IRJET- Travel Sequence Application

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 06 Issue: 03 | Mar 2019 www.irjet.net p-ISSN: 2395-0072
© 2019, IRJET | Impact Factor value: 7.211 | ISO 9001:2008 Certified Journal | Page 3278
TRAVEL SEQUENCE APPLICATION
Danya M1, Mahima S1, ThaaraniA1, ChittibabuK2
1Student, Department of Information Technology, R.M.K Engineering College, Kavaraipettai, Tamil Nadu, India
2Associate Professor, Department of Information Technology, R.M.K Engineering College, Kavaraipettai,
Tamil Nadu, India
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Abstract - As the world is stepping towards the digital
way, most people tend to select best of methods so that
would make their work effortless. Usually People travel
to many unknown places and it would be difficult for
them to locate the places like schools, hotels, hospitals,
temples, ATM etc… Even though the user gets help from
people to reach their location, at some situations the
user may find it difficult when people are not around
them for help. Due to an misinterpretation in route or
may be the person could not understand the foreign
language, unfortunately he may land up in anunwanted
place. To puzzle out this issue with the help of the
technologies an android application is developed. So
when the user visits an unknown location he may reach
his destination without any difficulty. GlobalPositioning
System (GPS) is the main functionality of the travel
sequence android application. The application requires
the users to mention their source and destinationsothat
it can provide them their desired locations and guides
the user to his selected location with ease.
Key Words: Point of Location(POI), GPS(Global
Positioning System), Google Map, Android, LSBN.
1. INTRODUCTION
The main purpose of this project is to develop an user-
friendly applicationthat guides the user to an point of
interest. Android application is an open source mobile
operating system massive user base and simplified
mobile app development process. The travel sequence
android application provides the user with the
categorical options like hospitals, hotels, schools,
tourist places etc.. So that the user could select his
required destination location with ease. This paper is
organized as follows. Section 1.1 illustrates the
Literature survey. The proposed work makes use of
android application that links with the social media to
suggest the user to the location. In the related works, a
variety of methods have been prescribed by various
authors to solve this problem of locating places like
atm, hotels. The proposed system of the application is
illustrated in Section III; the Section IV illustrates the
Conclusion and future Enhancement.
1.1 LITERATURE SURVEY
Prof. Sarita Sapkal, Jakil Syed,IshanGonekar,
Santosh Dhaigude, Amit Langoreproposed a
methodology named, “A Survey on Social Media
Based Personalized Travel Sequence
Recommendation”thatapersonalisedtravelsequence
system uses the user’sfacebookdataliketagsofphotos
, location of places visited by the user and thus
recommends the users automatically the place to visit
for the travellers.[1]. This system mainly focuson the
travelling packages used by the companies and
recommends places based on the social media tags.
Vincent W. Zheng, Yu Zheng, Xing Xie, Qiang
Yang proposed a system titled, “Collaborative
Location and Activity Recommendations with GPS
History Data”which proposedthe system which
worked on the problem of time-awarepointoflocation
recommendation,whichaimsatrecommendingalistof
point of locations for a user to visit at a given time. To
exploit both geographical and temporal influences in
time-awarepointoflocationrecommendation.[2]. The
disadvantage is taken a more time.
Fei yu, Zhijun Li, Shouxu Jiang, Shirong Lin
projected a methodology named,“Point-of-Interest
Recommendation For Location Promotion In
Location -Based Social Networks” which selects the
list of POIs with the greatest influence for
recommending users.In social networks, influence is
often used to help businesses to attract more users.
Each target user has a different influence on different
POI in social networks[3]. The main disadvantage of
the paper is that it provides point-of -location to the
user only if the user has visited the places according to
their social media.

