YOLO-World: A Demo to Real-Time, Zero-Shot Object Detection
In this piece, we delve deeper into the innovative YOLO-World algorithm to understand its groundbreaking capabilities and implications.
Introduction to DETR – Part 1
DETR introduces a completely new architecture, setting a new standard in the object detection field. In this article, we explore the Detection Transformer (DETR) concept, highlighting its groundbreaking approach and the significant advancements it brings to object detection technology.
Introduction to DETR – Part 2: The Crucial Role of the Hungarian Algorithm
In part 2 of this tutorial series, we look at DETR’s Hungarian Algorithm in depth to show how it minimizes cost.
A Deeper Dive into Graph Neural Networks
Learn the fundamentals of Graph Neural Networks, how they work, and how to implement them using PyTorch. Explore key concepts and examples.
A Deeper Dive into How CNNs Interpret Images.
In this article, we’ll explore how a CNN views and comprehends images without diving into the mathematical intricacies.
Step-by-step instructions for training YOLOv7 on a Custom Dataset
Follow these step-by-step instructions to learn how to train YOLOv7 on custom datasets, and then test it with our sample demo on detecting objects with the Road Sign Detection dataset with Gradient’s Free GPU Notebooks
A Comprehensive Guide to YOLO NAS: Object Detection with Neural Architecture Search
In this article, we explore the architecture of YOLO NAS. We will understand its neural network design, optimization techniques, and highlight the specific improvements it brings over traditional YOLO models.
Faster R-CNN Explained for Object Detection Tasks
Learn how Faster R-CNN works for object detection tasks with its region proposal network and end-to-end architecture.
YOLO-NAS: The Next Frontier in Object Detection in Computer Vision
In this article we will explore a cutting-edge object detection model,YOLO-NAS which has marked a huge advancement in YOLO series.
Evaluating Object Detection Models Using Mean Average Precision (mAP)
URL: https://www.progressiverobot.com/mean-average-precision/ To evaluate object detection models like R-CNN and YOLO, the mean average precision (mAP) is used. The mAP compares the ground-truth bounding box to the detected box and returns a score. The higher the score, the more accurate the model is in its detections. In my last article we looked in detail at […]
