End to end frame work for monitoring health of football player on field

日期 : Sep 2014 - Dec 2015

Hardware Methodology The main aim is to monitor the health and location of all players. Therefore for this purpose we have to choose some sensors for health and module for location monitoring. Therefore for health monitoring we choose temperature sensor DS18B20, pulse sensor SEN-11574 and GPS SKM53 for location monitoring. As these hardware components require input power to operate therefore for this job we are using +5V battery. As the data coming from sensors and GPS module have different data rates therefore it must be processed sequentially. We have to select hardware component which is connected to sensors and GPS module. We select Arduino pro mini for this purpose. As the data is coming from sensors and GPS module is about 1k bytes and we can interface these sensors and GPS module easily with Arduino. The libraries of temperature sensor, pulse sensor and GPS module is used to read the coming data and convert this data into packets. These packets transmit wirelessly. Therefore we select RF module which send data wirelessly. For this purpose we pick Xbee S2.Furthure we interface the Xbee S2 with Arduino pro mini. Data packets send to Xbee S2 for transmission. As these devices attach with all players that make a Personal Area Network (PAN). All the devices connected to each other wireless through Personal Area Network. As in personal area network all devices are connected to each other. There are some techniques which used for communication like flooding, direct flooding (collaborative communication).We are using direct flooding. In direct flooding the data copies of one device receive to all other devices. The data of all players through direct flooding send to sink which consist of Xbee S2 is connected to laptop. We use Arduino library to convert the data coming from Xbee to an excel file in the laptop and saves it on laptop. Software Methodology Coming towards the software phase, the data of players body temperature, pulse rate and position