
Step-by-step guide to fine-tune PaliGemma for custom object detection, covering setup, dataset preparation, training, evaluation, and deployment. Includes practical tips and important considerations.

Learn to detect and label teeth using YOLOv8 and Python. Master dataset preparation, model training, and making predictions with bounding boxes in this hands-on tutorial.

Learn to track vehicles and estimate their speed using computer vision techniques. Covers object detection, multi-object tracking, perspective transformation, and speed estimation with practical code implementation.

Learn to set up, train, and deploy YOLOv9 for custom object detection, including model evaluation, inference, and practical applications like self-service checkout systems.

Learn to train and deploy a custom object detection model on the Google Coral Dev Board Micro, achieving fast inference speeds with low power consumption. Hands-on guide covers data collection, model training, and deployment.

Learn to detect floods using Yolo V8 image segmentation. Covers dataset preparation, model training, and testing on new images to generate segmentation masks highlighting flooded areas.

Learn to segment dogs in images and videos using YOLOv8 and Python. Train AI, isolate dogs from backgrounds, and merge with custom scenes. Step-by-step guide with code included.

Optimize processes using computer vision for wait time analysis. Learn object detection, tracking, and time calculation in zones to enhance customer experience and improve efficiency.

Learn to build an advanced object detection system using DETR, covering data preparation, model implementation, training, and inference with PyTorch, Transformers, and PyTorch Lightning.

Comprehensive explanation of DenseNet architecture, including its benefits and implementation in PyTorch. Covers theory, results, and practical coding walkthrough for deep learning enthusiasts.

Implement object detection using Faster R-CNN in C# with ONNX format on CPU, leveraging machine learning for efficient image analysis.

Explore visual representations in unimodal and multimodal models, comparing their strengths in label prediction and dense prediction tasks. Gain insights into language's role in visual learning.

Explore TensorFlow.js for ML in JavaScript: learn to integrate, retrain models, and leverage ML beyond browsers. Includes demos of virtual makeup try-on and radiology diagnostics.

Explore real-time object detection using ML.NET, learn about computer vision applications, and discover tools for image labeling and model building in the .NET ecosystem.

Explore physical adversarial attacks on object detection systems, focusing on YOLOv3. Learn tactics to overcome challenges in real-world scenarios and understand implications for AI security.

Explore techniques for deceiving object detectors by comparing the attack process to neural network training. Learn how applying training techniques can improve adversarial attacks on state-of-the-art systems.

Innovative video analytics framework integrating model reuse and online retraining for efficient, adaptive DNN models. Optimizes GPU allocation and leverages shared model zoo for improved performance across diverse vision tasks.

Explore Firebase ML Kit's APIs for Android development, including face detection, text recognition, and object detection. Learn to implement these features in your apps without deep ML knowledge.

Explore a novel approach to robust object detection that counters patch hiding attacks using patch-agnostic masking, enhancing security in computer vision applications.

Exploiting correlation biases in computer vision systems to create adversarial images that hide objects from detection, using examples like dogs and frisbees vs. stop signs and pizza.

Innovative computer vision attack automatically recognizes touch screen inputs from a distance, posing significant security risks. Countermeasures include a context-aware privacy-enhancing keyboard for sensitive information.