Design and implementation of a biomedical equipment for the detection objective Tinnitus in patients with this diseases

H. Robles, J. Aldonate, R. Vergara
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引用次数: 1

Abstract

Today millions of people suffer from a condition called Tinnitus or tinnitus described as enigmatic in the literature due to the lack of clinical diagnostic tools. To date, there are many diagnostic methods for determining the psychoacoustic characteristics of the disease, none have been merely when definitive diagnosis of a lens, on the contrary depends largely on the patient's description, making diagnosis and subjective clinical unreliability having no actual physical record of it. Therefore, it was decided to test the hypothesis proposed by Dr. Ramiro Vergara, which states that all have a sound source Tinnitus real, and design and implement a biomedical equipment capable of capturing the sound signals generated in the ear of patients with this Acufenometro condition called Objective. The main purpose of this paper is to show the development of the computer tool designed for the objective determination of Tinnitus and laboratory testing and in patients who demonstrate the veracity of the claims of the hypothesis of Dr. Vergara.
一种用于检测耳鸣的生物医学设备的设计与实现
今天,数以百万计的人患有一种叫做耳鸣的疾病,由于缺乏临床诊断工具,耳鸣在文献中被描述为谜。迄今为止,有许多诊断方法来确定疾病的心理声学特征,没有一种仅仅是当晶体的明确诊断时,相反,在很大程度上取决于患者的描述,做出诊断和主观临床不可靠性,没有实际的身体记录。因此,我们决定测试Ramiro Vergara博士提出的假设,即所有耳鸣都有一个真实的声源,并设计和实现一个生物医学设备,能够捕获患有这种急性耳鸣的患者耳中产生的声音信号。本文的主要目的是展示为客观确定耳鸣和实验室测试而设计的计算机工具的发展,以及在证明Vergara博士假设主张的准确性的患者中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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