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Image Processing using MatLab

MATLAB stands for MATrix LABoratory. MATLAB is a high-performance language for technical computing. It integrates computation, visualization, and programming environment. Furthermore, MATLAB is a modem programming language environment. It has sophisticated data structures, contains built-in editing and debugging tools, and supports object-oriented programming(OOP).

It is a logical tool designed by Mathworks for processing data of different formats into form of Matrices. With the help of detailed training program you would be able to precess the images and videos and can perform desired operations depending upon your needs. This is known as Image Processing with MATLAB.

Pre-Requisites:
Basic knowledge of C or C++ Programming.
Basics of Electronics.
Eagerness to learn new innovative things.

Recommendation: It is strongly recommended to bring your own LAPTOP during the training so that you can easily practice the exercises at home.

Who could attend:
Students from B.E/B.Tech/M.Tech/Diploma (ECE/EEE/CSE/IT/MECH) can join this training.
Anyone who have interest in this field and have pre-requisite knowledge.

* Note:The Number of Project will be Covered According to the Duration of that particular Program.
All training modules are based on REAL TIME LIVE PROJECTS.


DAY 1
Theory
• Introduction to Robotics
• Introduction to MATLAB
• Basics of hardware and software

DAY 2
Theory
• Matrix laboratory
• Basics of MATLAB Programming
• Digital Laboratory Explanation
Practical
• Mathematical Calculations using MATLAB
• Command window, workspace, command history

DAY 3
Theory
• 2D-3D plots
• Explanation of sub-plotting function
Practical
• Sub plotting the matrix functions
• Editing plots

DAY 4
Theory
• Introduction to Arduino
• Driver and software installation
• Microcontroller ATMEGA 328p
Practical

• Digital signaling in MATLAB
• Integrating analog signals in Arduino
• Analog i/p and o/p signal
• Traffic light control
• Pattern of LEDs
• Alarm Clock

DAY 5
Theory
• Introduction to IR Sensors
• Resolution and game of pixels
• Image arithmetic
• Image acquisition toolbox
Practical
• Installing webcam with MATLAB
• Conversion of color images
• Taking snapshots from live video
• Conversion of image formats

DAY 6
Theory
• Introduction to IR sensors
• Working of Comparator
• ADC Theory
• Introduction to Motor Driver
Practical
• Detecting white and black surface with digital IR
• Monitoring analog and digital sensors
• Controlling motors with these IR sensors
• Integrating motors with ATMEGA 8

DAY 07
Theory
• Serial and Parallel communication
• Explanation of serial library
• Introduction to serial communication in MATLAB Working with COM ports in MATLAB
Practical
• Interfacing of MATLAB with Arduino
• Serial and Parallel Interface
• RGB LED and buzzer interfacing in bread board with.
• Buzzer interfacing in bread board with MATLAB

DAY 1 
Theory
• Introduction to Robotics
• Introduction to Matlab
• Basics of hardware and software

DAY 2
Theory
• Matrix laboratory
• Basics of MATLAB Programming
• Digital Laboratory Explanation
Practical
• Mathematical Calculations using MATLAB
• Command window, workspace, command history

DAY 3
Theory
• 2D-3D plots
• Explanation of sub-plotting function
Practical
• Sub plotting the matrix functions
• Editing plots

DAY 4
Theory
• Introduction to Arduino
• Driver and software installation
• Microcontroller ATMEGA 328p
Practical
• Digital signaling in Matlab
• Integrating RGB LED with Arduino
• Integrating analog signals in Arduino
• Analog i/p and o/p signal
• Traffic light control
• Pattern of LEDs
• Alarm Clock

DAY 5
Theory
• Introduction to Image Processing
• Resolution and game of pixels
• Image arithmetic
• Image acquisition toolbox
Practical
• Installing webcam with MATLAB
• Conversion of color images
• Taking snapshots from live video
• Conversion of image formats

DAY 6
Theory
• Introduction to IR Sensors
• Working of Comparator
• ADC Theory
• Introduction to Motor Driver
Practical
• Detecting white and black surface with digital IR
• Monitoring analog and digital sensors
• Controlling motors with these IR sensors
• Integrating motors with ATMEGA 328

DAY 7
Theory
• Serial and Parallel communication
• Explanation of serial library
• Introduction to serial communication in MATLAB Working with COM ports in MATLAB
Practical
• Interfacing of Matlab with Arduino
• Serial and Parallel Interface
• RGB LED and buzzer interfacing in bread board with.
• Buzzer interfacing in bread board with MATLAB

DAY 8
Theory
• Introduction to Motor Driver
Practical
• Controlling Motors with these IR Sensors
• Integrating motors with ATMEGA 328

DAY 9
Theory
• Serial and Parallel communication
• Explanation of serial Library
• Introduction to serial communication in MATLAB Working with COM ports in MATLAB
Practical
• Interfacing of Matlab with Arduino
• Serial and Parallel Interface
• RGB LED and buzzer interfacing in bread board with MATLAB

DAY 10
Theory
• Serial monitor and its functioning
• Reading and writing of serial data in serial monitor
Practical
• RGB LED and buzzer interfacing with Matlab

DAY 11
Theory
• Seven segment display device
Practical
• Controlling the display devices using color detection
• Seven segment counter device

DAY 12
Theory
• Integrating MATLAB with Seven Segment Display
Practical
• Interfacing MATLAB with Seven Segment Display
• Controlling internet using Image processing

DAY 13
Theory
• LIVE Videography using MATLAB
• Integrating Real world with digital world
Practical
• Color conversion in live video
• Counting pixel in live image

DAY 14
Theory
• Explanation of different parameters in MATLAB
• Identifying area of interest in the snapshot taken from the Webcam
Practical
• Detection of edges using Image Processing
• Color recognition/detection in live video
• How to divide the screen resolution using MATLAB programming

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