Titlebook: Seamless Healthcare Monitoring; Advancements in Wear Toshiyo Tamura,Wenxi Chen Book 2018 Springer International Publishing AG 2018 ECG and

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aristocracy

Wearable Unitsc sensors, can be embedded in parts of the body, such as the trunk, legs, arms, etc., to monitor motion-related human activities. Inertial sensors are the subject of research as well as of clinical trials. Because sensors must have sufficient accuracy and validity, evaluation of sensor signals is of

parsimony

Smart Textile Suitity of textile are used to measure angle and performance. In this chapter, the principles of motion analysis using conventional optical method, inertial sensors, and textile sensors are briefly presented. In particular, overview of textile sensors in terms of conductivity and elasticity is explained

龙卷风

Body Temperature, Heat Flow, and Evaporation inexpensive, and accurate and provide continuous recordings. Most wearable thermometers connect to a smartphone or tablet to display data. Many forms of wearable thermometer are available, such as touch, patch, and invisible (radiometry) types. In this review, we describe and discuss currently avai

平躺

Gasesable sensors faces many challenges for long-term use, easy handling, response time, accuracy, validity, and reliability. There are several imitations to produce simple wearable sensors, and above these, optical gas sensors are a promising tool. Monitoring of oxygenation by pulse oximeter and compone

Hemoptysis

Chemical Substancesnsors have been developed to detect different kinds of chemical substances, such as gas, ethanol, urine, glucose, DNA, RNA, and so on. Gas emitted by human can be selectively detected by gas sensor and used as a reference in clinical diagnosis. Glucose sensor can detect the exact concentration of gl

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orthopedist

Photoplethysmogramhnique. In this review, we briefly present the history of PPG, including the development of green PPG, and then discuss recent developments in wearable pulse and respiratory rate sensors. The application of PPG in a clinical trial is also discussed.

AVANT

Wearable Units interest. In this chapter, we examine the technical principles of several types of inertial sensors and provide an assessment of these sensors for patient rehabilitation in clinical practice and sport.

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