Medbot: Conversational Artificial Intelligence Powered Chatbot for Delivering Tele-Health after COVID-19
Telemedicine can be used by medical practitioners to connect with their patients during the recent Coronavirus outbreak, whilst attempting to reduce COVID-19 transmission among patients and clinicians.
Project Title
Medbot: Conversational Artificial Intelligence Powered Chatbot for Delivering Tele-Health after COVID-19
Project Area of Specialization
Project Summary
Telemedicine can be used by medical
practitioners to connect with their patients during the
recent Coronavirus outbreak, whilst attempting to reduce
COVID-19 transmission among patients and clinicians.
Amidst the pandemic, Telemedicine has the potential to
help by permitting patients to receive supportive care
without having to physically visit a hospital by using a
conversational artificial intelligence-based application for
their treatment. Thus, telehealth will rapidly and
radically transform in-person care to remote consultation
of patients. Because of this, it developed a Multilingual
Conversational Bot based on Natural Language
Processing (NLP) to provide free primary heal thcare
education, information, advice to chronic patients. The
study introduces a novel computer application acting as a
personal virtual doctor that has been opportunely
designed and extensively trained to interact with patients
like human beings. Thi s application is based upon a
serverless archite cture and it aggregates the services of a
doctor by providing preventive measures, home remedies,
interactive counseling sessions, healthcare tips, and
symptoms covering the most prevalent diseases in rural
India. The project propose s a conversational bot on Google Cloud Platform (GCP) for
delivering telehealth to increase the patient's
access to healthcare knowledge and leverage the
potentials of artificial intelligence to bridge the gap of
demand and supply of human healthcare providers.
Project Objectives
The following are the objectives:
To seek more efficient ways to
provide timely medical care, access and quality
treatment to the patient,
To increase the patient's
access to healthcare knowledge and leverage the
potentials of artificial intelligence
To bridge the gap of
demand and supply of human healthcare providers
Project Implementation Method
Tele-Health is the distribution of health-related
services via electronic and telecommunication
Technologies.
The project will have following implementation method:
CONVERSATIONAL TELE-HEALTH AGENT.
- The architecture of Conversational Bots.
- Hybrid Conversational Technology.
CONVERSATIONAL DESIGN.
- Voice-based Tele-Health Bots.
- Design of Voice User Interface (VUI).
- Chat-based Tele-Health Bot.
- Design of Conversational User Interface (CUI).
Benefits of the Project
The Following are the benefits of this project:
Telemedicine has the potential to help by permitting patients to receive supportive care without having to physically visit a hospital by using a conversational artificial intelligence-based application for their treatment.
Telehealth will rapidly and radically transform in-person care to remote consultation of patients.
Helps rural areas to connect with better doctors as there is unavailablity of doctors.
Technical Details of Final Deliverable
Keeping in mind the after-effects of a pandemic and
the imbalance between the demand and healthcare
services currently provided, we will be trying
to bridge the gap by creating a Multilingual
Conversational Application with Natural Language regular on-site consultations. Text is highly used, it can
thus serve as a great opportunity to bridge the gap
bet ween the availability of healthcare a device to people.
The aim of this application is not just to
prevent malicious infectious diseases in the grappling
population but to help achieve overall wellness. Our
application is quite reliable in detecting various
common diseases, suggesting home remedies and local
food diets as long as problems and symptoms faced are
well communicated by the user to the chatbot, and
leading questions from the chatbot are appropriately
answered.
Final Deliverable of the Project
Core Industry
Other Industries
Core Technology
Other Technologies
Sustainable Development Goals
Required Resources
| Item Name | Type | No. of Units | Per Unit Cost (in Rs) | Total (in Rs) |
|---|---|---|---|---|
| Stationary and thesis | Miscellaneous | 2 | 5000 | 10000 |
| Data collection visits | Equipment | 5 | 2000 | 10000 |
| 4TB Hard disk for storage | Equipment | 1 | 19000 | 19000 |
| All in one HP laserjet | Equipment | 1 | 32000 | 32000 |
| sound recording Device | Equipment | 1 | 9000 | 9000 |
| Total in (Rs) | 80000 |
If you need this project, please contact me on contact@adikhanofficial.com
Real Time Hexacopter Drone for Surveillance and Security Management of...
Drones are used for various purposes, such as safety, security, weather monitoring, videog...
Speed control of motor using Variable frequency drive
The main purpose of designing a Variable Frequency Drive was to save significant amount of...
Obstacle avoiding robot
Robotics is the branch of technology that deals with the design, construction, operation,...
three phase separator vessel for crude oil separation
PROJECT SUMMARY The project is about the designing and optimization of a 3-phase separator...
Foodie Recommender App
Our plan is to eradicate the gap between a food lover and a good food place. The quality a...