Healthcare improvements using IOT based COVID-19 detection and prevention

1. HEALTHCARE IMPROVEMENTS USING
IOT-BASED COVID-19 DETECTION AND
PREVENTION

2. • A catastrophic worldwide health crisis brought on by the COVID-19
epidemic is having serious socioeconomic repercussions.
• In this survey, the COVID-19 pandemic's effects on digital transformation
are examined.
• Furthermore, we perform analysis for implementing IoT in which internal
and external factors are discussed.
ABSTRACT :

3.  The Internet of Things(IoT) is the interconnection of
uniquely identifiable and embedded computing
devices within the existing Internet infrastructure.
 IoT is expected to offer advanced connectivity of
devices, systems and services beyond machine-to-
machine communication and applications in
healthcare systems.
 Smart devices are used for capturing data and
sharing it for a required task for daily life
accomplishment. IoT has a scalable network that has
the potential to deal with the huge amount of data
received from sensors used by applications to fight
against COVID-19.
Introduction:

4. Keywords:
COVID-19,
Coronavirus,
IoT Technology,
Smart Helmet,
Sensors,
Internet of things (IoT),
COVID-19 Information technology applications,
Healthcare Smart hospital,
Blockchain.

5. Motivation:
Due to the COVID-19 pandemic's strict social
distancing criteria enforced globally and the recent success
of IoT-based technologies in offering top-notch remote
healthcare services, we concentrate our efforts on to detect
and prevent covid-19 by using M-IoT.

6. IoT implementation process chart in the medical area:

7. Smart helmet:

8. Author Journal
published
Findings Future scope Technologies used
MOHD
Javaid,
Ibrahim
Haleem
Khan
Journal of Oral
Biology and
Craniofacial
Research-June
2021
Internet of Things
(IoT) enabled
healthcare helps
to take the
challenges of
COVID-19
Pandemic
Managing inventories used
in medical field and the
medical supply chain for
getting the right time and
location
Big data , cloud computing ,
smart sensors , software ,
artificial intelligence ,
actuators
Vikram
Singh R.
Parihar,
Akesh Y.
Tonge,
Pooja D.
Ganorkar
International
Journal of
Advanced
Engineering
Research and
Science 4.5
(2017)
Heartbeat and
temperature
monitoring
system for remote
patients
More availability of sensors
or development in
biomedical trend more
parameters can be sensed
and monitor which will
drastically improve the
efficiency of the wireless
monitoring system in the
biomedical field.
Arduino
Literature survey:

9. Literature survey:
Author Journal
published
Findings Future scope Technologies
Dimiter V. Dimitrov Healthcare Informatics
Research, 2016
Medical Internet of
Things and Big Data in
Healthcare
They need to be easy-
to-use, consumer
-orientated persons
who can connect to the
aggregated data store
and the AI analytics
engines that sit on top
of that.
Sensors, Networks,
Integration, Artificial
intelligence
Mukesh
Kumar,Nandini Nayar,
Gaurav Mehta and
Abha Sharma1
1st International
Conference on
Computational
Research and Data
Analytics,24th October
2020
Monitoring and
Tracking high
risk patients Tracking
Clinical infrastructure
related to COVID-19
treatments
The implementation of
IoT requires energetic
and hard attempts to
handle. It assumingly
conveys even a minor
alter in the user's
superiority of life
Peripheral Interface
Controller (PIC)Radio
Frequency
Identification
(RFID)Wireless Body
Area
Network Gravity
Sensor

10. Author Journal
published
Findings Future scope Technologies
Mohamed Yousif,
Chaminda Hewage,
Liqaa Nawaf
Future Internet, 23rd
April 2021
A Framework of
Solutions to Tackle
COVID-19
Addressing privacy
and security
concerns
Physical health
monitoring , Supply
Chain
Management
Kaur, Harleen,
Mohd Atif, and Ritu
Chauhan
Advances in
intelligent computing
and
communication,2020
Existing healthcare
monitoring system
IoT might therefore
be a crucial
facilitator for health
transition from a
reactive to a
proactive system
Wearables and other
home-monitoring
Literature survey:

