is quantified. The goals of the supplement project are (1) to update the code from Fortran to Python, (2) to develop user interfaces that many clinicians and voice trainers can use in daily practice, and (3) the dissemination of VoxInSilico software to a wide group of users through national voice/speech organizations.