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IOT BASED APPLICATION IN SMART HEALTH CARE SYSTEM

Dr. Bhavna Bajpai is a Dean & IQAC Coordinator in Dr. C. V. Raman University, Khandwa (M.P.) India from 2018 to Current(2023-24).I have 18+ years of experience in Information Technology & Computer Science Application Department.I have completed my Bachelor’s in Computer Science from DAVV, Indore, India in 2000, Post Graduate diploma in computer science & application from DAVV, Indore, India in 2002, a Masters in Information Technology from Guru Ghasidas University Bilaspur(C.G.), India in 2005 and Ph.D(CSA) from AISECT University, Bhopal, India 2016 . I am associated with InSc life time professional member id is InSc 2021C27E, I also member in National Advisory committee in ICREGT( International Conference on Renewable energy & Green technology), member in ICFAI University press , publications, Editorial board member of science publishing group in Asia, Com, IJSRD, peer reviewer in science publication group and member of IACSIT( international association of computer science & information technology) member id- 80340308. I have reviewed Ph.D thesis as an expert reviewer of Raiuniversity, Gujrat, Tilak Maharashtra Vidyapeeth Pune& RNTU University, Bhopal, I also enrolled as a Ph.D guide in RNTU, University, Bhopal. My research interests include Data mining, DBMS, Information Security, and Network Security. I have published a total of 6 research papers in IEEE/Springer Conferences, Scopus/SCIE Journals, and 20 papers in National and International Journals. I have published 2 Indian Patents and 3 International Patents.

Mr. Digant Parmar currently holds the position of Assistant Professor in the Department of Computer Engineering at Silver Oak University, Ahmedabad. He is an IEEE Professional Member and also serves as the faculty Branch Counselor at Silver Oak University’s IEEE Student Branch. Mr. Parmar completed his post-graduation with Distinction from Gujarat Technological University. With a strong inclination towards research and the latest cutting-edge technologies, Mr. Parmar’s area of expertise includes Artificial Intelligence, Machine Learning, Information & Data Security, Internet of Things, and Cloud Computing. His passion for these fields makes him a valuable asset in the research domain and  an inspiration to students who aspire to be at the forefront of technological advancements.

  1. P. Lavanya, Assistant Professor in the Department of Physics and Electronics, Bhavan’s Vivekananda College of Science, Humanities & Commerce Sainikpuri, Secunderabad India. She has 14 years of teaching experience. She is an active academician and researcher. She received her Master’s degree in Electronics from Osmania University, pursuing Ph.D from GITAM University Hyderabad. To her credit, She has published 8 papers and two Indian patents. Also, presented papers at various International Conferences. Her area of interest is IoT (Internet of Things) LoRa, Narrow Band IoT Devices & Nano Electronics.

Dr. Sumaya Sanober holds a doctorate in computer science and is currently serving at Prince Sattam Bin Abdul Aziz University. She is a people-oriented professional offering over 14 years of experience in delivering lectures and implementing operational policies, education standards, training, and development during my career span. She actively participates in activities such as organizing workshops, community service programs and training, and student and staff development training with a focus on research in the fields of computer science, education, and technology.

She uses a unique blend of motivational and targeted instruction and methodologies to enhance the curriculum, establish focus, and establish sound relationships. I have a divergent outlook with a creative approach to problem-solving and use analytical skills to deal effectively with all levels of the organization. She published many international and national journals with high impact factors and has many publications in refereed and indexed international journals and the Scopus/ESCI Indexed Journal, SJ/JCR (WoS), IEEE/Scopus Indexed Conferences, Springer/Scopus Indexed Conferences, and ACM/Scopus Indexed Conferences. She is also a reviewer and on the international advisory board of several conferences and journals. Her research interests include machine learning, artificial neural networks, the Internet of Things (IOT), e-learning, cloud computing, and environmental pollution

Description

Major health concerns have been brought to light as a direct result of the poor health surveillance that has been carried out. The “Internet of Things” refers to the network of interconnected electronic devices that may take on a broad range of shapes and configurations. In this day and age, the capacity to monitor the present condition of health of a patient through the use of the internet is readily available. People who operate in the medical area are also adopting this high-tech equipment in order to keep an eye on their patients. This is done in order to improve patient care. The Internet of Things (IoT) is the basic driving element behind the fast revolution that is presently occurring in the realm of health care. This transition is being propelled forward by a range of new firms whose major focus is on providing technical solutions for the healthcare industry. We are going to use the Internet of Things (IoT) as the foundation for the building of a health monitoring system that we will employ for the objectives of this project. This system will monitor the patient’s heart rate in addition to the patient’s body temperature, and if any of those numbers transcend specific critical thresholds, an alarm will be delivered to the user in the form of an email or a text message. Because of the data that is acquired by Thing View, such as the patient’s pulse rate and body temperature, it is feasible to monitor the patient’s health over the internet from any point in the globe. Because of the data that has been recorded, this is now doable. The Internet of Things (IoT) is a network of networked data processing gadgets, pneumatic and virtual computers, animals, or humans with tokens that enables any thing to be linked to the Internet, exchanges information and correspondence, and enables object recognition, tracking, monitoring, and governance. Through the usage of this network, any device is capable of establishing a link to the Internet. It delivers services that are based on informational technologies (IT), which refers to the use of computers to store, retrieve, transport, and update data without the requirement for a link between a sentient human and the computer. This firm is responsible for delivering these services. It is generally agreed that the Internet of Things can be described as “a dynamic worldwide connectivity architects with self-configuring capabilities set of well-defined and interoperable interaction procedures in which bodily and simulated artifacts have personalities, physical character traits, and virtual personalities.” This is the standard definition of the Internet of Things. One possible explanation of what is intended by the phrase “Internet of Things” is described below. The Internet of Things (IoT) is a fascinating notion that has the potential to become a reality in the real world via the combination of a wide variety of new technical developments.

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