11. Author Journal
publilshed
Findings Future scope Technologies
used
M. N. Mohammed,
Halim Syamsudin,
S. Al-Zubaidi,
Sairah A.K.,
Rusyaizila Ramli,
Eddy Yusuf
International Journal
of Psychosocial
Rehabilitation, July
2020
COVID-19
DETECTION AND
DIAGNOSIS
SYSTEM USING
IOT
BASED SMART
HELMET
Detect high body
temperature in
crowds and send the
measured data to be
displayed on a
phone application.
Arduino IDE,
thermal and optical
Camera, artificial
intelligence
Swati Swayam
siddha, Chandana
Mohanty
Diabetes
&Metabolic
Syndrome: Clinical
Research &
Reviews,11 June
2020
Rapid diagnosis,
dynamic monitoring
and tracking, better
treatment and
control
The privacy and
security of the
individual data is
the prime concern
Internet of Things in
5th Generation
technology (IoT in
5G), Artificial
Intelligence (AI).
Ravi Pratap Singh,
Mohd Javaid, Abid
Haleem, Raju
Vaishya , ShokatAl
Journal of Clinical
Orthopaedics and
Trauma, July 2020
Internet of Medical
Things (IoMT) for
orthopaedic in
COVID-19
pandemic
To create a more
digital resolution for
the muscle
stretching
techniques, thoracic
manipulation
Remote orthopedic
care,
Health monitoring
and tracking
Literature survey:

12. Author Journal
publilshed
Findings Future scope Technologies
used
Ravi Pratap Singh,
Mohd Javaid, Abid
Haleem, Rajiv Suman
Diabetes & Metabolic
Syndrome: Clinical
Research & Reviews,
5 May 2020
Internet of things
(IoT) applications to
fight against COVID-
19 pandemic
Data storage and
management.
Wireless healthcare
network, Smart
tracing
Naveen Mukati, Neha
Namdev, R.Dilip, N.
Hemalatha, Viney
Dhiman, Bharti Sahu
Mater Today Proc,
2021 Jul 24
Healthcare Assistance
to COVID-19 Patient
using with Enabled
Technologies
Privacy and security Digital diagnostics,
Robot assistance
Shashank Kumar
, Rakesh D. Raut
&Balkrishna E.
Narkhede
International Journal
of Healthcare
Management, 25 Aug
2020
A proposed
collaborative
framework by using
(AI-IoT)in the covid-
19 pandemic situation
for healthcare
workers
Blockchain can be
used to track and
check the qualities of
medical supplies
Cloud-based systems
Literature survey:

13. Author Journal publilshed Findings Future scope Technologies used
ITAMIR
DEMORAISBARROC
AFILHO,GIBEONAQU
INO , RAMON
MALAQUIAS,
GUSTAVO GIRAO,
SAVIO
IEEE Access. 2021 Feb An IoT-Based
Healthcare Platform for
Patients in ICU Beds
During the COVID-19
To predict risky events
and take action rapidly
in order to maximize
treatment effectiveness
Cloud computing,
artificial intelligence
Chinmay Chakraborty,
Arij Naser Abougreen
EAI Endorsed
Transactions on
Pervasive Health and
Technology
,28 January 2021
Intelligent Internet of
Things and Advanced
Machine Learning
Techniques for COVID-
19
Merging ML techniques
with IoT to get powerful
solutions with high
accuracy
Smartphone application
called AI4COVID-19
Vishal Goar, Aditi
Sharma, Nagendra
Singh Yadav, Subrata
Chowdhury & Yu-Chen
Hu
J Ambient Intell Human
Comput,12 September
2022
IoT-Based Smart Mask
Protection against the
Waves of COVID-19
work is quite
challenging and several
advanced algorithms
can be associated,
including meta-heuristic
approaches
Arduino temperature
sensor board, smart
mask, sensors
Literature survey:

