A Low-Cost Portable Health Platform for Monitoring of Human Physiological Signals
This work reports the integration and preliminary testing of a miniature commercial health platform based on the combination of a set of platforms that can be merged in hardware and software to measure and monitor many physiological parameters of the human body. The system is very portable, has a clear economic benefit in terms of cost and it has been well integrated with a customized and intuitive graphical user interface. Detailed about the materials used for preparation of this platform and the methods used for data collection are reported. Preliminary data has been collected and reported. Explanations are shown about the data in relation to the sensors behaviors and performance.
KeywordsWearable device Low-cost device Monitoring of physiological parameters Open source hardware and software
We thank you all staff of the Department of Mathematics and Computer Science for their valuable support and in particular: Mr. M. Barrett-Baxendale and Prof. D. Reid, Ms. J. Burnett, and Miss S. Benson.
This work was presented in report form in fulfillment of the requirements for the course in Electronic Engineering for the student K. Brown under the supervision of E.L. Secco from the Robotics Laboratory, Department of Mathematics & Computer Science, Liverpool Hope University.
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