IRJET- Analyzing and Implementing a Mobile Reminder System for Alzheimer’s Patients

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 06 Issue: 02 | Feb 2019 www.irjet.net p-ISSN: 2395-0072
© 2019, IRJET | Impact Factor value: 7.211 | ISO 9001:2008 Certified Journal | Page 444
Analyzing and Implementing a Mobile Reminder System for
Alzheimer’s Patients
Shooq Alharbi1, Aisha Altamimi2, Fadwa Al-Qahtani3, Bashair Aljofi4, Mutasem K. Alsmadi5,
Muneerah Alshabanah6, Daniah Alrajhi7, Ibrahim Almarashdeh8
1-8Department of Management Information Systems, College of Applied Studies and Community Service, Imam
Abdurrahman Bin Faisal University, Al-Dammam, Saudi Arabia
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Abstract - Recently, M-health or mobile health has been receiving a lot of attention worldwide from healthcare professionals,
patients, network service providers, application developers and researchers. Mobile phone software applications or apps are
available for a variety of useful healthcare tasks such as psycho-education, symptomassessment, resourcelocation, andtrackingof
treatment progress. This study focused on creating an application for smart phones with android system. The main aim of the
proposed system is to help an important category of the society which is the alzheimer’s patients, thissystemgivesthemthe ability
to have small memory which can help them to remember all tasks to live, which may contribute to thepreventionofprogressionof
the disease rapidly, the technology provides the best care because it is not susceptibletoforgetfulnessordamage. The designofthe
proposed system presented in this study includes reminding them of their families through memories and family photos and
information, and the dates of their medications, the amount of medicine and hospital appointments.
Key Words: Mobile Technologies, Alzheimer’s Patients, M-health, Reminder System.
1. Introduction
Alzheimer’s Disease is a chronic neurodegenerative disease that affects 44 million people worldwide. As a result of theillness,
Alzheimer’s patients experience difficulties with their memory, which interferes greatly with their daily lives. Unlike other
chronic illnesses, Alzheimer’s disease prevalence is on the rise with 160 milliongloballyprojectedtosufferfromthedisease by
2050. Not only does the disease affect the patient, but also caregivers, including families, friends and care professionals [1-3].
People affected by Alzheimer diseasesufferfromvarious problemssuchasinabilityto think,communicate,andmakedecisions,
recall memory. They lose the track of what they are thinking and not know what to speak. Communication challenges are
common in such patients. Behavioural symptoms such as depression, anxiety, and sleep disorder also occur as the disease
progresses. Changes in mood and personality, less social participation,distressfrom work all thesesymptomsdrasticallyaffect
their livings [1, 4].
Alzheimer’s disease has become a very significant problem in the current era and it is very likely to worsen due to increasing
life expectancy. rapid expansion of mobile information and communications technologies (ict) within health service delivery
and public health systems has created a range of new opportunities to deliver new forms of interactive health services to
patients, clinicians, and caregivers [5-7]. The enormous potential of smart mobile devices has attracted researchers and
medical practitioners to develop and provide m-health solutions for Alzheimer’s [8].
Samsung created the “Memory Recaller,” an innovation that gives meaning back to an Alzheimer patient’slife.Theeasy-to-use
mobile application was developed in consultation with dementia specialists at praram9 hospital to help bring patients back
from the isolation caused by memory lost. The application detects the person standing in front of the patient by utilizingfacial
recognition technology and the mobile camera. It then informs the patient of their relationship and the person’s name using
auto-speech as well as ‘recognizing’ people for the patient through “memory recaller,” the applicationhasan“activityrecaller”
function, which helps the patient keep track of completed activities, eliminating unnecessary repetition [9].
Choon In [10] developed an android application for helping people with Alzheimer’s patients in theirdailylife,whichprovides
an audio reminder that can help them to do their everyday activities on time. Moreover, this application allows caregivers to
have remote access to the Alzheimer’s patient’s smartphone on which the app is installedtocheck thehistoryof theperformed
activities. Pirani et al. in [11] also developed an android-based assistive application for Alzheimer’s patients. In this case, the
application provides a facility to track the movements of patients through GPS. It also gives medicine and food timing
notifications. In addition, it has a daily routine trackerand quiztoincreasethecognitivefunctioningofpeoplewith Alzheimer’s.
figure 8 shows a snapshot of the application developed by Pirani et al. [11].
Duque et al. in [12] developed a mobile application for detecting Alzheimer’s patients’ movement patterns through data
provided by accelerometers. The goal of this application was to explore the relationship between these patterns and thestage
of alzheimer’s disease. The application was developed based on neural network classifiers and was applied in a case study
involving 35 patients. The proposed application achieved a success rate of up to 83%.

