ITC571 Project Proposal: Mobile Cloud & Wearable Device Data Security

This project proposal outlines the integration of mobile cloud computing with wearable devices to enhance data security in healthcare homes. It addresses issues like data integrity and confidentiality in cloud storage, proposing solutions using encryption techniques. The project aims to improve data access for emergency patient care by connecting wearable devices (fitness bands, watches) to mobile networks for seamless data sharing with medical professionals. The methodology involves identifying research gaps, exploring data security measures, and proposing encryption algorithms to ensure data integrity and confidentiality. Expected outcomes include improved healthcare data accessibility, increased awareness of wearable devices, and enhanced remote patient monitoring capabilities for doctors, all contributing to better healthcare management and security.

Writing Proposal for ITC571
Student Name and ID
Project area Mobile cloud
Type of Project Theoretical
Technology Mobile cloud computing
Technique Wearable device
Domain Managing data security of health care home
Project name Secure integration of mobile cloud and wearable device for managing data security of health care home
Keywords Fitness, Health, Sensor, Wearable devices, Fitness band and watches, cloud technology, networks, and servers.
1. Introduction Background
Information,
Issues, and Current
Solutions
1. Now a day people are more aware of their health and fitness. The population increased rapidly in the fitness
industry by using modern technology. The wearable technology plays an important role in the health industry
for managing fitness and maintaining data in the cloud with secured networks. It is based on different fitness
exercises in which sensors are used to collect information about the human body. The healthcare home faces
the issue of a data store and management which cause misplacement of data. This issue can be solved with the
implementation of mobile cloud computing with the wearable device which tracks body information related to
blood pressure, heart rate, pulse rate, body weight and chronic disease which are transmitted to medical
professional through cloud access.
Shortcomings/
limitations in the
current /existing
solutions
2. The wearable devices are used for collecting data of patient related to their health which can be managed at
the cloud with the integration of mobile cloud computing. But the cloud data is facing the major issue of
maintaining integrity and confidentiality of data in managing security. Further, the major issue of the cloud is
back-end data authentication and management.
Importance of
solving this problem
3. The fitness is a very important issue for everyone's life and so for this people use various devices and do
exercises to keep maintain and healthy themselves. The wearable devices will help to improve fitness from
daily information. The wearable device enhances the medical care home security with the integration of mobile
cloud computing to store and manage data in the cloud. It helps patients and people to transfer medical data to
doctors and medical professional can access information through mobiles in an emergency situation. The

mobile cloud helps in managing security against data leakage and breaching from health care home. Further,
people get the ease of medical treatment with the integration of the wearable device with the mobile cloud.
2. The Main objective
and purpose of this
research
1. The objectives and purpose related to research are:
 The aim is to integrate mobile cloud computing with wearable devices to manage data leakage
 The purpose of this research is to improve the data access system for managing the emergency condition of patients in a care
home
 To identify techniques of cloud computing to manage data storage and transmission with the use of a wearable device
3. Questions need to be
answered
Q1.What is the mobile cloud computing techniques to manage data related security?
Q2. How wearable devices help in gaining information related to patient health?
Q3. How mobile cloud manages data storage and accessibility of collected data?
4. A Brief Description of
Your Proposal
This proposal introduced a smart and advanced fitness system by using wearable devices with the help of mobile cloud computing. The
wearable watches, bands, and other devices are connected to mobile networks and shares data at cloud which can be easily accessible
by medical professionals. These devices calculate data during exercise and then send them to a computer station. The update
information received from mobile apps or other related devices. There are also some problems in this research such as data integrity
and transmission while accessing the data in the cloud.
5. The Process or
Methodology of Your
Project
Methodology steps are as follows:
 Determine the issues of the research and identify the techniques to improve fitness related issues of health care home through
wearable and mobile cloud techniques.
 Exploring the areas of research to manage the health care home data security from the leakage and breaching with the use of
mobile cloud storage.
 The proposition of encryption techniques and algorithm to improve mobile cloud data integrity and confidentiality
 Analyse the encryption techniques for managing the security of data with the generation of a secret key
5. Expected Outcomes Expected outcomes are:

 Health problems will be easily determined with the wearable devices and easy accessibility of data at mobile cloud by medical
professionals
 Awareness among the people about wearable devices to enhance the healthcare home emergency and a serious case of patients
 People gets easily update information through the data stored at wearable devices and mobile cloud
 Doctors will get health information about their long-distance patients from a wearable device with the data accessibility of
cloud.
Reference list Reference
 Qi, J., Yang, P., Hanneghan, M., Tang, S. and Zhou, B., (2018). A Hybrid Hierarchical Framework for Gym Physical Activity
Recognition and Measurement Using Wearable Sensors. IEEE Internet of Things Journal. Retrieved from:
https://ieeexplore.ieee.org/document/8382216/
 Junior, W., Silva, B., & Dias, K. (2018). A systematic mapping study on mobility mechanisms for cloud service provisioning
in mobile cloud ecosystems. Computers & Electrical Engineering. Retrieved from: https://www-sciencedirect-
com.ezproxy.csu.edu.au/science/article/pii/S0045790617317470
 Liu, H., Ning, H., Yue, Y., Wan, Y., & Yang, L. T. (2018). Selective disclosure and yoking-proof based privacy-preserving
authentication scheme for cloud assisted wearable devices. Future Generation Computer Systems, 78, 976-986. Retrieve From:
https://www-sciencedirect-com.ezproxy.csu.edu.au/science/article/pii/S0167739X17305873
 Wu, F., Li, X., Xu, L., Kumari, S., Karuppiah, M., & Shen, J. (2017). A lightweight and privacy-preserving mutual
authentication scheme for wearable devices assisted by cloud server. Computers & Electrical Engineering, 63, 168-181.
Retrieve From: https://www-sciencedirect-com.ezproxy.csu.edu.au/science/article/pii/S0045790617308984

Encryption Algorithm
1. Project Plan
Figure: Integration of Mobile cloud and Wearable device