Peiliang Lou, Guoshuai Zhao,
XuemingQian,Huan Wang presented a technique
captioned, “POI Mining and Recommendation”
proposed system content information on LBSNs with
respect to POIproperties,userinterests,andsentiment
indications.Modelthethreetypesofinformationunder
a unified POI recommendation framework with the
consideration of their relationship to check-in actions.
[4]. The disadvantage is contain only small dataset .
JungeShen, JialieShen, Tao Mei,
XinboGaoproposed a system titled,“Landmark
Reranking for Smart Travel Guide Systems by
Combining and Analyzing DiverseMedia”presented
a novel query-dependent landmark ranking system
based on heterogeneous travel information fusion to
facilitate a smart travel guide. The proposed system
gets the initial ranking list of landmarks via text
matching. [5]. The advantage is, maximize the
satisfaction and minimize the information load. Less
efficiency is a disadvantage of this paper.
2. PROPOSED SYSTEM
In this section, the application is designed in
such a way that it works on both server and client
side.The general design of the server design is
portrayed in figure-3.1. This framework is designed in
such a way that it works to add point of location in the
Google Map.The general design of the client design is
portrayed in figure-3.2. In the client side, the essential
information to locate the place the user is searching is
given to the application by the user. once the
information is available the application generates a
number of point-of-location to the user andfromthose
location the user selects the preferred location.
The Figure-3.1 and Figure-3.2 represents
server side and client side respectively.
Figure -3.1 Server Side
Figure -3.2Client Side
The The travel sequence application comprises of
number of modules where each modules has its own
functionality. The modules of the android application
includes,
 Place Registration
 User Registration
 Specification of Place
 Path Finding

Each of these modules contribute to the working ofthe
travel sequence application. The Administrator of the
application has to manage the server sideofaddingthe
point of location(POI) to the Google Map service
provided by the android handset.
SERVER
ADD PLACES
GOOGLE MAP
GCM SERVER
SPECIFICATION
ANDROID
CLIENT
ANDROID
APPLICATION
SPECIFICATION
OF DETAILS
GOOGLE MAPS
DESTINED
LOCATIONS

2.1 PLACE REGISTRATION
This module mainly works on the server side of the
application. The place registration module is
maintained and handled by the administrator of the
application. In this application the administrator
registers the location of hospital or hotels or tourist
places on the Google map service. Along with adding
the location of a place, the administrator also adds
additional information such as the official website of
the place , the review collected from people are also
included along with the registered location.
As this module works on the server side, GCM server
has to be started before adding the location on the
map. Once the GCM server has been initiated the
administrator can add places according to the
category supported by the application. The category
supported by application include hotels, hospitals,
tourist places, schools and ATMs.
Figure -3.3 Place Registration
The figure 3.3 depicts the place registration UI of the
application.
2.2 USER REGISTRATION
This module works on the clientsideoftheapplication.
In this module the user registers with the application.
The user enters the personal informations like
Figure -3.4User Registration
name, mobile number, MailID of the user, username
and password of the user are registered with the
application. These information arestoredonthemysql
database and these information are used for validating
when the user enters into the location. The user also
sets up the ip address so that the location of the user
can be automatically detectedbytheapplication.Inthis
module the user personal information are updated in
the mysql database and when the user tries to login
into the page the login information and the username
and password entered in the personal information are
validated and oncetheinformationprovidedisverified
the user enters into the application.
This module also include the loginfunctionfortheuser
to use the application. if the user enters the username
and password and if the user does not sets the ip
address then the user will not be able to login into the
application. only when all the information like
username, password and ip address are setup the user
can login into the application.Thefigure3.4depictsthe
user registration page of application.
2.3 SPECIFICATION OF PLACE
This module is the main functionality of the
travel sequence application. The module provides the
user with the options to select the category like
hospitals, hotels, tourist places etc... when the person
enters the category and source and destination of his
travel the application matches the category , source,
destinationon the server side and gives backtheresult
of number of locations that has matched with the
server side with all the requirementsmentionedbythe
user.This module uses the GPRS service to track the
location of the user. The UI for this module is designed
in such a way that the once the user enters the

