Udemy

[NEW] 2026:Build 15+ Real-Time Computer Vision Projects

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  • 123 Students
  • Updated 2/2026
3.8
(11 Ratings)
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Course Information

Registration period
Year-round Recruitment
Course Level
Study Mode
Duration
9 Hour(s) 51 Minute(s)
Language
English
Taught by
MG Analytics
Rating
3.8
(11 Ratings)

Course Overview

[NEW] 2026:Build 15+ Real-Time Computer Vision Projects

CNN,GAN,Transfer Learning, Data Augmentation/Annotation, Deepfake, YOLO ,Face recognition,object detection,tracking

Build 15+ Real-Time Deep Learning(Computer Vision) Projects


Ready to transform raw data into actionable insights?


This project-driven Computer Vision Bootcamp equips you with the practical skills to tackle real-world challenges.


Forget theory, get coding!


Through 12 core projects and 5 mini-projects, you'll gain mastery by actively building applications in high-demand areas:


Object Detection & Tracking:


Project 6: Master object detection with the powerful YOLOv5 model.

Project 7: Leverage the cutting-edge YOLOv8-cls for image and video classification.

Project 8: Delve into instance segmentation using YOLOv8-seg to separate individual objects.

Mini Project 1: Explore YOLOv8-pose for keypoint detection.

Mini Project 2 & 3: Make real-time predictions on videos and track objects using YOLO.

Project 9: Build a system for object tracking and counting.

Mini Project 4: Utilize the YOLO-WORLD Detect Anything Model for broader object identification.


Image Analysis & Beyond:


Project 1 & 2: Get started with image classification on classic datasets like MNIST and Fashion MNIST.

Project 3: Master Keras preprocessing layers for image manipulation tasks like translations.

Project 4: Unlock the power of transfer learning for tackling complex image classification problems.

Project 5: Explore the fascinating world of image captioning using Generative Adversarial Networks (GANs).

Project 10: Train models to recognize human actions in videos.

Project 11: Uncover the secrets of faces with face detection, recognition, and analysis of age, gender, and mood.

Project 12: Explore the world of deepfakes and understand their applications.

Mini Project 5: Analyze images with the pre-trained MoonDream1 model.


Why Choose This Course?


Learn by Doing: Each project provides practical coding experience, solidifying your understanding.

Cutting-edge Tools: Master the latest advancements in Computer Vision with frameworks like YOLOv5 and YOLOv8.

Diverse Applications: Gain exposure to various real-world use cases, from object detection to deepfakes.

Structured Learning: Progress through projects with clear instructions and guidance.


Ready to take your Computer Vision skills to the next level? Enroll now and start building your portfolio!



Core Concepts:


Image Processing: Pixel manipulation, filtering, edge detection, feature extraction.

Machine Learning: Supervised learning, unsupervised learning, deep learning (specifically convolutional neural networks - CNNs).

Pattern Recognition: Object detection, classification, segmentation.

Computer Vision Applications: Robotics, autonomous vehicles, medical imaging, facial recognition, security systems.


Specific Terminology:


Object Recognition: Identifying and classifying objects within an image.

Semantic Segmentation: Labeling each pixel in an image according to its corresponding object class.

Instance Segmentation: Identifying and distinguishing individual objects of the same class.


Technical Skills:


Programming Languages: Python (with libraries like OpenCV, TensorFlow, PyTorch).

Hardware: High-performance computing systems (GPUs) for deep learning tasks.


Additionally:


Acronyms: YOLO, R-CNN (common algorithms used in computer vision).

Datasets: ImageNet, COCO (standard datasets for training and evaluating computer vision models).

Course Content

  • 19 section(s)
  • 38 lecture(s)
  • Section 1 Introduction
  • Section 2 Project 1. Image Classification MNIST Dataset
  • Section 3 Project 2. Image Classification on Fashion MNIST Dataset
  • Section 4 Project 3. Using Keras Preprocessing Layers for image translations.
  • Section 5 Project 4. Transfer Learning for Image classification on complex dataset
  • Section 6 Project 5. Image Captioning using GANs
  • Section 7 Annotation Tools
  • Section 8 Project 6. Object Detection using YOLOv5 Model
  • Section 9 Project 7. Image / video classification using YOLOV8-cls
  • Section 10 Project 8. Instance Segmentation using YOLOV8-seg
  • Section 11 Mini Project 1 :Yolov8-Pose Keypoint Detection
  • Section 12 Mini Project 2: Predictions on Videos using YOLOV8
  • Section 13 Mini Project 3: Object Tracking using YOLO
  • Section 14 Project 9. Object Tracking and Counting
  • Section 15 Mini Project 4: YOLO-WORLD Detect Anything Model
  • Section 16 Mini Project 5 MoonDream1 Image Analysis
  • Section 17 Project 10. Human Action Recognition
  • Section 18 Project 11. Face Detection & Recognition (AGE GENDER MOOD Analysis)
  • Section 19 Project 12. Deepfake Generation

What You’ll Learn

  • DEEP LEARNING, PROJECTS, COMPUTER VISION, YOLOV8, YOLO, DEEPFAKE, OBJECT RECOGNITION, OBJECT TRACKING, INSTANCE SEGMENTATION, IMAGE CLASSIFICATION, IMAGE ANNOTATION, HUMAN ACTION RECOGNITION, FACE RECOGNITION, FACE ANALYSIS, IMAGE CAPTIONING, POSE DETECTION/ACTION RECOGNITION, KEYPOINT DETECTION, SEMANTIC SEGMENTATION, Image Processing, Pixel manipulation, edge detection, feature extraction, Machine Learning, Pattern Recognition, Object detection, classification, segmentation, Python, TensorFlow, PyTorch, R-CNN, ImageNet, COCO


Reviews

  • Y
    Yashovardhan T
    3.5

    it is good for beginners, not for moderate or who want to be pro. some sessions are parts are some where else, it takes time to establish the connection.

  • C
    Carol Ann
    5.0

    Very nice, to the point what a developer needs as practical thing. Thank you

  • D
    David Krumholz
    4.0

    They added the datasets to resources in each section.

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