Key result
A proposed medical remote monitoring system based on an ARM embedded computer and wireless internet enables real-time tracking of multiple physiological parameters.
Why the study?
In rural areas, medical assessment methods have not improved sufficiently, creating an urgent need for personalized, networked, real-time physiological parameter monitoring, especially for elderly individuals.
A proposed ARM-based embedded system using wireless internet technology enables real-time remote monitoring of multiple physiological parameters, facilitating telemedicine applications.
Proposed remote monitoring architecture requires clinical validation trials; leaves open its utility in cardiovascular telemedicine.
In rural areas the medical assessment methods have not improved enough to meet the needs and physiological parameter monitoring is been done by local monitoring system and also it has become an urgent need for the people especially for elder people and this technology enables users to concern about their personalized ,networked real time health monitor.The main resolution of this paper is that to design a global architecture with specification for medical policies which are applicable to design and implementation of an alert based medical system.so in the proposed system we are going to combine an ARM based embedded technology and a mobile technology i.e. embedded computer system and human computer interaction interface module and helps to transmit the local detection data to servers at the hospital through an internet network. Our proposed system collects the data with the help of particular sensor and display the multiple physiological parameters like body temperature , blood pressure ,blood oxygen pulse rates and also ECG signals for particular individuals in real time and Whenever the person encountered with dangerous or emergency situations we are going to get the led alarm signals. wireless technology expansion has been accelerated due to its suitability and cost effectiveness, compared with wired technology.the experimental results shows that the system has good data collection effect so that the effect of medical index collection on family health population service can beachieved]. Hence the system is easy to develop, stable in data sharing therefore its an ideal model for hospitals and public health centers.
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Mallikarjun S Padashetti (2022) reported a review. Wireless embedded internet medical remote monitoring system was evaluated. A proposed medical remote monitoring system based on an ARM embedded computer and wireless internet enables real-time tracking of multiple physiological parameters.
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