Detect and track parcels in videos
Detect objects in live video from your webcam
Generate annotated video with object detection
YOLOv11n & DeepSeek 1.5B LLM—Running Locally
Find objects in videos
Generate a video with stick figures tracking human poses
Dino-X-API-Demo::Alteredverse
YOLOv11 Model for Aerial Object Detection
Powerful foundation model for zero-shot object tracking
Detect objects in real-time from webcam video
Detect objects in short videos
Detect objects in images and videos
Detect objects in images or videos
Motion detection in videos using OpenCV is a technique to detect and track moving objects within video frames. It leverages OpenCV's powerful libraries to analyze video streams, identify motion, and track objects such as parcels or people. This technology is widely used in surveillance, security systems, and automated tracking applications.
• Background Subtraction: Distinguishes moving objects from a static background. • Object Tracking: Follows detected objects across frames. • Alert System: Triggers notifications or events when motion is detected. • Real-Time Processing: Processes video streams in real-time. • Customizable Thresholds: Adjust sensitivity and detection parameters. • Video Input Support: Works with files, cameras, or network streams. • Drawing Boundaries: Highlights detected objects for visualization.
cv2
for OpenCV and numpy
for numerical operations.cv2.createBackgroundSubtractorMOG2()
).What is the best background subtraction method for motion detection?
The choice depends on the scenario. cv2.createBackgroundSubtractorMOG2()
is effective for most cases, but cv2.createBackgroundSubtractorKNN()
offers better accuracy in dynamic environments.
Can I use this for real-time video streams?
Yes, OpenCV supports real-time processing. Ensure your system has sufficient resources for smooth performance.
How do I customize the sensitivity of motion detection?
Adjust parameters like history
and varThreshold
in the background subtractor. Lower values increase sensitivity but may introduce noise.