The problem NEURO DISORDER DETECTION USING IOT WITH WIFI & AI solves

The abstract is an implementation of Health Care Conceptualization by integrating Real Time Digital Enabled Heart Rate, Sugar and Blood Oxygen level Monitor Introduced with WIFI using IOT with AI-ML implementation and Block-Chain to enable the status of SOCIAL ANXIETY. The claim is to reconcile technological innovation with economic and social challenges of healthcare society for tomorrow. The concept idea has evolved in defining and designing a prototype //Hardware Prototype is fabricated which can be practically implemented in Real World Application.This project has many inroads to integrate other existing instruments. A patients case history is electronically accessed without any manual scripts that are currently confined to specific place of treatment. The paperless concept with a complete case history is defined.
EXISTING SOLUTION :
A patients heart rate monitor is assessed manually or by a wired device. Neuroimaging, in particular MRI has played an important role in understanding brain functionalities during the last couple of decades. However, similarities in disease phenotypes make it very difficult to detect such disorders accurately from the acquired neuroimaging data. PROPOSED SOLUTION :
The solution is an implementation of both the concepts merged to present a comprehensive, cost effective, and a viable concept using IOT for signal processing and WIFI technology in healthcare sectors to detect the disorder accurately and analyze time to time. The data is captured electronically and the details of the patient are valued, analyzed and processed systematically which is then stored in a database for further and future analysis. The concept gives rise to two solutions: 1.Identify the problem- Neurologic Disorder.
2.A guideline for treatment procedure.
One of the core focus of this project is to implement a paperless treatment and acquire data with minimum user intervension digitally.

Challenges I ran into

From the time the idea behind the concept had been generated till the time it is implemented into a Real World application was a huge challenge for us to research behind the scope, train ourselves with modern technologies and put together our efforts to create this hardware working prototype.

SOME OF THEM...
--Conversion of power supply.
--To maintain a constant 5V supply throughout the process.
--Managing with signals while storing and tranferring them from one phase to another.
--Conversions of the signals to digital format using Embedded C programming chip.
--Working and processing with AI.
--Working more on Heart Rate Value (HRV) Algorithms and other Regression techniques.
--Carrying out the static voltage throughout the process for better process.
--Use of RF cards to store patients details.
--To bring in the concept of Paperless technology.