
Learn to set up and use YOLOv10 in Google Colab with GPU acceleration, install dependencies, download pre-trained weights, and run object detection on images.
Learn to run YOLOv10 with pre-trained models to perform detect and predict on an image, set a 25% confidence, and save results using the weights folder and model path.
Learn to use Roboflow to build and annotate object-detection datasets with bounding boxes and new classes, set train, validate, and test splits 70/20/10, and export to YOLO v8 for v10.
Install the Roboflow package in Google Colab, import the code, and train a YOLO v10 model on a dataset for 25 epochs with a batch size of eight, using data.yaml.
Train with custom datasets part 2 guides you through uploading images and videos, configuring YOLO version ten with bestfit, and running detect and predict to assess results.
Explore the basics of image processing in Python by treating a digital image as numeric data, loading and displaying images with OpenCV in Visual Studio, and handling missing files.
Learn to read, display, draw on, and save images with OpenCV in Python, including drawing rectangles, adding text, selecting colors in BGR, and saving the modified image.
Explore advanced image operations with OpenCV: crop and copy parts of an image, paste into new locations, convert to grayscale, and separate red, green, and blue channels.
Explore logical operations on images using OpenCV: perform and, or, not, and xor to combine, invert, and highlight overlapping or differing regions between two images.
Explore thresholding techniques in Python using OpenCV, including simple, adaptive, and otsu methods, by loading a grayscale image and applying cv2 threshold operations.
Explore morphological operations in image processing using Python and OpenCV, including erosion, dilation, opening, and closing with NumPy-defined kernels to prepare binary images.
Explain edge detection techniques—Laplacian, Sobel X and Sobel Y, and Canny—using OpenCV in Python to detect image boundaries and work with grayscale images.
Explore corner detection in image processing with Python and OpenCV by implementing good features to track, Harris corner detection, and dilation, and visualize results with marked corners.
Master object detection with template matching using Python and OpenCV to locate a template in a photo. Convert images to grayscale, apply thresholding, and draw bounding boxes around matches.
Explore histograms in image processing with Python and OpenCV, compute grayscale histograms, apply histogram equalization and CLAHE, and compare results using Matplotlib visualizations.
Welcome to this comprehensive hands-on course on YOLOv10 for real-time object detection! YOLOv10 is the latest version in the YOLO family, building on the successes and lessons from previous versions to provide the best performance yet. This course is designed to take you from beginner to proficient in using YOLOv10 for various object detection tasks.
Throughout the course, you will learn how to set up and use YOLOv10, label and create datasets, and train the model with custom data. The course is divided into three main parts:
Part 1: Learning to Use YOLOv10 with Pre-trained Models
In this section, we will start by setting up our environment using Google Colab, a free cloud-based platform with GPU support. You will learn to download and use pre-trained YOLOv10 models to detect objects in images. We will cover the following:
Setting up the environment and installing necessary packages.
Downloading pre-trained YOLOv10 models.
Performing object detection on sample images.
Visualizing and interpreting detection results.
Part 2: Labeling and Making a Dataset with RoboFlow
In the second part, we will focus on creating and managing custom datasets using RoboFlow. This section will teach you how to:
Create a project workspace on the RoboFlow website.
Upload and annotate images accurately.
Follow best practices for data labeling to ensure high-quality training results.
Export labeled datasets in formats compatible with YOLOv10.
Part 3: Training with Custom Datasets
The final section of the course is dedicated to training YOLOv10 with your custom datasets. You will learn how to:
Configure the training process, including setting parameters such as epochs and batch size.
Train the YOLOv10 model using your labeled dataset from RoboFlow.
Monitor training progress and evaluate the trained model.
Fine-tune the model for improved performance.
Test the trained model with your own images and videos, applying it to real-world scenarios.
This course is very useful for students, developers, and enthusiasts who are new to YOLOv10 and want to create and train custom deep learning projects. By the end of this course, you will have hands-on experience with state-of-the-art object detection techniques and will be proficient in using RoboFlow for various deep learning and machine learning projects.
Hope to see you in the course!