Q1. UART Application:
a- Research and explain in detail how to develop an application that uses a microcontroller
to provide reliable data transfer between two devices using the UART protocol.
b- Examine error prevention and correction methods during data transmission and
reception.
c- Simulate errors in transmitted and received data, and research how these errors can be
detected and corrected.
d- Research and explain in detail how an IoT device uses a microcontroller and sensor to
carry out its basic communication using the UART protocol.
e- Research the measures that can be used for data security when communicating with the
IoT device.
Q1. UART Application:
a- Research and explain in detail how to develop an application that uses a microcontroller
to provide reliable data transfer between two devices using the UART protocol.
b- Examine error prevention and correction methods during data transmission and
reception.
c- Simulate errors in transmitted and received data, and research how these errors can be
detected and corrected.
d- Research and explain in detail how an IoT device uses a microcontroller and sensor to
carry out its basic communication using the UART protocol.
e- Research the measures that can be used for data security when communicating with the
IoT device.