System demonstration of a home automation project made by using Arduino by University Of Gaziantep students. (Arduino ile yapılmış ev otomasyonu projesi. Gaziantep Üniversitesi öğrencileri). Project Website: http://www.flowinweb.com

1. EEE 499 Midterm-Presentation
Home Automation Over Internet
Project Members:
•Birol İlker ARSLAN
•Ramazan SEVİM
•Turgut KARADAĞ
Supervisor:Dr.Andrew BEDDALL
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2. Outline Of the Project
 A system will be designed and constructed to collect
data and control home devices via WWW interface.
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3. Outline Of the Project
 Home conditions include
 Control of home lighting
 Control/Monitor of home heating
 Control of door lock
 Taking images from a camera
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4. Outline Of the Project
 The user will connect to the server via a web
interface, the server will collect data and send
commands to the home via an Internet interface using
an ethernet module with Arduino.
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5. Outline Of the Project
 Division of tasks
 Software: B.İlker ARSLAN
 Hardware : Turgut KARADAĞ
 Connections: Ramazan SEVİM
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6. Hardware
 Arduino UNO
We have chosen Arduino Uno R3 for our
project.Now,I am going to mention you some
properties of Arduino UnoR3.
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7. Hardware
Arduino Uno R3 is a microcontroller board
based on the ATmega328.It has 14 digital
input/output pins,6 analog inputs,a 16 MHz
ceramic resonator,a USB connection,a power
jack, and a reset button.
The Arduino Uno has a number of facilities for
communicating with a computer, another Arduino,
or other microcontrollers.
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8. Hardware
 Ethernet Module (Wiznet)
We have chosen Wiznet W5100 as an ethernet
shield for our project.I am going to explain the
basic properties of this ethernet shield.
The Arduino Ethernet Shield allows an Arduino
board to connect to the internet. It is based on
the Wiznet W5100 ethernet chip .
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9. Hardware
There is an onboard micro-SD card slot, which
can be used to store files for serving over the
network. It is compatible with the Arduino Uno
and Mega (using the Ethernet library).
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10. Future of Hardware
 A standart control card for all household devices will
be designed and constructed. This will enable
machines to interact with each other under a standart
set of rules.
 A circuit to protect main unit in the case of power cut
 Fan connections for temperature control of the main
unit.
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11. Structure (future)
Main
Sensors
ARDUINO +
ETHERNET SHIELD
DCC
DCC &
Sensors MAIN
MASTER
UNIT
DEVICES

12. Connections
 Video presentation
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13. Software
 Arduino is programmed by using the programming
language APL (arduino programming language)
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14. Software
 CSS+PHP+SQL+Js+HTML=Web interface
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15. Changing Environment Process
HOME SCHOOL
Address: HOME Address:GAUNEnvironment
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16. Future of the Project
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17. TO DO list (for EEE499)
√ Lightning System ON/OFF
√ Temperature reading and Heating system ON/OFF
① Lock ON/OFF
② Webcam Security

18. TO DO List (Additional Features)
❸Design of a standart communication card for all devices
Standart communication rules
❹Self-control mechanism for main unit
❺UPS like connection against power cut
❻Upgrade mechanism for Main Unit Software
❼Master Start/Stop for Main Unit
❽Fan connections for Main Unit
❾More secure way to login to system
❿Scenarios
11-Message2Env

19. Project Budget
 Arduino UNO: 60TL
 Ethernet Card (Wiznet) : 30TL
 Adapter, cables, sensors etc.:20TL
 TOTAL: 110 TL
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20. Thanks for Listening...
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