Android Based Smart Department

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395 -0056
Volume: 03 Issue: 02 | Feb-2016 www.irjet.net p-ISSN: 2395-0072
© 2016, IRJET | Impact Factor value: 4.45 | ISO 9001:2008 Certified Journal | Page 774
Android Based Smart Department
Mr. Ganesh Babaso Patil1, Mr. Aniket Mahadeo Bandi2, Mr. Vishalkumar Dilip Koli3
Mr. Prashant Sadashiv Waghmare4, Prof. Ravindra Suresh Kamble5
1Student at CSE Department, Dr. J. J. Magdum College of Engineering, Jaysingpur, Maharashtra, India.
5Asst. Professor, CSE Department, Dr. J. J. Magdum College of Engineering, Jaysingpur, Maharashtra, India.
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Abstract - These Technology advancementshavemade
the implementation of embedded systems within department
appliances. Automation of the surrounding environment of a
modern human beingallowsincreasinghisworkefficiency and
comfort. This project presents a technology where the user
controls the devices through smart phones. Android based
smart department System has been designed for mobile
phones having Android platform to enable internet which
controls a number of home appliances like lights, fans and
many more using suitable on/off switching devices. Android
provides access to a wide range of useful libraries and tools
that can be used to build rich applications. Internet is an open
standard specification for an Android based smart
department. The controlling device of the whole system is a
Microcontroller. The controller acts accordingly to switch
connected department appliances.
Key Words: Micro Controller, Relay, Web server,
Android Application, Atomized devices.
1. INTRODUCTION
With the continuous growth of mobile devices in its
popularity and functionality the demand for advanced
ubiquitous mobile applications in people’s daily lives is
continuously increasing. Utilizing web services is the most
open and interoperable way of providing remote service
accessor enabling applications to communicate with each
other. An attractive market for department automation and
networking is represented by busy collages and individuals
institutes. Internet things can be described as connecting
everyday objects like smart phones, internet televisions,
sensors and actuators to the internet where the devices are
intelligently linked together to enable new forms of
communication amongst people and themselves . The
significant advancement of internet things over the last
couple of years has created a new dimension to the world of
information and communication technologies. The
advancement is leadingtoanyone,anytime,anywhere(AAA)
connectivity for things with the expectation being that this
extend and create an entirely advanced dynamic network of
internet things. The internet things technology can be used
for creating new concepts and wide development space for
smart department in order to provide intelligence, comfort
and improved quality of life.
With the dramatic increase in smart phone users, smart
phones have gradually turned into an all-purpose portable
device and provided people for their daily use. In this
project, a low cost wireless controlled smart department
system for controlling and monitoring the department
environment is presented. An embedded micro-web server
with real IP connectivity isusedforaccessingandcontrolling
appliances and other devices remotely from an Android
based app, which can be used from any Android supported
device. Voice activation for switching applications has also
been incorporated to aid users especially for the elderly and
the disabled persons using that data. At present, there is
little platform-level support and standardization for
verifiable data protection in the cloud. On the other hand,
user data protection while enabling rich computation is
challenging. It requires specialized expertise and a lot of
resources to build, which may not be readily available to
most application developers. We argue that it is highly
valuable to build in data protection solutions at theplatform
layer: The platform can be a great place to achieve economy
of scale for security, by amortizing the cost of maintaining
expertise and building sophisticated security solutions
across different applications and their developers.
2. EXISTING SYSTEM
Smart home appliance is an interface between the
remote control with its mobile or remotecontrol anda home
reliever. For each device, in order to accomplish this
interface design process was taken using the micro
controller and arduino for controlling some application in
the home manually by using a remote control and
automatically through different sensors. Each system
application will be discussed. We use microcontrollerwhich
89V51RD2 secondary connectivitybetweenremoteorsmart

