Taman Tamadun Islam Get-A-Way AR Navigation Application

1. AMAN TAMADUN ISLAM GET-A-WAY
MOHAMAD IZRAN ISKANDAR BIN RUSLI (043955
DR. SYADIAH NOR BINTI WAN SHAMSUDI

2. CHAPTER 1
INTRODUCTION

3. PROJECT
BACKGROUND
“Taman Tamadun Islam Get-A-Way” is an
application that navigate the tourist to the
interesting places around Taman Tamdun Islam
while implementing the current technology which is
“Augmented Reality (AR)” .This application also will
show them a little bit information about the building
when they point to any historic or the interesting
places around them.

4. PROBLEMS STATEMENT
Tourist who is on their own which means they are travelling alone
are prone to be scam by irresponsible person.
Tourist do not have the information about the places and the
information is hard to be search and sometimes the community
around the places also do not know about it.
Tourist may get bored as there is no interactive action during the tour
as the tourist just only will watch the monument around the Taman
Tamadun Islam.

5. To
desig
n
To
develop
To
test
An informative system that
helps the user or tourist enjoy
learning new stuff with new
way.
OBJECTIVES
The trustworthy of the
application and reducing the
probability of the tourists of
being scammed.
Application that will let the
tourist or user to interact with
their phone while enjoying
their tour.

6. User can search and navigate their way
through Kuala Terengganu city.
User can point their smartphones and get
information on certain building around the
Kuala Terengganu.
USER (TOURIST)
The application will show an arrow that will
navigate the way through the desired places.
When the smartphones are pointed to the
buildings, it will pop an information about the
buildings.
The application also required the use of internet
connection and Global Positioning System
(GPS).
APPLICATION
SCOPES

7. The application only available on outdoor environment only.
LIMITATION
OF WORKS
Only certain of the buildings is recognized.
Mobile based application.
This application is only available on android platform only.

8. GANTT CHART
TASK NAME
SEPTEMBER OCTOBER NOVEMBER DECEMBER
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
Topic Discussion
Project Title
Proposal
Proposal Writing
Proposal Writing –
Literature Review
Proposal Progress
Presentation &
Evaluation
Discussion
Correction Proposal
Proposed Solution
Methodology
Proof of Concept
Drafting Report of The
Proposal
Submit Draft of Report
to Supervisor
Seminar Presentation
Correction Report
Final Report

9. CHAPTER 2
LITERATURE REVIEW

10. AR use 3D virtual objects then are integrated into a 3D real environment in real time. But do not
mistaken it with 3D objects in the real world that do not have any interaction to be done. For
example, Jurassic Park movie that show 3D objects in a real-world situation. AR enable the user
to have an interaction between the user and the application.
(Azuma, 1997)
AUGMENTED REALITY

11. Based on the study, we can enhance the tourism experience through mobile augmented reality
as it is being highly portable, can function as a tourist guide that delivers information upon
request, thus minimizing on the one hand, the effect of information overload and on the other
hand the effect of irrelevant information. Besides, we have to admit ,that whether for tourist
purposes or not, it can be considered as ‘social applications’, as they offer the possibility for
social interaction among the various users accessing them.
(Kounavis, 2012)
TOURISM EXPERIENCE
THROUGH
MOBILE AUGMENTED REALITY

12. WAZE
The application that show and navigate
us by using an icon to represent our
location and show turn-by-turn route for
the users. The interface used is just a
normal GPS layout with a little
animated component added. This
system also required the use of
internet connection with GPS support.

13. MAPBOX
Mapbox software is very significant
with mapping element as the software
helps the user with navigation around
their city. They have established
themselves as a niche of a custom
maps for the developers.

14. MYMELAKA
A local application that is build for
tourist or citizens of Melaka, the apps
that shows the available ATM, food
place or any interesting places around
Melaka. It also have “near me” feature
that helps to see interesting places and
accommodation around yo.

