26-04-2014, 02:08 PM
SUPER INTELLIGENT ROBOT
[attachment=62546]
AIM:
The main aim of the project is to develop a super intelligent robot which is controlled by RF
communication.
PURPOSE:
The purpose of the project is to sense the different sensor values in the environment
and intimate to the user.
DESCRIPTION:
Here is an automated unmanned system being designed around a microcontroller
which serves for detecting sensor parameters such as temperature, LDR and humidity values.
According to this project, a Robot is designed which is made to move all the time. In
the standby mode the Robot is moved here and there. We have two sections, transmitting and
receiving section. Transmitting section consists of a keypad and RF transmitter. From keypad
we can control the robot in different directions. This information is transmitted to the receiver
section using RF transmitter. RF receiver will receive the data and based on that direction
robot is controlled.
Apart from this, the system also senses the different sensors values continuously and
gives to the microcontroller. When the sensor values exceed the threshold limit then this
information is given to microcontroller and the buzzer will buzz. Thus it will alert the users
about the abnormal values of the sensors. All the sensor values are displayed on the LCD.
RESULT:
According to this project we implemented an intelligent Robot, which senses the
different sensor values and alerts the user.
[attachment=62546]
AIM:
The main aim of the project is to develop a super intelligent robot which is controlled by RF
communication.
PURPOSE:
The purpose of the project is to sense the different sensor values in the environment
and intimate to the user.
DESCRIPTION:
Here is an automated unmanned system being designed around a microcontroller
which serves for detecting sensor parameters such as temperature, LDR and humidity values.
According to this project, a Robot is designed which is made to move all the time. In
the standby mode the Robot is moved here and there. We have two sections, transmitting and
receiving section. Transmitting section consists of a keypad and RF transmitter. From keypad
we can control the robot in different directions. This information is transmitted to the receiver
section using RF transmitter. RF receiver will receive the data and based on that direction
robot is controlled.
Apart from this, the system also senses the different sensors values continuously and
gives to the microcontroller. When the sensor values exceed the threshold limit then this
information is given to microcontroller and the buzzer will buzz. Thus it will alert the users
about the abnormal values of the sensors. All the sensor values are displayed on the LCD.
RESULT:
According to this project we implemented an intelligent Robot, which senses the
different sensor values and alerts the user.