RF-DETR
R
RF DETR
Overview :
RF-DETR is a transformer-based real-time object detection model designed for high accuracy and real-time performance on edge devices. It surpasses 60 AP on the Microsoft COCO benchmark, boasting competitive performance and fast inference speed, suitable for various real-world applications. RF-DETR aims to solve real-world object detection problems and is applicable to industries requiring efficient and accurate detection, such as security, autonomous driving, and intelligent monitoring.
Target Users :
RF-DETR is ideal for developers and businesses requiring efficient and accurate real-time object detection, including security surveillance, autonomous vehicles, and robotic vision. Its high performance and ease of use allow for quick deployment on various edge computing devices.
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Use Cases
Real-time detection and tracking of suspicious individuals in security surveillance systems.
Identifying and classifying objects on the road in autonomous vehicles.
Helping robots identify obstacles in their environment in robotic vision systems.
Features
Real-time object detection: RF-DETR can perform accurate object detection at high frame rates, suitable for dynamic scenes.
High accuracy: Excellent performance on Microsoft COCO and RF100-VL benchmarks, especially in complex environments.
Miniaturized design: Small model size suitable for deployment on edge devices, ensuring fast response and low latency.
Supports fine-tuning: Users can fine-tune the model based on the COCO pre-trained model to adapt to specific application needs.
Easy to install and use: Provides out-of-the-box code and examples for quick integration by developers.
How to Use
Install necessary libraries: Ensure Python and relevant libraries such as requests and PIL are installed.
Load the model: Load the pre-trained model using the RFDETRBase class.
Prepare input image: Load the image to be detected into memory.
Perform prediction: Call the model's predict method for object detection.
Process detection results: Extract detected categories and confidence levels, and visualize annotations.
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