COMPONENT USED: * DTMF DECODER * 8-BIT PIC MICROCONTROLLER * CELL PHONES * DIODES * BATTERY(6-VOLT) * DC MOTOR * WHEELS ETC. It is studied using the Gravesand’s apparatus. it being the parallelogram law of vector. In this experiment, we will study the properties of the laws of vector addition, one of. With the Help of Commands We Can Move Our Robot in Desired Direction as Per Our Requirement. Downloaded by Varun Singh () f lOMoARcPSD20050555. In This Project the Robot is Connected to Gsm mobile (using DTMF technology) Which is Controlled by User Mobile Phone. Generally, the Preceptors Are Sensors Mounted on the Robot, Processing is Done by the On-board Microcontroller or Processor, and the Task is Performed Using Motors or with Some Other Actuators. The Control of Robot Involves Three Distinct Phases: Perception, Processing and Action. Although the Appearance and Capabilities of Robot Vary Vastly, All Robots Share Feature of a Mechanical, Movable Structure Under Some Form of Control. It Provides the Advantage of Robust Control, Working Range as Large as the Area of the Service Provider, No Interference with Other Controllers. Use of a Mobile Phone for Robotic Control Can Overcome These Limitations. Conventionally Wireless-controlled Robots Use Rf Circuits, Which Have Limited Working Range, Limited Frequency Range and Limited Control. These commands are fed to a PIC microcontroller of 8-bit architecture to operate the vehicle movement through motor interface. DTMF commands from a phone send to another cell phone which is mounted on the robotic vehicle. This project is designed to develop as a robotic vehicle that can be controlled by a cell phones.
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