|New Link For Real Time Embedded Systems Laboratory|
The Cloud Platform link for this Laboratory.
|Expt-1:DF-Part1: Digital FIR filter design and simulation|
This experiment deals with FIR filter design using FDA tool of MATLAB. The student is required to specify and design an FIR low pass filter and simulate it on MATLAB.
|Expt-2: DF-Part2: Fixed point Implementation of Digital FIR Filter|
This experiment deals with fixed point implementation of Digital FIR Filter using C.
|Expt-3: DF-Part3: MCU-DAC interfacing and generation of ramp wave|
Interface DAC with 8051 microcontroller and generate a ramp signal by programming
|Expt-4:DF-Part4: Interfacing of ADC and data trasnfer by software polling, study of aliasing|
The ADC is interfaced with 8051 which is already interfaced with DAC. Transfer data from ADC using software polling while connecting a sine-wave generator at the input of the ADC. Send the output to the DAC and study aliasing.
|Expt-5:DF-Part5: ADC triggering through timer(On Chip Timer)|
This experiment explains how On-chip timer of 8051 is used to trigger the ADC
|Expt-6:DF-Part6: Interrupt driven data transfer from ADC |
This experiment deals with an interrupt driven data transfer method between ADC and micro controller.
|Expt-7:DF-Part7 Implementation of Digital FIR Filter on 8051 Microcontroller|
In this experiment a Digital FIR(Finite Impulse Response)Filter is implemented on 8051 microcontroller which has been already interfaces with ADC and DAC.
|Expt-8:SM-Part1: LCD - MCU interfacing and displaying a string|
This experiment deals with the interfacing of an LCD with ATMEGA16 to display a string.
|Expt-9:SM-Part2 Keyboard-MCU interfacing take a input from keypad and display on LCD|
This experiment deals with the the interfacing of keypad with MCU and displaying the data given from keypad on LCD screen
|Expt-10:SM-Part3: Stepper Motor Control Using ATMEGA-16 Microcontroller|
In this Experiment we use ATMEGA-16 microcontroller to control the speed and direction of the Stepper Motor.
|Expt-11:HN-Part1: Interface a LED matrix and display a number on the matrix.|
This experiment shows how to interface an LED matrix with a micro-controller and use the same to display patterns on the matrix with a delay.
|Expt-12:HN-Part2: Interfacing 4x4 switch matrix with the microcontroller|
In this experiment we will interface a switch matrix and then generate patterns that can be viewed in the LED matrix.
|Expt-13:HN-Part3: Implementation of Hopfield network in C to recognize a simple ASCII character.|
This experiment deals with the design of an Hopfield Network in C to recognise the patterns of '1' and '0'
|Expt-14:HN-Part4: Implementation of Hopfield Network on ATMEGA-16 microcontroller|
This experiment deals with the design and implementation of Hopfield network on ATMEGA-16 micro controller for recognizing the pattern of '0' and '1'.
|Expt-15:SC: Serial Communication between micro controller and PC|
This experiment deals with the communication of data serially between micro controller and computer's terminal or vice-verse with the help of MAX232 chip.
|Expt-16:TC: Temperature control using ATmega16|
This experiment deals with regulating temperature of a closed chamber by controlling the fan and heater using ATMEGA16 micro controller.