Demo Abstract: Phase-Gain IC Based Novel Design of Tidal Breathing Pattern Sensor for Pulmonary Disease Diagnostics

A. Khasnobish, A. Sinharay, Raj Rakshit, T. Chakravarty
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引用次数: 2

Abstract

This paper demonstrates a system capable of capturing directionaltidal breathing (inhale/exhale cycles) pattern for application inpulmonary disease diagnostics. The work particularly highlightsintelligent usage of commercially available Analog Device’s phasegainIC and ultrasound to build such a system which otherwiserequires many fold, more complex circuits/electronics to achievesimilar sensitivity. This makes the system compact, affordable yetvery sensitive so that it can be reliably used for tidal breathing analysis,a new trend that emerged recently as opposed to traditionalSpirometric test (based on forced breathing) that is both tedious andpainful for patients with pulmonary obstructions. This work mayturn out quite useful in needy geographies as pulmonary ailmentslike Chronic Obstructive Pulmonary Disease (COPD) is rapidlybecoming an epidemic and requires immediate attention
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摘要:基于相位增益集成电路的肺部疾病诊断潮汐呼吸模式传感器新设计
本文演示了一种能够捕获定向潮汐呼吸(吸气/呼气循环)模式的系统,用于肺部疾病诊断。这项工作特别强调了商用Analog Device的相位控制ic和超声波的智能使用,以构建这样一个系统,否则需要许多倍,更复杂的电路/电子设备来实现类似的灵敏度。这使得该系统结构紧凑,价格合理,但非常敏感,因此它可以可靠地用于潮汐呼吸分析,这是最近出现的一种新趋势,与传统的肺活量测定法(基于强迫呼吸)相反,传统的肺活量测定法(基于强迫呼吸)对肺阻塞患者既繁琐又痛苦。这项工作可能在贫困地区非常有用,因为慢性阻塞性肺疾病(COPD)等肺部疾病正在迅速成为一种流行病,需要立即得到关注
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