requirements and clicks the search button, they are
provided with a number of point oflocationswiththeir
source and destination requirements.
When the user enters the source and
destination and the category options and clicks on the
search button, it requests the user to on the location
services to provide the route to the destination. The
application also contains an additional feature to
search for the nearby location when the user sets up
the ssid of the android handset. The figure3.5specifies
the specification page of application.
Figure -3.5Specification page
2.4 PATH FINDING
This module guides the user to his point of
location when the user selects from the many number
of resulted location. This module provides the user
with the best route to reach out to their destined
locations. This module require the location service of
the android handset to be on so that the user can find
the best route for his destination. If fail to on the
location service the user may face difficultyinreaching
to the destination.
In the module, the user receives an number of
point of location according to their desired search.
Along with these location the application provides the
user with their official url of their website and also the
review about the place they wanted to visit. Once they
decide from the number of point of location to visit a
place, they are required to touch that point of location
and click on the arrow mark in the google map
integrated to the application. once the user clicks on
the mark they are taken to the map application in the
android handset to find the best route to the selected
location.
Figure -3.6 Resultant Locations
The figure 3.6 depicts the resulted location available
from the specification provided by the user.
3. CONCLUSION
The use of the android application helps the user to
travel to the destined location with ease and also the
application provides the user the best routetoreachto
the destination. In case of this application the places
like hospitals, hotels, schools are already registered in
the Google map with the help of the system
administrator. Additional information areaddedalong
with the locations such as the official website URL of
the place and also review about the place. Upon
addition of these information, the user selects his
estined location with ease from a number of returned
results. The future scope for the application include
that a notification of places like hospitals, hotelscanbe

received by the user automatically when he travels
through the place.
REFERENCES
[1] Jakil Syed, Ishan Gonekar, Santosh Dhaigude, Amit
Langore: A Survey on Social Media Based
Personalized Travel Sequence Recommendation:
International Journal of Innovative Research in
Science, Engineering and Technology,Vol. 7, Issue
5, May 2018.
[2] Vincent W. Zheng, Yu Zheng, Xing Xie, Qiang Yang:
Collaborative Location and Activity
Recommendations with GPS History
Data:ACM,2010.
[3] , Zhijun Li, Shouxu Jiang, Shirong Lin: Point-of-
Interest RecommendationForLocationPromotion
In Location -Based Social Networks: 18th IEEE
International Conference on Mobile Data
Management (MDM),2017.
[4] Guoshuai Zhao, XuemingQian,Huan Wang: POI
Mining andRecommendation:IEEETransactionon
multimedia,2016.
[5] JialieShen, Tao Mei, XinboGao: Landmark
Reranking for Smart Travel Guide Systems by
Combining and Analyzing Diverse Media: IEEE
Transactions on Systems, Man, and Cybernetics:
Systems ,Volume: 46 , Issue: 11 , Nov. 2016 .
[6] T. Tezuka, and K. Tanaka:Mining and visualizing
local experiences from blog entries:Database and
Expert Systems Applications. Springer, 2006, pp.
213–222.
[7] S. Hattori, T. Tezuka, and K. Tanaka:Automatic
generation of multimedia tour guide from local
blogs:Advances in Multimedia Modeling, pp. 690–
699, 2006.
[8] J. Tang, X. Hu, and H. Liu: Content-aware point of
interest recommendation on location-based social
networks: in Proceedings of 29th International
Conference on AAAI. AAAI, 2015.
[9] L. Zhang, Z. Ma, X. Xie, and W. Ma: Recommending
friends and locations based on individual location
history: ACM Transactions on the Web, vol.5,no.1,
p. 5, 2011. 6
[10] ChanghuWang ,Nenghai Yu , Lei Zhang:TripMining
and Recommendation from Geo-tagged
Photos:2012 IEEE International Conference on
Multimedia and Expo Workshops.

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