A
Major Project report
On
SECURE CLOUD–IOMT SMART
HEALTHCARE
WITH PUBLIC VERIFIABILITY
Submitted in partial fulfillment of the requirements
for the award of the degree of
BACHELOR OF TECHNOLOGY
in
COMPUTER SCIENCE & ENGINEERING -DS
from
JAWAHARLAL NEHRU TECHNOLOGICAL
UNIVERSITY, HYDERABAD
Submitted By
SD. Reshma (21M81A6729)
Under the supervision of
G.ANUSHA
Assistant Professor
DEPARTMENT OF COMPUTER SCIENCE & ENGINEER-DS
SANA ENGINEERING COLLEGE
Central School Garden, B-block, Vijayawada - Hyderabad Hwy, Near City, Kodad,
TS,508206 Ph: +91 81063 88234, contactus@sanaeng.in 2024-2025
SANA ENGINEERING COLLEGE
(Approved by AICTE, New Delhi & Affiliated to JNTU Hyderabad)
Central School Garden, B-block, Vijayawada – Hyderabad Hwy, Near City, Kodad,
TS,508206
CERTIFICATE
This is to certify that the project work entitled “ SECURE CLOUD -IOMT
SMART HEALTHCARE WITH PUBLIC VERIFIABILITY” is a bonafide work
done by SD.RESHMA21M81A6729),in the partial fulfillment for the award of Bachelor
Technology in Computer Science & Engineering from JNTU, Hyderabad during the year
2024-2025.
G. ANUSHA M.Tech MD. JANI PASHAM.Tech
INTERNAL GUIDE HEAD OF THE DEPT.
Dr. CH.S.NAGAPRASAD. Ph.D
EXTERNAL EXAMINER PRINCIPAL
ACKNOWLEDGEMENT
This report will certainly not be completed without due
acknowledgements paid to all those who have helped us in doing this main
project work.
I express our sincere thanks to our guide G. ANUSHA, for giving us moral
support, kind attention and valuable guidance to us throughout this project work.
It is our privilege to thank MD. JANI PASHA, Head of the Department for
her encouragement during the progress of this main project work.
I am thankful to both teaching and non-teaching staff members of CSE
DEPARTMENT for their kind cooperation and all sorts of help to bring out this
main project work
successfully.
I derive great pleasure in expressing our sincere gratitude to our
principal
Dr. CH.S.NAGAPRASAD for his timely suggestions, which helped us to
complete this work successfully.
I am thankful to SANA ENGINEERING COLLEGE, KODADA for providing
required facilities during this main project work.
I would like to thank our parents and friends for being supportive all the
time , and we are very much obliged to them.
In Sincerely,
SD. Reshma (21M81A6729)
ABSTRACT
The potential of the Internet of Medical Things (IoMT) technology for
interconnecting the biomedical sensors in e-health has ameliorated the people’s living
standards. Another technology recognized in the recent e-healthcare is outsourcing the
medical data to the cloud. There are, however, several stipulations for adopting these two
technologies. The most difficult is the privacy of medical data and the challenge resulting
from the resource constraint environment of sensor devices. In this paper, we present the
state-of-the-art secure and efficient cloud-centric IoMTenabled smart health care system
with public verifiability. The system novelty implements an escrow-free identity-based
aggregate signcryption (EF-IDASC) scheme to secure data transmission, which is also
proposed in this article. The proposed smart healthcare system fetches the medical data
from multiple sensors implanted on the patient’s body, signcrypts and aggregates them
under the proposed EFIDASC scheme, and outsources the data on the medical cloud
server via smartphone. The system does not reveal any information about the identity and
medical data of the patient. We further analyze the performance of the proposed smart
health care system in terms of energy consumption. Moreover, we compare the
performance of the proposed EFIDASC scheme with other related schemes.
INDEX
S.NO CONTENTS PAGE NO
I. INTRODUCTION 1
1.1 EXISTING SYSTEM 2
1.2 PROPOSED SYSTEM 4
II. SYSTEM ANALYSIS 5
2.1 SYSTEM REQUIREMENTS 5
2.2 FEASIBILITY STUDY 6
III. SYSTEM DESIGN 7
3.1 SYSTEM ARCHITECTURE 7
3.2 DATAFLOW DIAGRAM 8
3.3 UML DIAGRAMS 9
3.4 MODULES 18
IV. IMPLEMENTATION 19
4.1 TECHNOLOGIES 19
4.2 SAMPLE CODE 32
V. SYSTEM TESTING 36
5.1 TYPES OF TESTING 39
VI. RESULTS 43
VII. CONCLUSION 50
VIII. FUTURE SCOPE 51
IX. REFERENCES 52
LIST OF FIGURES
FIG NO NAME OF THE FIGURE PAGE NO
1. SYSTEM ARCHITECTURE 7
2. DATA FLOW DIAGRAM 8
3. CLASS DIAGRAM 9
4. USE CASE DIAGRAM 10
5. SEQUENCE DIAGRAM 13
6. FLOWCHART DIAGRAM 14
