1.Research on Electrical Impedance Tomography Technology.
Feiba CHANG ; Hehua ZHANG ; Lexian YAN ; Jun YIN
Chinese Journal of Medical Instrumentation 2016;40(1):52-54
This article reviews the principle of electrical impedance tomography imaging and measurement system; focuses on electrical impedance tomography imaging detection system of incentive mode and several typical image reconstruction algorithm of electrical impedance imaging; and objectively compares and effectively evaluates several image reconstruction algorithm.
Algorithms
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Electric Impedance
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Image Processing, Computer-Assisted
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Tomography
2.The research and expectation on wearable health monitoring system.
Feiba CHANG ; Jun YIN ; Hehua ZHANG ; Lexian YAN ; Shuying LI ; Deqiang ZHOU
Chinese Journal of Medical Instrumentation 2015;39(1):40-43
Wearable health monitoring systems that use wearable biosensors capturing human motion and physiological parameters, to achieve the wearer's movement and health management needs. Wearable health monitoring system is a noninvasive continuous detection of human physiological information, data wireless transmission and real-time processing capabilities of integrated system, can satisfy physiological condition monitoring under the condition of low physiological and psychological load. This paper first describes the wearable health monitoring system structure and the relevant technology applied to wearable health monitoring system, and focuses on the current research work what we have done associated with wearable monitoring that wearable respiration and ECG acquisition and construction of electric multi-parameter body area network. Finally, the wearable monitoring system for the future development direction is put forward a simple expectation.
Equipment Design
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Humans
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Monitoring, Ambulatory
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instrumentation
;
Movement
3.The Research and Expectation on Wearable Health Monitoring System
Feiba CHANG ; Jun YIN ; Hehua ZHANG ; Lexian YAN ; Shuying LI ; Deqiang ZHOU
Chinese Journal of Medical Instrumentation 2015;(1):40-43
Wearable health monitoring systems that use wearable biosensors capturing human motion and physiological parameters, to achieve the wearer's movement and health management needs. Wearable health monitoring system is a noninvasive continuous detection of human physiological information, data wireless transmission and real-time processing capabilities of integrated system, can satisfy physiological condition monitoring under the condition of low physiological and psychological load. This paper first describes the wearable health monitoring system structure and the relevant technology applied to wearable health monitoring system, and focuses on the current research work what we have done associated with wearable monitoring that wearable respiration and ECG acquisition and construction of electric multi-parameter body area network. Final y, the wearable monitoring system for the future development direction is put forward a simple expectation.