It enables the doctors to monitor patient’s health parameters (temp, heartbeat, ECG, position) in real time. Here the parameters of patient are measured continuously (temp, heartbeat, ECG) and wirelessly transmitted using Zigbee. This development provides a solution for enhancing the reliability and flexibility by improving the performance and power management of the patient monitoring system. In the current proposed system the patient health is continuously monitored and the acquired data is analyzed at a centralized ARM microcontroller. If a particular patient’s health parameter falls below the threshold value, an automated SMS is sent to the pre-configured Doctor’s mobile number using a standard GSM module interfaced to the ARM microcontroller.
Most likely, they are admitted to a nursing home or hospital, but this is not the permanent solution for them and also an expensive way. In that case, wearable technology is playing an important role to solve this particular problem. It continuously monitors the physical activities of elder people which minimizes the risk of illness and injuries. With the help of wearable devices, they can observe their own health activities and measure, blood pressure, heart rate, calories burned etc. (Chan et al.
The movement of the catheter is monitored usually by the pressure readings from the catheter tip or with a medical imaging device. The device can be also used to detect and observe the changes drugs have on the heart after the patient suffered from heart
HEALTH INFORMATION TECHNOLOGY Health information technology makes it easy for the nurse to the treatment they carry out patient, patient’s response and progress toward the health care goal on coming in contact with the patient. It makes monitoring easy for the nurse and easily accessible by other team members. It improves the quality of health care the nurse gives to the patient, increases administrative efficiencies, and decreases the nurse’s paperwork. Reduces malpractices in nursing work. 4.
Sensors Two sensors are used in this health monitoring system one is pulse rate sensor and other is temperature sensor. A pulse rate sensor is used in order to check the heart rate of patient as a clinical data by using TCRT 1000 sensor. This sensor is based on IR technology. IR (TRCT1000) sensors are used in this thesis work for detecting the pulses of at the tip of the finger. It is a reflective type IR sensor which is working on 950nm range of light.
The concern towards human welfare has created the needs for a rapid, continuous, no invasive sensor arrangement of essential signs. Particularly non-invasive and non-restraining frameworks are required, since they could monitor health status over a long period. Pressure sensor & Heart beat sensors are used to measure the vital signs. 1.1 INTRODUCTION Blood pressure measurement is actually the force of blood against the walls of arteries. Blood pressure is shown as 2 numbers the systolic pressure (as the heart pulsates) over the diastolic pressure (as the heart relaxes between heart beats).
In this paper Blowfish algorithm is designed using VHDL (Very High Speed Integrated Circuit Hardware Description Language) programming language and simulated using Xilinx ISE 14.5 design suite. The Virtex-5 XC5VLX50T device used for synthesis of Blowfish algorithm. The simulation results show the minimum utilization of device resources. Keywords—Cryptography; Symmetric and Asymmetric key Cryptography; Blowfish algorithm; VHDL;
Electronic senses to touch us all Dr. S. S. Verma, Department of Physics, S.L.I.E.T., Longowal, Distt.-Sangrur (Punjab)-148106. Development and use of electronic devices from day to day life activities of human to its industrial & business applications have already revolutionized our world. Besides, electronic devices/sensors are being developed to work at par with the functions of human sense organs. Human has in general five sense qualities like touch, taste, smell, hear, vision and the whole actions of human body are controlled on the basis of electric signals through their respective body parts as: skin, tongue, nose, ear and eye. Electronic development has progressed well to replicate these sense functions with electronic devices/sensors called: e-skin, e-tongue, e-nose, hearing aids and electronic-eye.
ELECTRONICS IN MEDICAL FIELD: Emergency alarms, bed beeping systems and x-ray machines are all examples of equipment using electronics based application. Some surgical procedures are even computer guided. An example in laproscopic surgery, where the surgeon inserts the medical tools and a small camera and conducts the operation with the help of computers and monitors. some machines also monitor heart rates, pulse rates and brain readings. CT Scanner: A CT Scanner has the ability to take pictures of the body with much greater accuracy and speed and with less radiation than an x-ray.
Fall 2014 EE236 Electronics Course Project Wireless Capsule Endoscopy Sarah El-Sayed Gad , Sarah Abdel-Hakem Raslan Computer and Systems Engineering Department , Alexandria University Sarahjad94@gmail.com , email@example.com Abstract. Wireless Capsule Endoscopy is an electronic device with size of pill and can be Swallowed .It used in medicine To examine digestive tract. Small intestine is part of digestive tract because it contains tiny camera . The main purpose of this review is to explain the electronic side of the wireless capsule. Herein we will give detailed information about the main Components of the device such as LEDs , controller, cattery , CMOS image sensor, RF transmitter, Compressor and The Reception System .