Health Monitoring System for Individuals Using Internet of Things

International Journal of Engineering Applied Sciences and Technology

Internet of Things (IOT) technology has attracted much attention in recent years with its ability to reduce the risk of complications in the aging process and the rise in chronic diseases. Excessive posture is an important issue that hinders progress in this area, and as a result this paper proposes a standard model for use in Internet health programs for the future. This handbook provides a case study of each model area, an analysis of their strengths, weaknesses, and overall suitability for the health care system you wear. IoT health challenges include security, privacy, durability and low power performance, and recommendations are made for future research indicators.

IEEE Journal on Selected Areas in Communications, 2021

U NDER the pressure of the growing millennial population and senior citizens are aging, which is one of the top societal priorities in many countries, the provision of healthcare needs to evolve and improve. A roadmap paved by World Health Organization (WHO) in March 2019 called Global Strategy on Digital Health 2020-2024, specified a grand vision of promoting healthy lives and well-beings for everyone, everywhere, at all ages [1]. WHO urges all nations to work hand in hand in developing and delivering Digital Health initiatives supported by robust government strategies that amalgamate financial, organizational, human and technological resources [2]. In particular, there are some niches areas in the strategies such as the adoption of distributed sensors and assisted living emerging in recent years. To this end, a lot of efforts both from the research community and industrial providers are anticipated to put forth in the coming decade, in implementing the concept of assisted living using hardware devices into meaningful solutions for fulfilling the growing needs of assisted living. Internet of Medical Things (IoMT) is an emerging concept that stands for the internetworking of distributed devices and sensors [3]. Those so-called "medical things" have the ability to collect and exchange data, between users and users, as well as users and machines via the internet. Allowing users and doctors, even machines with artificial intelligence to be informed of a patient's condition in real-time [4], via the unprecedented sensing ability, IoMT revolutionizes the healthcare landscape. When properly analyzed, the data from IoMT turn into useful insights that add values to the long

International Journal for Research in Applied Science & Engineering Technology (IJRASET), 2021

Health on of the key aspects of any human's life and one needs to keep up good health to make progress in life. We see most of the people facing health issues during different times during their life and it is their first job as an individual to keep up their health. As we are already seeing the novel coronavirus has devastated the world for the past few months and continues to do so. We see many cases like people living in distant villages and towns where there are no proper medical facilities to have a health checkup once in a while, they need to travel long distances to get a basic health checkup done. Especially the old people who cannot travel much due to their age. A human's health can be carefully monitored and a reasonable outcome can be predicted to avoid unfortunate deaths or misfortunate occurrences by measuring temperature, sp02, or pulse and Strain upon the muscles. These factors are being collected by various devices, but have never been classified and carefully monitored for anomalies. So this system is the best option to counter the situation as it collects data and stores it in the webserver and also gives alerts.

Indonesian Journal of electronics, electromedical engineering, and medical informatics

Monitoring activities are needed if there are symptoms of a disease that require quick action so that the patient's condition does not get worse, for that we need a system that can notify doctors so they can take action. The patient monitoring system in hospitals is generally still carried out conventionally, among others, nurses or doctors come to the patient's room to check on the progress of the patient's condition, this will be a problem, if the number of medical personnel and facilities is insufficient to monitor. Patients who need special attention for patient care, such as monitoring the patient's breathing rate. The use of the internet of things (IOT), as a device that can work without the help of people, can perform tasks and provide easier and real time data, so that they can access output directly. The purpose of this research is to design an inexpensive health monitoring tool based on the Internet of Things (Respiration Parameters) using a piezoelectric s...

IOT has carried out important function in converting the traditional fitness care corporation. With developing call for in population, traditional healthcare structures have reached their outmost functionality in presenting sufficient and as plenty as mark offerings. The worldwide is handling devastating developing antique population disaster and the right want for assisted-dwelling environments is turning into inevitable for senior citizens. There furthermore a determination by means of the use of way of countrywide healthcare organizations to increase crucial manual for individualized, right blanketed care to prevent and manipulate excessive coronial situations. Many tech orientated packages related to Health Monitoring have been delivered these days as taking advantage of net boom everywhere on globe, manner to improvements in cellular and in IOT generation. Such as optimized indoor networks insurance, community shape, and fairly-low device fee performances, advanced tool reliability, low device energy consumption, and hundreds higher unusual common usual performance in network safety and privacy. Studies have highlighted fantastic advantages of integrating IOT with health care location and as era is improving the rate also cannot be that terrific of a problem. However, many challenges in this new paradigm shift notwithstanding the fact that exist, that need to be addressed. So the out most purpose of this research paper is 3 essential departments: First, evaluation of key elements that drove the adoption and boom of the Internet of factors based totally domestic some distance off monitoring; Second, present fashionable improvement of IOT in home a long manner off monitoring shape and key building gadgets; Third, communicate future very last effects and distinct guidelines of such type a long way off monitoring packages going ahead. Such Research is a wonderful manner in advance now not outstanding in IOT Terminology but in standard fitness care location.

