
Master object detection and tracking with YOLO v11 from scratch by creating and annotating a dataset, training the model, and detecting and counting ghosts.
Create a new Roboflow project for ghost detection and counting with YOLO v11, annotate data for the goat class, and prepare to train with Google Colab in object detection settings.
Shows how to collect and import a dataset for object detection by downloading images with batch download tools and importing via Roboflow or Kaggle, aiming for 1000 images before annotation.
Annotate a goat dataset with bounding box and polygons in Roboflow to improve accuracy, using drag, polygon, smart polygon, label assist, box prompting, and train, validation, and test splits.
Create a new dataset version, select train, test, and validation splits, download a YOLO 11 zip for goat annotations, then open and extract to reveal images and labels.
Learn to train a dataset with YOLO v11 in Google Colab by creating a notebook, enabling GPU runtime, installing Ultralytics, importing YOLO, and selecting a model variant.
Import the goat dataset from Roboflow into Google Colab using the Roboflow package, API key, workspace, and dataset version for yolov11, then change the yaml path from valid to train.
Train your dataset with YOLO v11 by specifying the YAML path, setting epoch to 30 and image size to 640 to start, monitor training, and download the trained weights.
This lecture demonstrates goat detection and counting using yolov7, validating the model, loading a trained goat detector, and visualizing bounding boxes and a total goat count in images.
Object Detection and Tracking Using YOLOv11
Master the art of real-time object detection and tracking with YOLOv11! This course will guide you through the fundamentals of YOLO (You Only Look Once) and help you develop a robust system capable of detecting and tracking multiple objects in images and videos. Whether you're a beginner or an experienced AI enthusiast, this course will provide hands-on experience in training and deploying YOLOv11 models for real-world applications.
COURSE HIGHLIGHTS:
Understand YOLOv11’s architecture and its advantages in object detection tasks.
Learn how to collect, label, and preprocess data for training YOLOv11.
Train YOLOv11 models to detect and track object, fine-tuning parameters for accuracy.
Implement your trained model for real-time object detection and tracking in video feeds or IoT setups.
Analyze detection results, identify challenges, and refine your model for better performance.
This course is perfect for developers, AI enthusiasts, and anyone in the agriculture or livestock industry looking to integrate AI solutions into their workflows. By the end of the course, you’ll have built a fully functional object detection and tracking system and gained valuable machine learning expertise. Get ready to dive into hands-on projects, powerful AI techniques, and practical applications. Let’s start building intelligent computer vision systems together!