yolov11n.pt
时间: 2025-02-19 16:33:35 浏览: 120
### YOLOv11 Model Information and Details for `yolov11n.pt` File
The `yolov11n.pt` file represents a pre-trained PyTorch model of the YOLOv11 architecture, specifically tailored to be lightweight yet effective in object detection tasks. This particular version integrates several innovative modules that enhance its performance while maintaining computational efficiency.
#### Key Components of YOLOv11 Architecture
- **Feature Enhancement Module (FEM)**: Enhances feature extraction capabilities by focusing on critical features within images[^1].
- **Feature Fusion Module (FFM)**: Combines multi-scale context information effectively through advanced fusion techniques, improving overall accuracy.
- **Spatial Context Awareness Module (SCAM)**: Incorporates spatial relationships between objects, aiding in more accurate localization and classification.
For the light-weight variant denoted as `yolov11n`, these components are optimized further:
```python
import torch
model = torch.hub.load('ultralytics/yolov11', 'custom', path='path/to/yolov11n.pt')
```
This code snippet demonstrates how one can load the custom YOLOv11 model from a `.pt` file using TorchHub. The specific configuration parameters such as input size, number of classes, etc., would typically be defined inside the YAML configuration associated with this model type.
#### Configuration Example (`yolov11-FFCA.yaml`)
To configure the environment properly before running inference or training sessions, users should refer to an example setup script like so:
```yaml
# yolov11-FFCA.yaml
train:
imgsz: 640
batch_size: 16
epochs: 300
...
```
Such configurations ensure optimal utilization of resources during both training and deployment phases.
--related questions--
1. What is the significance of each module introduced in YOLOv11?
2. How does FFM contribute to better object detection results compared to previous versions?
3. Can SCAM improve small object recognition significantly over traditional methods?
4. Are there any notable differences when deploying YOLOv11 models across various hardware platforms?
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