Detect objects in images or videos
Track objects in uploaded videos
Detect objects in real-time from webcam video
Track and count vehicles in real-time
Dino-X-API-Demo::Alteredverse
Photo and video detector with csv annotation saving
Find objects in videos
Generate annotated video with object detection
Detect objects in a video using a query image
Powerful foundation model for zero-shot object tracking
Automated Insect Detection
Analyze video to recognize actions or objects
Detect cars, trucks, buses, and motorcycles in videos
YOLOv10 is an advanced real-time object detection model designed to detect objects in images and videos with high accuracy and speed. It is the latest iteration in the YOLO (You Only Look Once) series, known for its balance between performance and computational efficiency. YOLOv10 is optimized for various applications, including surveillance, autonomous systems, and video analysis.
• Real-time Detection: Processes images and video frames rapidly, making it suitable for live applications.
• High Accuracy: Leverages state-of-the-art architectures to deliver precise object detection.
• Multi-Object Detection: Capable of detecting multiple objects in a single frame.
• Versatile: Supports both images and video streams for flexible use cases.
• Efficient: Optimized for deployment on various hardware, including CPUs and GPUs.
pip install -r requirements.txt
to install necessary packages.python detect.py --source <input>
to detect objects in images or videos. Replace <input>
with your file path or camera index.What if I encounter installation issues?
Ensure you have the latest version of Python and pip installed. Check the repository for specific dependencies or troubleshooting guides.
Can yolov10 run on mobile devices?
While optimized for performance, yolov10 may require additional optimizations or model quantization to run efficiently on mobile devices.
How do I customize the model for specific objects?
You can fine-tune yolov10 by training it on your dataset using transfer learning. This involves updating the model weights to recognize your specific objects of interest.