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atmospheric and environmental conditions.

STM32F401RDT6TR-LQFP64-STMicroelectronics

atmospheric and environmental conditions.

Mobile Robot using ARM Processor for Line Following Application: This project aims to implement a line following mobile robot using an ARM microcontroller.These sensors measure the orientation and angular velocity of the human hand and accordingly send the signals to the microcontroller for controlling the robotic arm accordingly.

STM32F401RDT6TR-LQFP64-STMicroelectronics

Cyber Aqua Culture Monitoring System using Arduino and Raspberry Pi: This project aims to detect and monitor the various parameters of aquatic system using sensor like pH sensor.A wireless camera with Bluetooth module allows the user to remotely control the robot arm from android mobile.Time elapsed between two sets of IR sensor gives the information of vehicle speed.

STM32F401RDT6TR-LQFP64-STMicroelectronics

Various devices connected to the FPGA controller which receives the control commands from Android mobile via Bluetooth module in order to control these devices.This system also facilitates the user to send the control commands from remote location to control various industrial devices.

STM32F401RDT6TR-LQFP64-STMicroelectronics

engine is automatically locked with DC motors.

These signals are further converted into voice signals based on the control technique implemented in microcontroller.The content of the advertisement can be changed via a computer by using the same network between the Pi and the computer.

An external hard disk is used as the main storage device into which data can be read and write from any remote connection.an e-mail and SMS notification to a registered e-mail address and mobile number will be sent in case of ringing of a doorbell.

Also this is very low cost (the latest model costs only $35).Controlling a stepper motor with the Raspberry Pi and Piface: This project shows.

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