Development of low power cardiac telemetry system

V. G. Girhepunje, S. Chede
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引用次数: 1

Abstract

The recent development in the era of physiological instrumentation is to avoid the long duration hospitalization with the help wearable remote monitoring systems. Low power and portability along with the speed and high performance are the main issues related with such system design and their development. In this paper a wearable data acquisition system capable to measure body parameters like temperature, ECG signal and heartbeats is developed and experimented. Module functionality is realized using low power digital sensors and an ultra-low power, high performance cortex core MSP 432 microcontroller unit. Bluetooth and GSM module is used for wireless real time signal transmission. Comparative power measurements in terms of voltage and current are also done for the realized wearable module.
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低功率心脏遥测系统的研制
生理仪器时代的最新发展是借助可穿戴远程监测系统来避免长时间住院。低功耗和便携性以及速度和高性能是与此类系统设计和开发相关的主要问题。本文研制并实验了一种能够测量体温、心电信号、心跳等人体参数的可穿戴数据采集系统。模块功能采用低功耗数字传感器和超低功耗高性能皮质核心MSP 432微控制器单元实现。采用蓝牙和GSM模块进行无线实时信号传输。本文还对所实现的可穿戴模块进行了电压和电流方面的功率比较测量。
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