15. BLIPPAR
The app that helps you to navigate and
explore the cities worldwide using
augmented reality and computer vision
at scale. In selected locations, they are
enhance the AR experience with urban
visual positioning.

16. OVERALL ANALYSIS
AR
Technology
Audio Video Graphic Text Animation Mobile
Based
Waze
Mapbox
MyMelaka
Blippar

17. WAZE MAPBOX MYMELAK
A
BLIPPAR
Type of AR None Marker AR NONE Marker AR
Advantages A really good
interpretation of
the maps and
easy to
understands
User can see the
whole map in the
area of the city
using AR feature
Full of
information
regarding
Melaka which
helps the user
a lot.
A pathway of
AR that is
accurately can
guide the user.

18. WAZE MAPBOX MYMELAK
A
BLIPPAR
Disadvantages Voice command
that interrupts
and can cause
danger to the
driver.
Can only see the
surface of the city.
The detail of the
buildings must be
zoom to see
clearly.
Only shows
the information
of the city but
there is no
navigation
feature
applied.
If there is
raining, the
usage of the
system may be
affected.
Type Mobile
Application
Mobile Application Mobile
Application
Mobile
Application

19. CHAPTER 3
METHODOLOGY

20. ADDIE MODEL
METHODOLO
GY

21. ANALYSIS PHASE
The problems regarding Taman Tamadun Islam is observed and identified. The other things that were
identified in this stages is also objectives, scopes, target user, and gantt chart.
Research activity is also being carried out in this phase so that the information gathered can be used and
helpful along the development cycle.

22. DESIGN PHASE
Information gathered throughout the Analysis Phase will be used to in this phase so that the design will be
made or sketched will follow the guideline from the earlier process.
A storyboard is an example of the sketching process that will provide a massive assist in designing the
artwork in the website platform. The model of 3D objects also will be design to be used in AR feature.

23. STORYBOARD
A storyboard of my application is created via an online webpage creator, and the link of connection
between each buttons and pages are shown below. There may be some changes to the interface in
the future.

24. TECHNIQUE
Marker AR
This Marker AR is based on real life objects and the 3D objects will pop-up as they detect the objects
based on the marker that has been set. But first, the objects must be added and recognized earlier and
the information must be stored.

25. TECHNIQUE
Markerless AR
This Markerless AR will enable the users to move the 3D objects anywhere around the real time
surroundings. The user can interact as they can set where to put the objects. They do not require an
objects to be recognized.

26. TECHNIQUE
Location Based AR
Willl used the longitude and latitude to define where to pop-up the 3D objects info. The information will be
required through the GPS system.

27. PROOF OF CONCEPT
Homepage

28. PROOF OF CONCEPT
Guide Page

29. PROOF OF CONCEPT
List of Mosque in Taman
Tamadun Islam page

30. PROOF OF CONCEPT
Camera finding AR 3D object

31. PROOF OF CONCEPT
3D information pop-up when
the camera is pointed at the
3D marker.

32. EXPECTED
RESULT
After the successful development of the
application, user should expecting:
The building along the city should help
the system to create an interactive
feature to enhance the tourism
experience with AR.
Buildings across Taman Tamadun
Islam acts as marker based
The mobile apps will integrated with
GPS to help the user not only navigate
them but to give them information
throughout the city.
The development of mobile
Application using AR with GPS

33. The interaction
between the user
and this application
can be optimized by
adding the feature
of AR.
User can use and
navigate their
ways through
Taman Tamadun
Islam with some
info with this
application.
CONCLUSION
The information
that
will be shown in
the
application is
precise.

34. A Survey of Augmented Reality Navigation. (2017, September 12).
https://www.researchgate.net/publication/319164069_A_Survey_of
_Augmented_Reality_Navigation
A Survey of Augmented Reality. (1997, August 4).
https://www.mitpressjournals.org/doi/pdf/10.1162/pres.1997.6.4.355
Journal of Engineering Technology (Volume 6). (2018, January 1).
https://core.ac.uk/download/pdf/151169212.pdf
REFERENCES
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