The technological revolution influenced everything [13-32], even the methods of marketing, business,educational andmobile
applications for the real world business issues. today, the use of artificial intelligence (AI) algorithmsisexpansive, particularly
in providing solution to challenging problems including image segmentation [13, 14, 24, 33-39],nurserosteringproblem[40],
analysis of medical image [41-45], patternsrecognitionandretrieval ofinformation[46-62],learningmanagementsystem [63-
88], healthcare monitoring system [27, 89], as well as prediction of river flow [90-92]. accordingly, the combination of human
and artificial intelligence have been utilized to design and implement a reminder system to help the patients with Alzheimer’s
disease and to assist home care to the elderly people [93-95].
The rest of the paper is organized as follows; unified modeling language (UML) will be described in section 2, the prototype
design of the proposed system will be illustrated in section 3. Results will be discussed in section 4. Finally, the conclusion is
presented in section 5.
2. The Unified Modeling Language
Unified Modeling Manguage (UML) is a common language for business analysts, software architects and developers used to
describe, specify, design, and document existing or new business processes, structure and behavior of artefacts of software
systems. UML can be applied to diverse application domains (e.g., banking, finance, internet, aerospace, healthcare, etc.)it can
be used with all major object and component software development methods and for various implementation platforms (e.g.,
J2EE, .net). The UML was utilized mainly to design the proposed system. The use-case diagram and the class diagram are
addressed below.
2.1 Use Case Diagram
A use case is a kind of behaviored classifier that specifies a [complete] unit of[useful]functionalityperformed by[oneormore]
subjects to which the use case applies in collaboration with one or more actors, and which [for complete use cases] yields an
observable result that is of some value to those actors [or other stakeholders] of each subject. Figure 1 shows the use case
diagram for the proposed system. Mainly 4 actors (admin, caregiver, family member and patient) will be interacting with the
proposed system; each one can do the following:
 Admin:
 Admin can update system
 Admin can manage firebase
Figure -1: Use case diagram for the proposed system
 Caregiver:
 Caregiver can create group
 Caregiver can add patient appointments
 Caregiver can add patient medicine
 Caregiver can check patient location
 Caregiver can add photos and videos
 Caregiver can browse group information

 Family Member:
 Caregiver can add photos and videos
 Caregiver can browse photos and videos
 Caregiver can browse group information
 Patient :
 Patient can browse group information
 Patient can check appointment list
 Patient can check medicine list
 Patient can allow system to access location
2.2 Class Diagram
Class diagram is UML structure diagram which shows structure of the designed system at the level of classes and interfaces,
their features, constraints and relationships - associations, generalizations, dependencies, etc. Figure 2 shows the proposed
system entities, such as Caregiver, Family member and Media file, etc.
Figure -2: The class diagram of the proposed system
2.3 Entity Relationship (ER) Diagram
An entity-relationship diagram (ERD) is a data modeling technique that graphicallyillustratesaninformationsystem’sentities
and the relationships between those entities. An ERD is a conceptual and representational model of data usedtorepresentthe
entity framework infrastructure. Figure 4 shows the ER diagram for the proposed system.
Figure -3: ER diagram for the proposed system

3. Proposed System Prototype Design
This study focused on creating an application for smart phones withandroidsystem. Themainaimoftheproposedsystemisto
help an important category of the society which is the Alzheimer’s patients, this system gives them the ability to have small
memory can help them to remember all tasks to live, which may contribute to the prevention of progression of the disease
rapidly, and the technology is best care because it is not susceptible to forget or damage. The design of the proposed system
presented in this study includes reminding them of their families through memories and family photos and information, and
the dates of their medications, the amount of medicine and hospital appointments. The figures below are examples of the
implemented interfaces.
Figure -4: Login Interface
Figure -5: Sign up interface

Figure -6: Caregiver home page
Figure -7: Location interface
4. Results And Discussion
The proposed system has been tested in order to measure its usability, where the proposed system was tested by operating
using android studio. Twenty students evaluated the system prototype from Imam Abdulrahman Bin Faisal University (IAU).
After given a brief explanations about how to use the system, the students have been tested the proposed system and answer
the survey questionnaire (contains 10 questions measured by 5-point Likert scale). The aim of the proposed survey is to
measure the user satisfaction about the proposed system and prove its usability.Theresultsobtainedshowsa highpercentage
of the students approve that the proposed system is usable, useful and achieved the main project target (see table 1).

Table -1: Results of data collected from the 20 students
Q1 Q2 Q3 Q4 Q5 Q6 Q7 Q8 Q9 Q10
Strongly
Disagree
Disagree
Neutral 3 4 3 2 2 3 4 8 4 3
Agree 7 10 8 8 8 7 12 8 12 11
Strongly Agree 10 6 9 10 10 10 4 4 4 6
5. Conclusion
A smart phone application with android system was developed in this work. The main aim of the proposed smart phone
application is to help an important category of the society which is the Alzheimer’s patients, this proposed system gives them
the ability to have small memory can help them to remember all tasks to live, which may contribute to the prevention of
progression of the disease rapidly, and the technology is the best care because it is not susceptible to forget or damage. The
proposed system reminds the Alzheimer’s patients of their families through memories andfamilyphotosandinformation,and
the dates of their medications, the amount of medicine and hospital appointments.
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