1 / 35

United Arab Emirates University College of Engineering Graduation Projects Unit Electrical Engineering Department

United Arab Emirates University College of Engineering Graduation Projects Unit Electrical Engineering Department. Design and implementation of a PC-Based Home Automation System. Faculty advisor : Dr. Imad Barhumi Team members ID#

glora
Download Presentation

United Arab Emirates University College of Engineering Graduation Projects Unit Electrical Engineering Department

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. United Arab Emirates University College of Engineering Graduation Projects Unit Electrical Engineering Department Design and implementation of a PC-Based Home Automation System • Faculty advisor : Dr. Imad Barhumi • Team members ID# • Amal Abdulla Ali 200309879 • Eiman Thabit200321000 • Salwa Al Nuaimi200202046 • Feda' Wasfi200337271 • Hanan Al Kaabi200203024 • Examination Committee • Dr. Ahmed Alawar • Dr. Abdulla Ismail • Dr. Mousa Hussein

  2. Outline • Project Description • Objectives • The framework for the home automation • The communication • PC Interface • Hardware Connection • Conclusion

  3. Project Description • Designing and implementing a PC-Based Home Automation (HA) system by • Power line controlling system • Controlling home appliances such as lights, electric doors, curtain, or any other appliance

  4. Objectives • Developing a HA system that gives the user complete control over all aspects of his or her home • The automated system will have the ability to be controlled from a PC and the Internet. • Use a computer to turn on and off a light, as well as monitor a door • The real objective is to • Create a basic framework for a home monitoring system

  5. Connection Wired HA System Appliance Microcontroller PC RS-232 Sensor

  6. The Hardware • The main components needed to build a prototype: • PC Interface • RS-232 • Max-232 • Microcontrollers • Type • Specification • Circuit construction • Sensors • Light module • Door module • Curtain module

  7. RS 232 interfaces Power Circuit Max 232 IC Microcontroller Hardware connection

  8. Power Circuit Power circuit is used to: Provide the circuit with DC 5 Volts Protect the microcontroller and the other parts of the circuit

  9. Power Circuit Components Resistance Capacitance LEDs Diode Voltage Regulator

  10. RS-232 Interface • RS-232 • An electrical signal, serial digit interface standard specifying the electrical characteristics of the communication path between two devices Properties: • Specialize in long range and low data • Inexpensive • Portability

  11. MAX-232 MAX-232 is used between the serial port of the PC and the PIC (Microcontroller) It converts the voltage to be suitable to the PIC in transmitting case and vice versa to be suitable to the serial port in receiving case

  12. MAX-232 Components RS-232 (DB 9) Resistance MAX-232 chip Capacitance RS-232

  13. TESTMAX-232 • A hyperterminal program is used • Under Windows, hyperterminal' program normally located underPrograms->Accessories->Communications.

  14. Steps to run hyper terminal program 1-Name the connection. 2-Change some properties in the hyper terminal

  15. Microcontroller • Its computer on a chip, containing a processor, memory, and other functions • Microcontroller consists of : • Processor that executes programs digitally • All instruction given to the processor should be in digital form • I/O Port to connect sensor, keypad, LED, Relay and Timer to count the time to execute some process.

  16. PIC16F877A Microcontroller

  17. Microcontroller Specification • The specification for PIC16F877A: • Microcontroller is very easy to : • Assembly • Program • Low cost • One unit of PIC 16f877 can be programmed and erased so many times.( about 10 000 times).

  18. Connection

  19. Programming a PIC Two things are needed to program a PIC: A Programmer This is the hardware that programs/writes/burns the program into the chip A Software compiles or converts your program written in C/Assembly into a HEX file PICBASIC is the program used in our project

  20. Different types of programmers

  21. A programmer can be built in the lab • For accurate results and to save time: ready programmers is used

  22. Programming a PIC • Three steps process to program microcontrollers are • Write the code • Compile the code • Upload the code into a microcontroller

  23. Specific Controls • A home needs to make it smart = Intelligent control • Specific controls are chosen such as • Control of Lights • On/Off • Door Monitoring • Monitor the open/closed status of door C. Curtain control • open/close the blinds of your home • Make sure doors are being kept closed, lights are being turned off

  24. Light Module Part1 • Digital Control of Light with On/Off options LDR

  25. Light Dependent Resistors • LDRs or Light Dependent Resistors are very useful especially in light/dark sensor circuits

  26. Light Module • Digital Control of Light with On/Off options

  27. Light On /OFF

  28. The Connected Circuit Light Dependent Resistor

  29. Light Module

  30. Door Module

  31. Door On /OFF

  32. Curtain Module

  33. Website

  34. Conclusion • The objectives of project have been fulfilled successfully • Home automation system can provide the needed security, energy conservation, and many other useful features • Project would not be accomplished without the cooperation of the team members. • It encourages the engineering ethics and prepares the students for real life situation.

  35. Thanks For listening

More Related