Design smart hospital system based on cloud computing

AIP Conference Proceedings

This paper focuses on review of Design & Development of Health-care Patient Monitoring System using cloud Environment In traditional method of patient monitoring the patients physiological information is on paper recorded by the nurses. As these nurses work on shift basis the latest details of the patient may not be completely explained from outgoing to incoming nurse. Many times the diagnosis is made based on manually recorded physiological information and the prescription was noted without concern with tolerant current medical records. With such conventional method diagnoses as well as the recommendation are noted against the law, which does not permit to do experts to have an easy entry to tolerant record. With such scenario it is bit difficult to diagnose the patient correctly for the proper treatment. This leads to the expansion of store and ahead at least under ICU environment. With such system the patient's normal functioning in the form of space-time records of biological event are seize, stored for as long as to the experts for unplugged. To facilitate population living in rural as well as interior part of the country with portable battery operated Telemetric unit. To provide flexibility to such patients to have distant medical checkups as well as continuous patient monitoring. shows methodology and basic idea about how the sensors, actuatorsconnected to processor which able to process the signal in proper graphical physiological parameters of patients displayed on monitor by Java Programming technique later its connected to wireless sensor network then sent to web server to the experts present on another side. During this COVID-19 pandemic situation, biomedical healthcare Monitoring System is very helpful for those patients where vehicles, transportation and continuous monitoring is necessary .

IOP Conference Series: Materials Science and Engineering, 2020

Wearable devices used to monitor patients are classified as part of mobile health, one of the branches of e-health. They are widely used to monitor the vital signs of patients outside of the health institutions environment. The aim of this paper is to design a device that can be worn at low cost and of small size to provide comfort to the patient. The accuracy of this device should be high compared to the benchmark. Also, this study takes into account real-time remote monitoring based on the wireless sensor network and cloud computing where cloud computing is integrated with the Internet of Things to solve the problem of the flow of the huge amount of data. The Wearable Remote Vital Signs Monitoring System (WRVSMS) was manufactured by a printed circuit board, where the ESP01, MAX30100, NTC, OLED, and Li-ion battery were used. The WRVSMS was connected to the cloud server via the HTTP protocol where the data was stored and analysed. The WRVSMS works on basis the combining data of vita...

2015 IEEE 28th Canadian Conference on Electrical and Computer Engineering (CCECE), 2015

This paper presents the design and implementation of an e-health smart networked system. The system is aimed to prevent delays in the arrival of patients' medical information to the healthcare providers, particularly in accident and emergency situations, to stop manual data entering, and to increase beds capacity in hospitals, especially during public events where a large number of people are meeting in one place. The architecture for this system is based on medical sensors which measure patients physical parameters by using wireless sensor networks (WSNs). These sensors transfer data from patients' bodies over the wireless network to the cloud environment. Therefore, patients will have a high quality services because the e-heath smart system supports medical staff by providing real-time data gathering, eliminating manual data collection, enabling the monitoring of huge numbers of patients.

2021

Internet of Things (IoT) enable humans to urge high level of automate by establish system using sensors, interconnected devices and Internet. In ICU, patient monitoring is serious and most vital activity, as small delay in decision associated with patients' treatment may cause permanent disability or maybe death. Most of ICU devices are equipped with various sensors to calculate health parameters, but to watch it all the time remains challenging job. We are proposing IOT based system, which may help to fast conveying and identifying emergency and initiate communication with healthcare staff and also helps to initiate proactive and quick treatment. This health care system reduces possibility of human mistakes, delay in communication and helps doctor to spare longer in decision with accurate observations. With the rapid development of smart devices and the Internet of Things (IoT) technology, some traditional business sectors are embracing new possibilities. Particularly, in the field of healthcare, the IoT technology is transforming the landscape and posing high requirements on the hospital resource management. This paper develops an IoT system that could be deployed in hospitals for various applications, supports LoRa, Wi-Fi and other data collection methods, uploads the data to the cloud platform for further processing through a secure connection, and feeds back to users in real-time through the user interface. This article contains an introduction to the implementation and structure of the system, as well as a simple demonstration design and test results.

— Diagnosis, and monitoring of health is a very important task in healthcare industry. Due to time constraint, people are not visiting hospitals, which might and possibly lead to a lot of health issues in one instant of time. Predominantly most of the healthcare systems have been developed to predict and diagnose the health of the patients by which people who are busy in their schedule can also monitor their health at regular intervals. Many studies show that early prediction is the best way to cure health because early diagnosis will help and alert the patients to know the health status. Healthcare being a global issue more particularly India being a most populated nation where majority of which live in villages deprived of healthcare facilities on real time basis continuously and regularly. With the increasing use of technology, there is an urgent need to have such a smart health monitoring system that can communicate between network devices and application which will help the patients and doctors to monitor, track and record the patient's sensitive data containing medical information. This paper depicts the idea of solving health issues using the latest technology, Internet of Things (IoT). It presents the architectural review of smart healthcare system using Internet of Things(IoT) which is aimed to provide a Better HealthCare to everyone. Using this system architecture, patient's body parameters can be measured in real time.