2022

The Internet of Things (IoT) has made it far simpler to implement a remote, real-time patient health monitoring system from locations other than hospitals, such as patients' homes. Sensors retrieve various data related to the patient and record a variety of indicators. Then, the IoT, which presents it on a website and provides access for remote monitoring, saves this information. Because of this, we can lessen the number of mistakes made by humans, and the amount of space that the system takes up in the room may be decreased due to its smaller size. The creation of alarms is employed in such a way that the patient is not prevented from taking their medications at the appropriate times. If the health parameters reach the predetermined value, a notification is usually delivered through email or a text message alert. The competent authorities can be aware of the situation thanks to the notification method. In this article, we have addressed the monitoring of several diseases and vital signs, including the rate of one's heartbeat, blood pressure, breathing rate, body temperature, and pace of movement, using various methods. Another critical aspect of the solution that has been presented is creating the ideal environment for the patient, considering their current state of health.

Proceedings of the 2015 International Conference on Recent Advances in Computer Systems, 2016

Approximately 15% of world population faces some sort of disability which effects their social life and make them overly dependent on the others. Similarly old aged peoples' cognitive, physical and psychological health is negatively affected due to aging. To increase the disabled and old aged peoples' functional capabilities, several IT-enabled devices have been designed. Internet of Things (IoT) is a new paradigm in which "things" are connected to Internet for control applications. In this paper an IoT based health care system has been developed to help disabled or old aged people. In this system elderly or disabled people can communicate their urgent needs to the health care staff in the form of specific important prerecorded audio messages. These messages can be played by touching their smart phone scree on IoT interface. Also, with the suggested design, the elderly people can control the home appliances from one location using their smart phones.

Internet of things is a system that connects physical objects, animals and people etc to the internet by assigning an IP address (IPV6) to everything on the earth. In this paper, we propose a smart health monitoring system whereby IoT technology is implemented to monitor the health status of the patient and alert the doctor in case of emergency. We use heart beat sensor, oxygen sensor and temperature sensor to monitor patients' health. We use Raspberry Pi 3 model to collect data from various respective sensors and display them on the web page in real time. All data is graphically presented and also an automatic alert has been send to the doctor or health officer based on the sensor readings.

Proceedings of the Fifteenth International Conference on Management Science and Engineering Management, 2021

Internet of Things (IoT) is gaining significant attention in the healthcare for monitoring weak and aging patients in the remote location. This paper aims at providing assistance to remote patients, particularly with Alzheimer and Cardiac diseases. The network developed provides remote health monitoring. Sensors collect information about patient and relay it to the cloud, where information is available to the patient's designated family members and healthcare providers through a mobile application. In this research a prototype model was designed and tested for monitoring of remote patients' location and condition. A Wireless IoT based network for healthcare monitoring was developed. Smart devices were used in home and clinics to help family members to monitor aged persons. The data is received on the cell phone and in case of emergency, an ambulance can be called immediately and doctors can be informed for timely aid. Equation modelling was done from the data gathered for measuring heartbeats per minute versus time in seconds. The confidence level measured was 61%. Our preliminary result shows that the proposed architecture will fulfil all requirements and will have positive impact on the health of frail patients.

Iris Publishers LLC, 2018

Wireless medical sensor nodes are designed to include medical sensors to monitor human body conditions and store this information in memory. It will then be processed and analyzed. The sensors deployed on the human body mainly monitor body temperature, heartbeat, blood pressure, electrocardiogram and pulse oximetry. They send this information to a remote location for processing and a medical doctor can use these recorded readings to determine the condition of an individual or a patient. The data could be monitored on a regular basis that will help the doctor to be aware of the patients’ status at specific instants of time [1]. The IoT has evolved as a smart ubiquitous framework of smart objects and is capable of hosting a diverse set of application realms such as business enterprises, health care, educational and social organizations, etc. This research is an attempt to utilize the IoT technologies to monitor health related issues in various health care centers, perform personal health monitoring of clinical patients, elderly patients care, chronic patients monitoring, clinical data collection regularly, children monitoring in order to keep them away from coming across insecure situations at home and patient monitoring in catastrophe situations. The research will also address current critical areas where growth of electrical simulators for accelerating bone development and electrical brain monitoring. These promote rehabilitation of patients with traumatic injuries using electrical simulators to accelerate bone growth. In addition, the research will use all the data generated from the monitoring phase to analyze, visualize and predict the various results. The analysis could be possibly used to study and understand the health status of patients living in the society so as to benefit them and help them to improve their health conditions and aid for building up of health-conscious attitude so that they realize the advantages of maintaining their fitness. The idea of health monitoring using IoT needs a specific sensor which could be present or attached on various smart objects to connect to the large network of IoT. This connection will enable the sensor to send the essential medical data of the patients onto the remote objects spread within the area. The remote objects could be any smart electronic device that use medium of transfer of information as light waves or radio waves or motion energy. Due to the use of IoT, the internet will transform medical systems allowing improved on spot and transitional patient care [2]. This research will use the framework of IoT to collect a patient’s medical history and store it on internet or cloud server represented as medical records. Thus, the doctors can diagnose and suggest treatment for the patients either online or well before patient’s arrival at the hospital. This research paper discusses about the strategies to attain integration of IoT based smart devices and services with smart healthcare services and will completely revolutionize the health care systems field