Log into android mobile to fetch the device oriented information using remote access via a cloud

IJRET: International Journal of Research in Engineering and Technology eISSN: 2319-1163 | pISSN: 2321-7308
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Volume: 03 Issue: 03 | Mar-2014, Available @ http://www.ijret.org 582
LOG INTO ANDROID MOBILE TO FETCH THE DEVICE ORIENTED
INFORMATION USING REMOTE ACCESS VIA A CLOUD
Vaishali Bhange1
, Nitin Singh Negi2
, Dishant Mistry3
1
Department of Computer Engineering, University of Pune, Maharashtra, INDIA
2
3
Abstract
This paper presents a platform for sharing device oriented mobile information via a local private cloud. The android application
helps the user to fetch the device oriented information like missed call history, messages, battery status and GPS. Our system contains
a website which helps the user to track all the required information through his personal account. Thus our system helps in making it
easier to support new cloud services as output, and our android application helps in setting various triggers to push the device
oriented information into the cloud.
Keywords: List Android, Device oriented information, Cloud.
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1. INTRODUCTION
In today’s era, Mobile devices are spreading at a remarkable
rate. The usage of mobile devices is increasing rapidly.
However nowadays not only mobile devices, but a user may
also carry several devices simultaneously. Consider for instance
a user may carry a mobile phone, an Android Tablet and a
Laptop. In such cases information sharing between these
devices becomes a prime goal. Also with the development of
technologies, nowadays cloud computing has become the
buzzword. The cloud provides easy and faster access to the
data which makes it beneficial for the users. Additionally, users
can access the required data and services anytime and
anywhere. Thus with the development of cloud computing, the
service providers no longer have to worry about the resources
and resource management. Since it is managed by the cloud
providers
The shared information is broadly categorized into two types,
i.e the Device oriented information and the User oriented
information. Sharing of information like mails, schedules is
user based. But some information such as Missed call history,
messages, sensor information is called as device oriented
information. Here our system provides access to such device
oriented information. In our project, our purpose is to create a
platform that helps the user to share such device oriented
information through a private cloud. The cloud is built using
SaaS. The android application will push the data from the
device to the cloud through a network connection. While the
user can log into his account from the web browser to retrieve
his desired data.
Our application provides the following functionalities:
1. Easy Access anytime and anywhere.
2. Security and Authorization
3. Device Independence
4. Remote Access
5. Easy Expansion
2. RELATED WORKS
There exists number of tools for pushing data into the cloud
from smart phones. All these applications make use of internet.
Some of them are as follows:
2.1 Growl
Growl is a local application that helps in sharing the
information between the devices for which it first needs to be
configured. When user receives some shared information on his
device the growl’s application which is activated in the device
sends a notification to growl. This then shows a pop up to
notify the user that the device received a shared information.
Users can also set preferences so that the growl notifies
accordingly. The application information is notified only to the
devices inside the LAN.
2.2 Context Watcher
It is a context aware application which enables the users to
remain updated with their information. This mobile application
helps the end users to share their personal context data such as
their speed, location, heartbeat with their mutual consent. For
instance Family members, friends can stay updated about each
other.

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2.3 SECE
It is a context aware platform. It helps in connecting different
isolated services to be integrated so as to make it more
powerful composite services. Thus it helps the users to create
advanced services.
All the above applications are limited and restricted to share
the information only on particular devices. However our goal is
to create a platform such that this data is shared anytime and
anywhere. Thus using the cloud services we can create a
secured and effective environment for managing our data.
3. ARCHITECTURE
The prime focus of this system is to provide information
sharing between devices. The user logs into the website through
the web browser remotely to access the android phone via
cloud. Thus the architecture is divided into three parts:
1] Website 2] Android application 3] Cloud Services
Fig 1: Architecture
3.1 Website
The website allows users to access their personal account. The
user is assigned an ID and a password. With the help of this ID
and password the user can log into the system anytime and
from anywhere. The website provides an interface to the user to
access the details. There will be certain options like check
missed call history, messages, battery status, GPS etc. The user
can click on the desired option and retrieve the required details.
3.2 Android Application
The android application helps in extracting all the device
oriented information from the android phone. The android
application updates the cloud via the network connection. The
GPRS in android device should always remain switched ON so
as to update the cloud and the web requests accordingly. The
application updates the information on particular intervals on
receiving requests from the cloud services.
3.3 Cloud Services
Cloud computing is used to describe a variety of different types
of computing concepts. It involves connecting a large number
of computers through networks such as internet.
It provides various services such as:
1] SaaS (Software as a service) which includes web browser,
Mobile application, thin client, terminal emulator etc.
2] PaaS (Platform as a service) which includes execution
runtime, database, web server, development tools etc.
3] IaaS (Infrastructure as a service) which includes virtual
machines, servers, storage, load balancers, network etc.
In our project we make use of SaaS.
4. OPERATIONS
4.1 Register
Registration will help the user to create an account. With the
help of which the user can access the necessary information
like any other registration process The user will have to fill up
the form which will provide him with an ID and password
through which the user can access the phone’s details.
4.2 Login/logout
When the user logs in the system it sets a trigger which will
provide the user the information via a network connection.
Once the data is retrieved user must log out for safety.
4.3 Start Android Application
The user with the application in the android phone must keep
his application switched ON so that the data is periodically
updated in the cloud via the network.
4.4 Check
This operation is performed after logging into the web
interface. It enables the user to check the messages, missed call
history, battery status, location of his phone.
5. REQUIREMENTS
5.1 Technologies Used
1. Android Smartphone with built in GPS and Android OS,
version 2.1 and above.
2. Android Software Development Kit (SDK).
3. Eclipse using Android Development Toolkit (ADT).
4. Web services.
5.2 Backend
MySQL

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5.3 Cloud
Google App Engine Cloud Or any private cloud services.
5.4 Operating System
Windows XP or later versions
6. CONCLUSIONS
Thus our system provides a platform for sharing the device
oriented information via a local private cloud. It enables the
user to stay updated with his phone from a remote location. It
provides great assistance in case of mobile theft. The user can
track the location of his phone through a web browser with the
help of cloud services. The user can access the required
information anytime and from anywhere. Our system focuses
on some important and fruitful technologies which may assist
human race in easier interaction with the digital world.
REFERENCES
[1]. Platform for Pushing the Device-Oriented Information into
a Cloud Kenji Morita, Department of Advanced Information
Technology, Graduate School of Information Science and
Electrical Engineering Kyushu University 744 Motooka Nishi-
ku, Fukuoka 819-0395, Japan.
[2]. Michael Armbrust, Armando Fox, Rean Griffith, Anthony
Joseph, Randy Katz, Andy Konwinski, Gunho Lee, David
Patterson, Ariel Rabkin, Ion Stoica, and Matei Zaharia, Above
the clouds: A Berkeley view of cloud computing, Technical
Report UCB/EECS-2009-28, EECS Department, U.C.
Berkeley,2009.
[3]. http://growl.info/
[4]. Johan Koolwaaij, Anthony Tarlano, Marko Luther, Petteri
Nurmi, Bernd Mrohs, Agathe Battestini, Raju Vaidya, Context
Watcher - Sharing Context Information in Everyday Life,
IASTED International Conference on Web Technologies,
Applications, and Services, Calgary, Canada, pp.12–21, 2006.

Log into android mobile to fetch the device oriented information using remote access via a cloud

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Log into android mobile to fetch the device oriented information using remote access via a cloud