Add to ORKGThis work presents a prototype to adapt a standard pulse oximeter by turning it into a wireless device using ZigBee. Patient’s data are extracted and transmitted to the server in real time through a Wireless Sensor Network. This Wireless Sensor Network is deployed using the mesh topology in order to reach the maximum reliability in the communications. The pulse oximeter is based on a Nellcor DS-100a probe and is controlled by an Arduino FIO with a XBee wireless modem. The amplifier circuit which is designed to extract the information of the pulse oximeter probe is included in this work
Pulse rate and oxygen saturation are two important clinical measurements that indicate the state of ...
Telemetry systems provide a means to monitor the physical state of a machine, human beings, and envi...
The Wireless Pulse Oximeter (WPO) is a medical acquisition device aimed at neonates, babies and chil...
The demographic time bomb has been a major concern for many countries around the globe. Many lives w...
The demographic time bomb has been a major concern for many countries around the globe. Many lives w...
In this project, we develop a portable real-time wireless health monitoring system. Goal of the proj...
In this project, we develop a portable real-time wireless health monitoring system. Goal of the pro...
To facilitate quicker detection of symptoms of cardiovascular and respiratory disorders, the use of...
Wireless medical devices have been widely used inside hospitals, medical centers, ambulances and pat...
Pulse rate and oxygen saturation are two important clinical measurements that indicate the state of ...
We present a framework for a wireless health monitoring system using ZigBee technology. It has the c...
The research paper, presents a Wireless Sensor Network (WSN) for monitoring a patient’s physiologica...
Abstract — Medical Monitoring Systems are the most important in the fast developing nation populatio...
Pulse oximeters are central to the move toward wearable health monitoring devices and medical electr...
This paper demonstrates the design of a Pulse Oximeter using 8 bit Atmel Microcontroller .The Oxygen...
Pulse rate and oxygen saturation are two important clinical measurements that indicate the state of ...
Telemetry systems provide a means to monitor the physical state of a machine, human beings, and envi...
The Wireless Pulse Oximeter (WPO) is a medical acquisition device aimed at neonates, babies and chil...
The demographic time bomb has been a major concern for many countries around the globe. Many lives w...
The demographic time bomb has been a major concern for many countries around the globe. Many lives w...
In this project, we develop a portable real-time wireless health monitoring system. Goal of the proj...
In this project, we develop a portable real-time wireless health monitoring system. Goal of the pro...
To facilitate quicker detection of symptoms of cardiovascular and respiratory disorders, the use of...
Wireless medical devices have been widely used inside hospitals, medical centers, ambulances and pat...
Pulse rate and oxygen saturation are two important clinical measurements that indicate the state of ...
We present a framework for a wireless health monitoring system using ZigBee technology. It has the c...
The research paper, presents a Wireless Sensor Network (WSN) for monitoring a patient’s physiologica...
Abstract — Medical Monitoring Systems are the most important in the fast developing nation populatio...
Pulse oximeters are central to the move toward wearable health monitoring devices and medical electr...
This paper demonstrates the design of a Pulse Oximeter using 8 bit Atmel Microcontroller .The Oxygen...
Pulse rate and oxygen saturation are two important clinical measurements that indicate the state of ...
Telemetry systems provide a means to monitor the physical state of a machine, human beings, and envi...
The Wireless Pulse Oximeter (WPO) is a medical acquisition device aimed at neonates, babies and chil...