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June 2023 Issue Vol.13 No.6
IOT-BASED HEALTHCARE SYSTEM ON SMART STICK FOR THE VISUALLY IMPAIRED
https://ia600507.us.archive.org/20/items/ijitce-jun-2023/IJITCE_Jun2023.pdf
M.Iniyan
PhD Research Scholar, PG & Research Department of Computer Science,
Government Arts College (Autonomous), Karur-05, Affiliated to Bharathidasan University, Trichirappali-24, India.
Dr.A.Banumathi
Assistant Professor, PG & Research Department of Computer Science,
Government Arts College (Autonomous),Karur-05,Affiliated to Bharathidasan University, Trichirappali-24, India.
Abstract:
Wireless advancements is gadget simplicity, and sensor technologies are examples of technological advances. It has made it possible to build and grow wireless sensor networks with networking
capabilities that can independently monitor and control their environment. The goal of this program is to link everything that may be accessed from anywhere on the Internet. IoT
applications are not limited to a single field.It has demonstrated a significant contribution from small scale applications to large scale applications in areas such as ecommerce, coal mining, wearable devices,
smart grid, healthcare system, military, laboratory monitoring, agriculture and many other domains. Wireless Body Area Network for Blind IoT using (WBANB). IoT enables
early identification of any aberrant physiologic signals, electronic health monitoring for blind people is very helpful tool in dangerous circumstances. It is built inside the smart stick and also functions as
an object detector, which is also built into this stick. The World Health Organization (WHO) estimates that 43 million people are blind. There are 295 million people in the
world who have moderate to severe visual impairment. Mild visual impairmed affects 258 millionindividuals and Near-sightedness affects 510 million people. In this paper, we
look at how wireless healthcare networks are becoming more popular in this day and age of communication technology. Utilities are given greater monitoring tools for blind
patients in order to improve their quality of life.
Keywords: IOT, Sensors, BP-WBAN, Node MCU, Networking