phone and micro controller is established through modules.
The two previous modules can be connected either to micro
controller. A specific android application has been designed
such that different home electronic devicescanbecontrolled
using a smart phone remotely.
Before developing the tool it is necessary to determine
the time factor, economy and company strength. Once these
things are satisfied, ten next steps are to determine which
operating system and language can be used for developing
the tool. Once the programmers start building the tool the
programmers need lot of external support. This support can
be obtained from senior programmers, from book or from
websites before building the system the above.
3. PROPOSED SYSTEM
Following figure illustrates the overall control function
of the system. The projected system works using the
smartphone application. The smartphone application is
nothing but an android application which is the main source
for giving the instruction to the internet module.
In the proposed system, a low cost department system
for remotely controlling and monitoring the smart
department environment is presented. An overview of the
proposed system architecture is shown in Figure 3.1. The
system consists of an app developed using the Android
platform and an Arduino Ethernet based micro web-server.
The Arduino microcontroller is the main controller that
hosts the micro web-server and performs the necessary
actions that needs to be carried out. The micro controller
device and relays are directly interfaced to the main
controller. The smart department environment can be
controlled and monitored from a remote location using the
smart department app, which will communicate with the
micro web-server via the internet. Any internet connection
via Wi-Fi or 3G/4G network can be used on the user device.
Fig-1: System Architecture
4. METHODOLOGY
4.1 Proposed Work
Following are the modules in the project
4.1.1. Android Application:
In this phase the Android application for smart
department is developed. This application will be
developed by using java programming language
4.1.2. Attach the controller kit server:
The micro controller kit 89V51RD2 is connected to
the college or institute server and he will give the response
to the attached devices to micro controller kit.
The programming coding for server will be
implemented in VB.NET or C# programming language.
4.1.3. Develop the Micro controller kit:
The micro controller kit 89V51RD2 is developed by
using Embedded C programming language with different
pins. To that micro controller kit we can connect maximum
32 departmental devices.
4.1.4. Use Relay For Device:
After developmentofmicro controllerkit,thedevice
is getting connected to kit via wiring but we use the relay in
between kit and device.
The main function of relay is to convert 230 volt
current to 5 volt current.
4.2 Design Approaches
4.2.1. DFD Level 0:-
Fig- 2: DFD Level 0
Above DFD level 0 shows the data flow into the system.
In the level 0 the user is going to login to the system by

providing the user data as username (Email Id) and
Password. This is the general view of a system to any user
for study of this system.
4.2.2 DFD Level 1:-
Fig- 3: DFD Level 1
Above DFD Level 1 shows more information about the
system. The level 1 shows that the user request for
controlling the devices is transferred to the web server. The
Department server getstherequestsorcommandsfrom web
server and transfers them to the microcontroller kit. The
microcontroller kit sends the ON/OFF signals to the devices.
All the responses are given back. This is the complex view of
a system to any user for study of this system.
4.2.3 Sequence Diagram:
Fig-4: Sequence Diagram
Above Sequence diagram is representation of sequence
of operations is the system. This is the general view of a
system to any user for study of this system for completing
various tasks sequentially.
4.2.4. Use Case Diagram:
Use case diagram shows the use of resources in the
system. This is the use of system in the project. Here the
Admin and the user are the 2 Actorswhoperformtheactions
or events on the use cases like registration, login,andDevice
control activities.
Fig-5: Use Case Diagram
4.2.5 Class Diagram:
Fig-6: Class Diagram

Above Class diagram shows the classes present in the
system and their relation between the classes of Android
based smart departmentsystem.Heretwoactivitieslikenew
activity and login activity are dependent on main activity.
The device control activity depends on login activity.
5. CONCLUSIONS
We hereby conclude that, this project is going to
help the human beings for making their work to be done in
less time span and more simple and efficient. This system
helps us to save the resources like fuel, electricity and most
important is the time.
REFERENCES
[1] R. Piyare, M. Tazil. “Bluetooth based home automation
system using cell phone”. 2011 15th International
Symposium on Consumer Electronics.
[2] S. Panth, M. Jivani, “Designing Home Automationsystem
(HAS) using Java for Mobile Phone”, International
Journal of Electronic sand Computer Science
Engineering, Vol. 2 No. 02, pp. 798-807, July 2013.
[3] Mayur Jain,” Smart Home System Using Android Mobile
Devices”, Journal ofComputingTechnologiesVol 2,Issue
3 ISSN 2278 – 3814.
BIOGRAPHIES
Mr. Ganesh Babaso Patil –
Completed Diploma in
Computer Engineering from
Latthe education society
polytechnic sangli MSBTE,
Mumbai. Pursuing BE degree
in Computer Science and
Engineering from Dr. J. J.
Magdum college of
Engineering, Jaysingpur,
Shivaji University, Kolhapur.
Research interests are in the
field of Android Application
Development.
Mr. Aniket Mahadeo Bandi –
Sant Gajanan Maharaj Rural
Polytechnic, Mahagaon
MSBTE, Mumbai. Pursuing BE
degree in Computer Science
and Engineering from Dr. J.J.
Magdum college of
field of Game Development.
Mr. Prashant Sadashiv
Waghmare – Completed
Diploma in Computer
Engineering fromGovernment
Polytechnic, Sangli, MSBTE,
Mumbai. Pursuing BE degree
Engineering from Dr. J. J.
Magdum college of
Development.
Mr. Vishalkumar Dilip Koli –
Shri Datta Polytechnic Shirol,
MSBTE, Mumbai. Pursuing BE
degree in Computer Science
and Engineering from Dr. J. J.
Magdum college of
Development.
Prof. Ravindra Suresh
Kamble – Received BE degree
Engineering from Dr, J,J,
Magdum College Of
Engineering Jaysingpur,
Shivaji University, Kolhapur,
and received M.Tech degree
from MLR Institute of
Technology, Hyderabad JNT
University, Hyderabad
Currently working as an
Assistant Professor in the
Department of Computer
Science & Engineering, Dr.
J. J. Magdum College of
field of Cloud Computing and
Grid Technology.

Android Based Smart Department

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