This tool is an AI-based static image people counting tool that can accurately identify and count the number of human bodies in uploaded images. It supports users to upload PNG or JPG format images and provides image scaling functionality, allowing users to choose to adjust image size by dimension or by ratio to suit different recognition needs or output preferences. Whether analyzing crowd density, traffic flow, or event attendance, this tool can provide fast and effective counting results.
Input Parameter Description:
Upload Image: Required, supports PNG/JPG format, single image, maximum 5MB.Scaling Type: Optional, defaults to "Dimension Scaling".Width (px): Available when scaling type is "Dimension Scaling", enter the target width (numeric value).Height (px): Available when scaling type is "Dimension Scaling", enter the target height (numeric value).Maintain Aspect Ratio: Available when scaling type is "Dimension Scaling", select "Yes" or "No" to decide whether to maintain the original aspect ratio of the image during scaling, defaults to "Yes".Scaling Ratio (0-2): Available when scaling type is "Ratio Scaling", enter the scaling ratio (numeric value), default value is 1.0.Output Result Description:
Example Scenario: Suppose you have a group photo and want to quickly know how many people are in it.
group_photo.jpg, which contains multiple people (e.g., assume there are 5 people in the image).0.8 (meaning the image will be scaled down to 80%).group_photo.jpg.0.8.Image people counting typically employs advanced computer vision and deep learning technologies. Its core principle is to use pre-trained object detection models (such as YOLO, Faster R-CNN, etc.) to identify and locate the specific target "person" in an image. The model learns from a large amount of annotated human image data to recognize unique human features and mark each detected human body area with bounding boxes on the image. Finally, counting the number of these bounding boxes yields the number of people in the image. To improve robustness and accuracy in complex scenarios, some more advanced algorithms also combine techniques such as pose estimation and human keypoint detection to more precisely identify and distinguish individuals.
骗钱的系统
2025-10-09 17:05:24
2025.09-08