The
Advanced Digital Medical Platform
(ADIMEP) Project
1. Overview
An
Advanced Digital Medical Platform
(ADIMEP) is being developed at Middlesex
University in collaboration with
researchers at the University of
Cambridge and Brunel University
(London). The ADIMEP project
brings together various technologies to
monitor and manage many health
challenges such as chronic diseases
that affect large sections of
populations and threaten to overwhelm
healthcare services. ADIMEP
will enable patient data to be
collected from body sensors or patients
will be able to upload medical data
(e.g. blood pressure readings) using
home devices. This data will be securely
stored on cloud servers for access by
various types of users (e.g. medical
staff, researchers).
The ADIMEP
project (see Figure 1) brings together
many technologies including:
Telemonitoring – use of
technologies including mobile
technologies to monitor patients at a
distance.
Cloud based storage
infrastructure – data stored in public
cloud infrastructures.
Large-scale object oriented
(OO) databases – OO used for benefits
of object reuse, inheritance an
well-defined interfaces.
Capability-based ID systems
– used for effective security
management.
Secure block-based file
systems
Secure virtual datasets
Advanced cloud-based
research applications
Visual analytics – for the
presentation of medical results and to
allow researchers to have a
wide-overall view of aspects of the
system.
2. Ongoing Research
studies
There are
a number of research studies aimed at
contributing to the overall
functionality and operation of the
ADIMEP project. Several of these studies
are the subject of PhD research
projects.
Middlesex University,
School of Science &
Technology
- Ezenwigbo, A (MPhil/PhD
student)
Supervisors: Dr. Glenford Mapp (Dos)
& Dr. Ramona Trestian
This work focuses on Mobile Services and
where these services should be run for
mobile users. This work will use an
encryption engine and is an example of
Encryption-as-a-Service (EnaaS) which is
part ADIMEP.
- George, C (Associate
Professor & Barrister)
Work
focuses on legal and
ethical aspects of ADIMEP in addition to superviing
PhD students.
- Hara, S (Senior
Lecturer)
Work
focuses on using
blockchain to safeguard transactions
in ADIMEP.
- Jusob, F.,
R (MPhil/PhD
student)
Supervisors: Dr. Carlisle George (Dos)
& Dr. Glenford Mapp The aim of this work is to
develop, implement and evaluate a
privacy framework for mHealth in order
to
address user privacy concerns when using
mHealth in the management of chronic
diseases. The framework will focus on
the design of mHealth technologies as
well as the operational aspects of these
technologies.
- Mapp, G (Associate
Professor)
Work
focuses on security
aspects of ADIMEP in addition to
superviing PhD students.
-
Rajan, A (MPhil/PhD student)
Supervisors: Dr. Glenford Mapp (Dos)
& Dr. Carlisle George
This work focuses on the
development of a method to enhance the
security of the cloud storage
architecture of ADIMEP using “Digital
Filters”. Digital filters work on the
principle of scope-based access control,
where the users are provided access
depending on their level of capability
to access the data.The
work will result in the creation of a
prototype digital filter (as part of
ADIMEP) which will be testedand
evaluated in terms of it’s ability to
increase the security of medical data.
- Reynolds, C (Associate
Professor)
Work
focuses on
implementing technical
prototypes for use in ADIMEP.
- Samuels, A (MPhil/PhD
student) Supervisors: Dr.
Glenford Mapp & Prof.
Richard Comley Focuses on how
technological as well as new
economic models could lead to the
development of ADIMEP as a
solution that would be embraced by
the UK NHS.
-
Silcott, D (MSc Student) Supervisor: Dr.
Glenford Mapp
This work
focuses on developing secure cloud
storage mechanisms in ADIMEP
- Wainaina, M (MSc
Student)
Supervisor: Dr. Glenford Mapp This work focuses on the
application of a private blockchain to
ADIMEP.
-
Vithanwattana, N (MPhil/PhD student)
Supervisors: Dr. Carlisle George (Dos)
& Dr. Glenford Mapp This
work is focused on developing an
effective Information Security Framework
that
will encompass both mHealth devices and
Cloud Storage in order to protect the
confidentiality of healthcare
information in mHealth systems. The
security framework
will form part of ADIMEP.
BrunelUniversity
- Ondiege, B (MPhil/PhD
Student)
Supervisor:
Dr. Malcolm Clarke
This work is focused on
capability management
and security in ADIMEP in the context of
using remote patient monitoring
devices (Telehealth). The work
also investigates the behavioural habits
of elderly patients to assess the
acceptance of Telehealth.
---- Output ----
Journal
publications
Jusob,
F., George, C., and Mapp, G.
(2017). Exploring
the need for a suitable Privacy
Framework for mHealth when
managing Chronic Diseases. Submitted
to Journal of Reliable
Intelligent Environments (Accepted
for Publicaton).
Vithanwattana,
N., Mapp, G. and George, C.
(2017), Developing a
Comprehensive Information Security
Framework for mHealth: A Detailed
Analysis, Special Issue on
"Application of Software
Engineering Techniques to Improve
the Reliability of Intelligent
Environments” in the Journal
of Reliable Intelligent
Environments
Ondiege,
B., Clarke, M.and Mapp, G. (2017).
Exploring a New Security Framework
for Remote Patient Monitoring
Devices. Computers 2017, 6,
11.
Ondiege,
B., andClarke, M. (2017).
Investigating User Identification
in Remote Patient Monitoring
Devices. Bioengineering 2017, 4,
76.
Conference
presentations
Rajan, A.,
Mapp, G., & George (2017),
Exploring a
Digital Filter Prototype for Secure
Access in Cloud Storage
Architectures. RSSC
2017 Summer Conference, Middlesex
University, June 2017.
Vithanwattana,
N., Mapp, G., and George,
C. (2017). mHeath and
Healthcare data: improving
information security. RSSC
2017 Summer Conference, Middlesex
University, June 2017.
Jusob,
F., George, C. and Mapp,
G. (2017). Privacy
challenges in using mHealth to
manage Chronic Diseases. RSSC 2017 Summer Conference, Middlesex
University, June 2017.
Vithanwattana,
N., Mapp, G., and George,
C. (2017). Information
Security of mHealth: Weaknesses and
Possible
Countermeasures, Conference
TILTing Perspectives 2017:
'Regulating a
connected world', 17-19 May 2017,
Tilburg University, Tilburg, the
Netherlands.
Jusob,
F., George, C. and Mapp,
G.
(2017). Investigating mHealth
Privacy Frameworks for managing
Chronic
Diseases. Conference
TILTing Perspectives 2017:
'Regulating a
connected world', 17-19 May 2017,
Tilburg University, Tilburg, the
Netherlands.
Ondiege B,
Clarke, M and Mapp G.E.
(2017). Exploring
Security of Remote Patient
Monitoring Devices Using NFC
Technology for Identification of
the Frail Elderly:
8th International Conference
e-Health, Funchal, Portugal, 1–3
July 2016.
Mapp G,
Aiash M, Ondiege B and Clarke M.
(2014),
Exploring a New Security Framework
for Cloud Storage Using
Capabilities: 1st
International Workshop on Cyber
Security and Cloud Computing, part
of IEEE
SOSE, Oxford UK, April 7th-11th
2014.