WIRELESS PULSE OXIMETER FOR BIOMETRIC DATA

WIRELESS PULSE OXIMETER FOR BIOMETRIC DATA

Dr.V.J.K.KISHOR SONTI M.Tech.Ph.D

Department of Electronics and Communication

Faculty of Electronics, University of Satyabama Institute of Science and Technology

Chennai, India

Mr.THOTA RAMASATYA BHASKARA DURGA NAGESH

Department of Electronics and Communication

Student of Electronics, University of Satyabama Institute of Science and Technology

Chennai, India

ramnageshthota@gmail.com

Mr.KORLA GANESH

Department of Electronics and Communication

Student of Electronics, University of Satyabama Institute of Science and Technology

Chennai, India

Korlaganesh01@gmail.com

Abstract— The human lung utilizes a lot of speed to inhale air because of the limiting of the stomach. The other way utilizes a fan to expand the kind of pressure lungs. The respiratory framework ought to have the option to inhale 10 to 30 times each moment and change the volume in stage 2. To wrap things up is the setting to change the endlessly breathing time. Likewise, the air should have the option to control the patient's blood oxygen level and aspiratory pulse to stay away from a similar gaseous tension. The breezes we convert here and foster utilizing Nodemcu contain these prerequisites to assemble a dependable however reasonable DIY to assist with a plague. Here we utilize two strategies for pushing the side to push the silicon airbag and sack associated with the DC engine. We use cloud-based collaborations and factors to change the profound tallness and worth of BPM in patients. Our framework utilizes blood sensors and sensors to screen patient requirements. The framework is additionally informed to hear a crisis call. To accomplish the ideal outcomes, the whole framework is overseen by a NodeMCU regulator, which helps patients during the spread of COVID and different crises.

Keywords- BPM, Oximeter, Blood pressure, Nodemcu, Arduino, Embedded,Ubidots cloud.