A ROS package for real-time object detection in camera images using YOLO (V3) on GPU and CPU.
Darknet_ros is a ROS package that integrates the YOLO (You Only Look Once) object detection system for real-time object detection in camera images. It allows robots and autonomous systems to identify and locate objects using pre-trained models or custom-trained networks, bridging computer vision research with practical robotics applications.
Robotics researchers, developers, and engineers working with ROS who need real-time object detection capabilities for autonomous navigation, manipulation, or perception tasks.
It provides a performant, well-integrated ROS interface to YOLO, supporting both GPU acceleration for speed and custom model deployment for specialized detection needs, all within the standard ROS messaging framework.
YOLO ROS: Real-Time Object Detection for ROS
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Leverages CUDA for high-speed inference on Nvidia GPUs, enabling real-time object detection crucial for robotics applications, as highlighted in the README with performance comparisons.
Publishes bounding boxes, detection images, and object counts as standard ROS topics and actions, making it easy to integrate into existing ROS pipelines for navigation or manipulation tasks.
Supports training and deployment of user-defined YOLO models, allowing adaptation to specialized detection needs, with configurable weights and cfg files as described in the installation section.
Includes pre-trained weights for COCO and VOC datasets, providing immediate functionality for common object classes without additional training effort.
The README disclaims fitness for purpose and notes it's research code with frequent changes, making it less reliable for production environments without careful version management.
Requires manual adjustment of GPU compute capability in CMakeLists.txt, which can be error-prone and intimidating for users unfamiliar with CUDA configuration, as mentioned in the building instructions.
Primarily based on YOLO V3 architecture, so it lacks built-in support for newer YOLO versions or alternative models, potentially limiting performance and feature updates.