This paper focuses on review of Design and Development of Health-care
Patient Monitoring System using cloud environment. Cloud computing technology
combines with the (IoT) Internet of Things concept and helps for maintaining
and processing of vital data on-line instead offline. In traditional method of
patient monitoring the patient’s physiological information is on paper recorded
by the nurses. As these nurses work on shift basis the latest details of the
patient may not be completely explained from outgoing to incoming nurse. Many
times the diagnosis is made based on manually recorded physiological
information and the prescription was noted without concern with tolerant
current medical records. With such conventional method diagnoses as well as the
recommendation are noted against the law, which does not permit to do experts
to have an easy entry to tolerant record. With such scenario it is bit
difficult to diagnose the patient correctly for the proper treatment. This
leads to the expansion of store and ahead at least under ICU environment. With
such system the patient’s normal functioning in the form of space-time records
of biological event are seize, stored for as long as to the experts for
unplugged.
This study aims to develop advanced Real time telemedicine
system by using an ultra-low power processor and low power biomedical sensors.
This proposed work tries to facilitate population living in rural as well as
interior part of the country with portable battery operated Telemetric unit and
to provide flexibility to such patients to have distant medical checkups as
well as continuous patient monitoring. This study also shows methodology and
basic idea about how the sensors, actuators connected to processor which able
to process the signal in proper graphical physiological parameters of patients
displayed on monitor by Java Programming technique later its connected to
wireless sensor network then sent to web server to the experts present on
another side. During this COVID-19 pandemic situation, biomedical healthcare
Monitoring System is very helpful for those patients where vehicles,
transportation and continuous monitoring is necessary.
Author(s) Details:
Sonal Bawankule,
Department of Computer Science and Engineering, Oriental University,
Indore, India.
Rekha
Shahapurkar,
Department
of Computer Science and Engineering, Oriental University, Indore, India.
Please see the link here: https://stm.bookpi.org/CPSTR-V8/article/view/14052
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