Title :
Human health monitoring mobile phone application by using the wireless nanosensor based embedded system
Author :
Kumar, K. Deepak
Author_Institution :
SASTRA Univ., Thanjavur, India
Abstract :
Nowadays population growth increased exponentially and health diseases also increase parallel because the persons do not give important about the body conditions due to time allocation and highly expensive medical treatment. In this paper deals with this problem by using the nano sensor based mobile phones. Nano sensor was placed in the mobile phones. It´s used to monitor the human body because now most of the peoples having the mobilesphones. This mobile phone having the in build highly sensitive TI MSP430 family microcontroller and zigbee used to transmit the health care data´s. Compare to the other microcontroller, TI MSP430 was secured for the patient health. The nanosensor used to detect the minute variations in the human body without need various types of sensor. In this device used to monitor and measure the ASTHMA, CANCER, and BLOODPRESURE, ECG from the human breathing and body temperature. In this device alert the patient and display what is the body condition, causes, how to overcome this problems without need proper physician guides´ and save the money. Five are more patient combined to make one wireless network with any one of the hospital management. The hospital management continuously monitor the patient health condition if any variations occurs in below or above to the normal range immediately making call to the patient home and also call the ambulance. The location of the person detected by using the GPRS tracking system.
Keywords :
Zigbee; blood pressure measurement; cellular radio; data communication; diseases; electrocardiography; hospitals; medical computing; microcontrollers; mobile computing; nanosensors; patient monitoring; patient treatment; pneumodynamics; telemedicine; ECG measurement; GPRS tracking system; TI MSP430 microcontroller; Zigbee; asthma monitoring; blood pressure measurement; body conditions; body temperature; cancer monitoring; health care data transmission; health diseases; hospital management; human body monitoring; human breathing; human health monitoring mobile phone application; medical treatment; patient health condition monitoring; person location detection; time allocation; wireless nanosensor based embedded system; wireless network; Biomedical monitoring; Chemicals; Medical services; Mobile handsets; Monitoring; Temperature measurement; Temperature sensors; MMSN; Nanosensor; Zigbee;
Conference_Titel :
Information Communication and Embedded Systems (ICICES), 2013 International Conference on
Conference_Location :
Chennai
Print_ISBN :
978-1-4673-5786-9
DOI :
10.1109/ICICES.2013.6508277