MANTECH PUBLICATION, 2020

In the most recent decade the social insurance checking frameworks have drawn significant considerations of the scientists. The prime objective was to build up a solid patient checking framework with the goal that the medicinal services experts can screen their patients, who are either hospitalized or executing their typical day by day life exercises. In this work we present a cell phone based remote medicinal services checking framework that can give ongoing on the web data about physiological states of a patient. Our proposed framework is intended to quantify and screen critical physiological information of a patient so as to precisely portray the status of her/his wellbeing and wellness. By utilizing the data contained in the content or email message the human services proficient can give essential medicinal exhorting. The framework chiefly comprises of sensors (for example temperature sensor, gyrator, accelerometer), area storage (for example GPS), microcontroller (for example Raspberry Pi), and programming (for example Raspbian, Disk imager). The patient's temperature, no. of steps he/she strolls, area and ECG information are checked, shown, and put away by our framework. Alongside above notice parameters, android application will show timing and sum for drinking water and caution about same.

international journal for research in applied science and engineering technology ijraset, 2020

This wireless health monitoring system will monitor a person's health. Generally, IOT has widely interconnect the advanced medical resources and supply smart and effective healthcare services to the people. Here, Controlling and processing is completed through the Arduino Uno board, all the sensors are connected to Arduino UNO. ECG, heartbeat, BP and Temperature are measured through sensors. Through sensors, it is possible to live of these values. Here all the sensors are powered employing a solar energy system. The advanced sensors are often either embedded into the body of the patients, so on continuous monitoring, their health informations are recorded. The sensors are often connected to Arduino through any of the six analog pins. These values are then used for detecting any critical situation. On any critical situation, an alert is often given as a message. Also, it is possible to watch the person’s health from any location .The data collected from the sensors are stored in the cloud. Since, cloud is the base of all IoT devices. Data from sensors is uploaded periodically without any interruption if the web is out there. Wi-Fi module is employed for connecting Arduino to the web.

IRJET, 2022

Domain of project is Internet of Things (IoT). This system can be used in healthcare sector. NodeMCU is used as microcontroller, other than that several sensors are used to collect data like MAX30100 Pulse oximeter, DS18b20 sensor, Dht22 sensor, AD8232 ECG sensor and Thingspeak platform is used for monitoring the patient health. With an advancement in the emerging technologies and miniaturization of sensors, efforts have been made of using new technologies in healthcare areas to improve the overall quality life. The healthcare industry is a significant field of study that has seen the introduction of technologies. It is enormously expensive for those in need of health care facilities, which is especially the case in developing countries. The health monitoring system has seen tremendous growth in hospitals and many other health centers, and portable health monitoring systems of new technologies are also being of great interest to many countries around the world. The emergence of the Internet of Things ( IoT) technology makes it possible for healthcare to shift from face-to - face appointment to telemedicine. As a result, this effort is an attempt at addressing a health issue that society is currently facing. The primary aim of the project is to design a framework for remote healthcare. This project proposes an intelligent IoT healthcare system that will monitor the health related parameters of a patient and the condition inside this room where patients are presently in real time. In this framework, some sensors are used to collect the data, like heartbeat sensor, body temperature sensor, room temperature sensor, Blood oxygen sensor, ECG sensor, and Room humidity sensor from the patient and area. The status of the patients is communicated to the medical personnel through online platform, where they can process and interpret the patients' current state. The prototype will be well suited for healthcare monitoring that is proved by the effectiveness of the system. The system is very effective in the case of infectious disease including a novel coronavirus (COVID-19) treatment. The system will enhance the current healthcare infrastructure, which will protect more lives from death

IJSRD - International Journal for Scientific Research and Development, 2018

— Now-a-days Health care Environment has become technology oriented. Humans are facing a problem of unexpected death due to the reason of heart attack which is because of lack of medical care to patient at right time. So we are developing project to avoid such sudden death rates by using Body Health Monitoring. In this system a patient will be carrying hardware having sensors and android phone application, the sensors will sense the body temperature and heart rate of patient and these data is transferred to android smart phone via Bluetooth/Wi-Fi. System has the cloud database which stores all information about patient's health and the Doctors will prescribe medicine using this information stored on cloud. Device even it allows patient to move freely and can be monitored continuously. The android phone will be containing an application which will detect the heart attack according to the received data respectively and if any abnormalities are found regarding heart attack message will be send to patient's doctor, relatives and hospitals. The SMS contains patients situation and location (via GPS) to provide urgent medical attention.

International Journal of Computer Applications, 2012

Remote patient monitoring is a crucial/decisive issue in healthcare system. Healthcare systems strive to improve the quality of service and cost effectiveness of care. Due to the distributed computing nature of wireless sensor network, they play an important role in providing solution to healthcare obstacles based on real time data. Sensor networks are responsible for integrating the physical world with digital world. But sensors are constrained with insufficient computational power, less storage resources, limited lifetime & prone to failure. On the other hand cloud is full of huge memory, high band width, etc which swifts the data processing faster and provide quick response to user. In this paper we have proposed a hybrid frame work by integrating sensor network with cloud computing to monitor the remote patient health status and take necessary aid.