Categories
Electrical Engineering

Learning Goal: I’m working on a electrical engineering project and need support

Learning Goal: I’m working on a electrical engineering project and need support to help me learn.
In-course project submission((use MATHLAB))
Go through the question and also ICPC discussion and prepare the In-course project
The project report should contain
Problem statement
Objective
Methodology
Implementation
Results and discussion
Conclusion
Plagiarism report (<20%)
reference
anger this after reference:Design and develop the fuzzy logic controller for the following experimentDesign the PD controller with the initial error and change in error value
Error= 0.3
Change in error 0.03
Design the fuzzification process. (2.5 Marks)
Develop and tune the formation of rules and minimize the error by updating the error and change in error values. (2.5 Marks)
Run the simulation and explain the working principles of the algorithm. (2.5 Marks)
Interpret the output of the designed fuzzy logic controller by varying the inputs. (2.5 Marks)

Categories
Electrical Engineering

Learning Goal: I’m working on a electrical engineering project and need support

Learning Goal: I’m working on a electrical engineering project and need support to help me learn.
Hi , how are you , this is my project it must follow this instruction and you must use MATHLAB this one
https://matlab.mathworks.com/
In-course project submission
Go through the question and also ICPC discussion and prepare the In-course project
The project report should contain
Problem statement
Objective
Methodology
Implementation
Results and discussion
Conclusion
Plagiarism report (<20%) after conclusion answer this Design and develop the fuzzy logic controller for the following experimentDesign the PD controller with the initial error and change in error valueError= 0.3
Change in error 0.03
Design the fuzzification process. (2.5 Marks)
Develop and tune the formation of rules and minimize the error by updating the error and change in error values. (2.5 Marks)
Run the simulation and explain the working principles of the algorithm. (2.5 Marks)
Interpret the output of the designed fuzzy logic controller by varying the inputs. (2.5 Marks)

Categories
Electrical Engineering

Learning Goal: I’m working on a electrical engineering project and need support

Learning Goal: I’m working on a electrical engineering project and need support to help me learn.
use MATHLAB
In-course project submission
Go through the question and also ICPC discussion and prepare the In-course project
The project report should contain
Problem statement
Objective
Methodology
Implementation
Results and discussion
Conclusion
referance
Plagiarism report (<20%)

Categories
Electrical Engineering

Learning Goal: I’m working on a electrical engineering project and need support

Learning Goal: I’m working on a electrical engineering project and need support to help me learn.
use MATHLAB ((MATH LAB CODE MUST BE IN THE REPORT ))
THE REPORT MUST COVER ALL THIS POINTS In-course project submission
Go through the question and also ICPC discussion and prepare the In-course project
The project report should contain
Problem statement
Objective
Methodology
Implementation
Results and discussion
Conclusion
reference
Plagiarism report (<20%)
after reference answer this Design and develop the fuzzy logic controller for the following experimentDesign the PD controller with the initial error and change in error valueError= 0.3
Change in error 0.03
Design the fuzzification process. (2.5 Marks)
Develop and tune the formation of rules and minimize the error by updating the error and change in error values. (2.5 Marks)
Run the simulation and explain the working principles of the algorithm. (2.5 Marks)
Interpret the output of the designed fuzzy logic controller by varying the inputs. (2.5 Marks)

Categories
Electrical Engineering

Learning Goal: I’m working on a electrical engineering question and need support

Learning Goal: I’m working on a electrical engineering question and need support to help me learn.
Lab Activity: (upoad fluidsim file)
Design the hydraulic circuit and electro hydraulic circuit for the vehicle lift application. Design and demonstrate the electro-hydraulic circuit that meets the following requirements Use a 4/3 solenoid operated directional control valve to actuate the cylinder.
The cylinder should lift the car to half its maximum position when PB1 is pressed. the lift will stop after being contact with the limit switch (mid position)
Then, the cylinder should lift the car to its maximum position after 5 seconds (use the ON-Delay timer).
If the PB2 is pressed at any period of time, the cylinder should return to its initial/home position
incorporate memory circuit for pushbutton PB2.
Repeat this procedure for 10 continuous trials. use your student ID for name of the counter.
Include the functional diagram (Cylinder, sensors, Timer, Counter and DCV)

Categories
Electrical Engineering

Learning Goal: I’m working on a electrical engineering project and need support

Learning Goal: I’m working on a electrical engineering project and need support to help me learn.
Hi , how are you , this is my project it must follow this instruction and you must use MATHLAB this one
https://matlab.mathworks.com/
add screenshot and follow this :
Title of the Project
Objective of the project
Abstracts
Introduction and Literature Review
Methodology
Implementation
Design and analysis
Results and discussion
Conclusions
References
plagiarism ((lase than 20 % )) add the file of it
word and PowerPoint file and Mathlab

Categories
Electrical Engineering

Learning Goal: I’m working on a electrical engineering question and need support

Learning Goal: I’m working on a electrical engineering question and need support to help me learn.
please answer in 50 mint using Proteus software.
and send word file and Proteus software
i will uplod quation in 5 mint

Categories
Electrical Engineering

Learning Goal: I’m working on a electrical engineering question and need support

Learning Goal: I’m working on a electrical engineering question and need support to help me learn.
1-You have an AVR ATmega16 microcontroller, a 7-segment (Port C), pushbutton (PB0), and servomotor (PD1). Write a program as when the pushbutton is pressed the servomotor will rotate clockwise and 7-segment will display a pattern from (A to F). When the pushbutton is released, the servomotor will rotate anticlockwise, and the 7-segment will display a pattern from (0 to 9). Use an array to store the digits in binary format. [50 points]
Note: Submit Proteus and Atmel Studio files in the designated area.
2-You have an AVR ATmega16 microcontroller, a red LED (PA0), a green LED (PA1), a yellow LED (PA2), and three pushbuttons switches. When S1 (PB3) is pressed, the three LEDs will blink at the same time on and off five times with one second total delay time for every blink. When S2 (PC4) is pressed, the three LEDs will blink in sequence with a 500 ms total delay time for every blink. When S3 (PD5) is pressed, the three LEDs will light and stay like this. [50 points]
Note: Submit Proteus and Atmel Studio files in the designated area.

Categories
Electrical Engineering

Learning Goal: I’m working on a electrical engineering question and need support

Learning Goal: I’m working on a electrical engineering question and need support to help me learn.
1-You have an AVR ATmega16 microcontroller, a 7-segment (Port C), pushbutton (PB0), and servomotor (PD1). Write a program as when the pushbutton is pressed the servomotor will rotate clockwise and 7-segment will display a pattern from (A to F). When the pushbutton is released, the servomotor will rotate anticlockwise, and the 7-segment will display a pattern from (0 to 9). Use an array to store the digits in binary format. [50 points]
Note: Submit Proteus and Atmel Studio files in the designated area.
2-You have an AVR ATmega16 microcontroller, a red LED (PA0), a green LED (PA1), a yellow LED (PA2), and three pushbuttons switches. When S1 (PB3) is pressed, the three LEDs will blink at the same time on and off five times with one second total delay time for every blink. When S2 (PC4) is pressed, the three LEDs will blink in sequence with a 500 ms total delay time for every blink. When S3 (PD5) is pressed, the three LEDs will light and stay like this. [50 points]
Note: Submit Proteus and Atmel Studio files in the designated area.

Categories
Electrical Engineering

Learning Goal: I’m working on a electrical engineering question and need an expl

Learning Goal: I’m working on a electrical engineering question and need an explanation and answer to help me learn.
Write a matlab program with 2 inputs calculated according to the convolution table and output analog signal