The Basic functionality and applications of the project I used to have this dream of a "computerized home" where a benevolent computer, on a piece of plywood on the wall in the basement somewhere, would oversee the lights and heating, turn on radio or TV when interesting shows come on, make voice announcements of important reminders and so on. I would be able to control this wondrous machine with a remote control from anywhere in the house, or call it up on the telephone, or push buttons on a locally wired keypad. Imagine having the ability to call home while on the road, and by issuing simple commands, control devices inside of the home, such as lights, security systems, and air conditioners, as well as perform household tasks like vacuuming, picking up the mail, or just about anything.

Basic functionality of the project I will talk today about the basic function of our project and demonstrate how the main devices interact with each other.

Basic functionality of the project I will talk today about the basic function of our project and demonstrate how the main devices interact with each other. On the next slides you will see the interaction of:

Basic functionality of the project I will talk today about the basic function of our project and demonstrate how the main devices interact with each other. On the next slides you will see the interaction of: The ring-in detection circuit

Basic functionality of the project I will talk today about the basic function of our project andl demonstrate how the main devices interact with each other. On the next slides you will see the interaction of: The ring-in detection circuit The Altera Max processor

Basic functionality of the project I will talk today about the basic function of our project and l demonstrate how the main devices interact with each other. On the next slides you will see the interaction of: The ring-in detection circuit The Altera Max processor The Cermetek on/off hook chip

Basic functionality of the project I will talk today about the basic function of our project and demonstrate how the main devices interact with each other. On the next slides you will see the interaction of: The ring-in detection circuit The Altera Max processor The Cermetek on/off hook chip The DTMF decoder

Basic functionality of the project Ring in detection circuit

Basic functionality of the project Ring in detection circuit Analog phone connection

Basic functionality of the project Ring in detection circuit The ring-in detection circuit captures ring pulses Analog phone connection

Basic functionality of the project Ring in detection circuit Ring pulses are then counted by the microprocessor (using frequency division) The ring-in detection circuit captures ring pulses Analog phone connection

Basic functionality of the project When the microprocessor has finished counting about 3 rings,

Basic functionality of the project When the microprocessor has finished counting about 3 rings, A signal is sent to the On/Off hook chip to electrically change the impedance on the line,

Basic functionality of the project When the microprocessor has finished counting about 3 rings, A signal is sent to the On/Off hook chip to electrically change the impedance on the line, generating a call answer (Off hook).

Basic functionality of the project After the call in picked up,

Basic functionality of the project After the call in picked up, Telephone keypad tones are received through the connected line. The DTMF decoder is used to decode the single tone into a 4 bit code. The code is then sent to the microprocessor which is used for:

Basic functionality of the project After the call in picked up, Telephone keypad tones are received through the connected line. The DTMF decoder is used to decode the single tone into a 4 bit code. The code is then send to the microprocessor which is used for: password identification

Basic functionality of the project After the call in picked up, Telephone keypad tones are received through the connected line. The DTMF decoder is used to decode the single tone into a 4 bit code. The code is then send to the microprocessor which is used for: password identification output control

Basic functionality of the project After the call in picked up, Telephone keypad tones are received through the connected line. The DTMF decoder is used to decode the single tone into a 4 bit code. The code is then send to the microprocessor which is used for: password identification output control exiting from the system

Project applications This project will create the technology to be able to do this from anywhere with telephone access. The following are several example applications.

Project applications This project will create the technology to be able to do this from anywhere with telephone access. The following are several example applications. Remote Thermostat Control Remote Water heating System Control Control All of Your Home Entertainment Devices From Anywhere in the world Electric Door Other applications

Project applications This project will create the technology to be able to do this from anywhere with telephone access. The following are several example applications. Remote Thermostat Control Remote Water heating System Control Control All of Your Home Entertainment Devices From Anywhere in the world Electric Door Other applications Turn On the Lights Turn On Water Sensors (to see if there's flooding in the basement) Turn On Wind Sensors (to get an idea of what the surfing conditions are at the beach house) Turn On the Outdoor Motion Detectors