Electronics By Ajay Sir

Hi Everyone....

I am Dr. Ajay Kumar Mahato, and Currently I am working as an Assistant Professor in Department of ECE (Electronics and Communication Engineering) at GLA University Mathura. Prior to GLA University Mathura, I was working at Amity University Jharkhand, and my former CSE students of AUJ requested me to start this Youtube channel and Finally I Started this Channel in May 2023.

This channel is dedicated to all my students. Here, I upload video on selected course topics as per the demand/request of my students. Apart from teaching, I always encourage my students to participate in extra-curricular activities also.

As a faculty, as a teacher; I always feel very happy when my students participated and performed in extra-curricular activity. Some of the pics/video related to their extra-curricular performance, you may get in this channel also.

Thank you all for your love and support.
Dr. Ajay Kumar Mahato

Module 1.1: Components of Digital Image Processing #like #subscribe
Module 1.1: Components of Digital Image Processing #like #subscribe
Module 1.1: Fundamental Steps in Digital Image Processing | #like #subscribe
Module 1.1: Fundamental Steps in Digital Image Processing | #like #subscribe
Module 1.2: Histogram Processing (A Brief Overview) | Digital Image Processing #like #subscribe
Module 1.2: Histogram Processing (A Brief Overview) | Digital Image Processing #like #subscribe
Module 1.1: Image Size Determination & its transmission | Solved Numerical Example 2 | DIP #like
Module 1.1: Image Size Determination & its transmission | Solved Numerical Example 2 | DIP #like
Module 1.4: Laplacian Operator L4 | Solved Numerical Example 2 | DIP #like #subscribe
Module 1.4: Laplacian Operator L4 | Solved Numerical Example 2 | DIP #like #subscribe
Module 1.2: Histogram Plotting | Solved Numerical Example | Digital Image Processing #subscribe
Module 1.2: Histogram Plotting | Solved Numerical Example | Digital Image Processing #subscribe
Module 1.1: Elements of Visual Perception | Solved Numerical Example 1| Digital Image Processing
Module 1.1: Elements of Visual Perception | Solved Numerical Example 1| Digital Image Processing
Module 1.1: Adjacency Property | Solved Numerical Question 1 | Digital Image Processing #subscribe
Module 1.1: Adjacency Property | Solved Numerical Question 1 | Digital Image Processing #subscribe
Module 1.1: Image Aspect Ratio | Concept Overview & Solved Numerical Question1 | #dip #subscribe
Module 1.1: Image Aspect Ratio | Concept Overview & Solved Numerical Question1 | #dip #subscribe
Module 1.1: Introduction and Fundamentals of Digital Image Processing | GLA University Mathura
Module 1.1: Introduction and Fundamentals of Digital Image Processing | GLA University Mathura
Course Overview | Digital Image Processing #Like #subscribe
Course Overview | Digital Image Processing #Like #subscribe
Embedded Linux Lab Session for ECE Students Batch 2021-25 #GLA University Mathura #subscribe #like
Embedded Linux Lab Session for ECE Students Batch 2021-25 #GLA University Mathura #subscribe #like
Module 2.2: Edge Detection | First Order Derivative (Part 3): Prewitt & Sobel Operators | DIP
Module 2.2: Edge Detection | First Order Derivative (Part 3): Prewitt & Sobel Operators | DIP
Module 2.2: Edge Detection | First Order Derivative (Part 2) : Roberts Operator | Image Segmentation
Module 2.2: Edge Detection | First Order Derivative (Part 2) : Roberts Operator | Image Segmentation
Module 2.2: Edge Detection | First Order Derivative (Part 1):Gradient Operator | Image Segmentation
Module 2.2: Edge Detection | First Order Derivative (Part 1):Gradient Operator | Image Segmentation
Module 2.1: Erosion Operation | Solved Numerical Example 2 | Morphological Operation | DIP
Module 2.1: Erosion Operation | Solved Numerical Example 2 | Morphological Operation | DIP
Module 2.3: 8-Directional Chain Code | Image Representation and Description | DIP
Module 2.3: 8-Directional Chain Code | Image Representation and Description | DIP
Module 2.2: Edge Detection | 2nd Order Derivative | Image Segmentation | DIP
Module 2.2: Edge Detection | 2nd Order Derivative | Image Segmentation | DIP
Module 2.2: Line Detection | Image Segmentation | Digital Image Processing
Module 2.2: Line Detection | Image Segmentation | Digital Image Processing
Interaction with Young Minds @ Gla University Mathura
Interaction with Young Minds @ Gla University Mathura
Interaction with Young mind @ GLA University Mathura
Interaction with Young mind @ GLA University Mathura
Module 2.1: Dilation Operation | Solved Numerical Example 2 | Morphological Operation | DIP
Module 2.1: Dilation Operation | Solved Numerical Example 2 | Morphological Operation | DIP
Module 2.2: Global Thresholding | Image Segmentation | Digital Image Processing
Module 2.2: Global Thresholding | Image Segmentation | Digital Image Processing
Module 2.1: Opening Operation | Solved Numerical Example 2 | Morphological Operation | DIP
Module 2.1: Opening Operation | Solved Numerical Example 2 | Morphological Operation | DIP
Модуль 2.2: Разделение и объединение областей | Сегментация изображений | Цифровая обработка изоб...
Модуль 2.2: Разделение и объединение областей | Сегментация изображений | Цифровая обработка изоб...
Module 2.2 : Isolated Point Detection | Image Segmentation | Digital Image Processing
Module 2.2 : Isolated Point Detection | Image Segmentation | Digital Image Processing
Module 2.1 Convex Hull | Image Morphological Operation | Digital Image Processing
Module 2.1 Convex Hull | Image Morphological Operation | Digital Image Processing
Module 2.1 : Extraction of Connected Components | Morphological Operations | DIP
Module 2.1 : Extraction of Connected Components | Morphological Operations | DIP
Module 2.2: Region Growing | Concept Overview | Image Segmentation | DIP
Module 2.2: Region Growing | Concept Overview | Image Segmentation | DIP
Module 2.2 Region Splitting | Concept Overview | Image Segmentation | DIP
Module 2.2 Region Splitting | Concept Overview | Image Segmentation | DIP