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Official implementation of RT-DETR, a Real-Time DEtection TRansformer model that aims to outperform traditional YOLO-based methods in real-time object detection tasks. Supports both PaddlePaddle and PyTorch frameworks.
RT-DETR is a cutting-edge object detection model designed for real-time performance. It adapts the DETR architecture for speed and efficiency, challenging the dominance of YOLO models in the real-time detection space with competitive accuracy and faster inference times.
Addresses the need for high-accuracy, real-time object detection models that can leverage the benefits of Transformer architectures while remaining computationally efficient for deployment in various real-world applications.
Achieves state-of-the-art real-time inference speeds on various hardware platforms.
Based on the efficient Detection Transformer architecture for end-to-end object detection.
Provides official implementations and pre-trained models for both PaddlePaddle and PyTorch.
Demonstrates competitive or superior accuracy compared to leading YOLO models.
Due to its real-time performance and high accuracy, RT-DETR is suitable for a wide range of applications where rapid and reliable object detection is crucial:
Deploying models on edge devices or embedded systems for immediate analysis of visual input, such as in drones, mobile devices, or IoT cameras.
Enables powerful AI capabilities directly on resource-constrained hardware without relying on cloud processing.
Identifying and tracking objects in dynamic environments for navigation, control, or interaction, such as in autonomous vehicles or robotic arms.
Provides the crucial real-time environmental perception needed for safe and effective operation.
Analyzing live video streams from surveillance cameras or industrial monitoring systems for security, safety, or quality control purposes.
Allows for instant anomaly detection, event triggering, and automated reporting.
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