14. Guide’s approval:

15. References:
1. Mohd Javaid, Ibrahim Haleem Khan.” Internet of Things (IoT) enabled
healthcare helps to take the challenges of the COVID-19 Pandemic.” Journal of
Oral Biology and Craniofacial Research-June 2021
2.Parihar, Vikramsingh R., Akesh Y. Tonge, and Pooja D. Ganorkar. "Heartbeat
and temperature monitoring system for remote patients using Arduino."
International Journal of Advanced Engineering Research and Science 4.5 (2017):
237161.
3. Dimitrov, Dimiter V, ”Medical Internet of Things and Big Data in Healthcare”,
Healthcare Informatics Research 2016

16. References:
4. Mukesh Kumar, Nandini Nayar, Gaurav Mehta and Abha Sharma
Published under license by IOP Publishing Ltd, 24th October 2020.
5. Yousif, M., Hewage, C. and Nawaf, L., 2021. IoT technologies
during and beyond COVID-19: A comprehensive review. Future
Internet, 13(5), p.105.
6. Kaur, Harleen, Mohd Atif, and Ritu Chauhan. "An internet of
healthcare things (IoHT)-based healthcare monitoring system."
Advances in intelligent computing and communication. Springer,
Singapore, 2020. 475-482.

17. References:
7. M. N. Mohammed, Halim Syamsudin, S. Al-Zubaidi, Sarah A.K., Rusyaizila
Ramli, Eddy Yusuf, NOVEL COVID-19 DETECTION AND DIAGNOSIS
SYSTEM USING IOT BASED SMART HELMET, International Journal of
Psychosocial Rehabilitation, Vol. 24, Issue 7, 2020, ISSN: 1475-7192
8. Swati Swayam Siddha, Chandana Mohanty Application of cognitive Internet
of Medical Things for the COVID-19 pandemic, Diabetes & Metabolic
Syndrome: Clinical Research & Reviews, Volume-14 September–October 2020
9. Ravi Pratap Singh, Mohd Javaid, Abid Haleem, Raju Vaishya, ShokatAl,
Internet of Medical Things (IoMT) for orthopedic in COVID-19 pandemic:
Roles, challenges, and applications, Journal of Clinical Orthopaedics and
Trauma Volume 11, Issue 4 July–August 2020

18. References:
10. Ravi Pratap Singh, Mohd Javaid, Abid Haleem, Rajiv Suman, Internet of things (IoT)
applications to fight against COVID-19 pandemic, Diabetes & Metabolic Syndrome: Clinical
Research & Reviews Volume 14, Issue 4, July–August 2020.
11. Naveen Mukati, Neha Namdev, R.Dilip, N. Hemalatha, Viney Dhiman, Bharti Sahu,
Healthcare Assistance to COVID-19 Patient using with Enabled Technologies, 17 July 2021.
12. Shashank Kumar, Rakesh D. Raut&Balkrishna E. Narkhede, A proposed collaborative
framework by using (AI-IoT)in the covid-19 pandemic situation for healthcare workers,
International Journal of Healthcare Management, Volume 13, 2020.
13. Filho IMB, Aquino G, Malaquias RS, Girao G, Melo SRM. An IoT-Based Healthcare
Platform for Patients in ICU Beds During the COVID-19 Outbreak. IEEE Access. 2021 Feb.
14. Chinmay Chakraborty, Arij Naser Abougreen, Intelligent Internet of Things and Advanced
Machine Learning Techniques for COVID-19, EAI Endorsed Transactions on Pervasive Health
and Technology,28 January 2021.
15. Goar, V., Sharma, A., Yadav, N.S. et al. IoT-Based Smart Mask Protection against the
Waves of COVID-19. J Ambient Intell Human Comput (2022). https://doi.org/10.1007/s12652-
022-04395-7.

19. THANK YOU