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| # Combined ANPR and Helmet Detection System | |
| ## Overview | |
| This system integrates Automatic Number Plate Recognition (ANPR) for Indian vehicles with helmet detection for two-wheeler riders. It aims to enhance traffic safety monitoring by identifying vehicle registration numbers and checking for helmet usage in a single interface. | |
| ## Rules and Guidelines | |
| 1. **Input**: The system accepts images or video frames containing vehicles, preferably motorcycles or scooters. | |
| 2. **ANPR Functionality**: | |
| - Detects and reads license plates of Indian vehicles. | |
| - Supports various Indian license plate formats. | |
| - Provides the recognized license plate number as text. | |
| 3. **Helmet Detection**: | |
| - Identifies if the rider (and pillion rider, if present) is wearing a helmet. | |
| - Returns a boolean value: True if helmet(s) detected, False otherwise. | |
| 4. **Combined Output**: | |
| - License Plate Number | |
| - Helmet Status (Yes/No) | |
| - Confidence scores for both detections | |
| 5. **Error Handling**: | |
| - If no license plate is detected, return "No plate detected" | |
| - If no person is detected for helmet check, return "No rider detected" | |
| ## Workflow | |
| 1. User uploads an image or video frame to the system. | |
| 2. System processes the image through both ANPR and helmet detection models simultaneously. | |
| 3. ANPR model identifies and reads the license plate. | |
| 4. Helmet detection model checks for the presence of helmets on riders. | |
| 5. Results from both models are combined into a single output. | |
| 6. The system displays the results to the user. | |
| ## Usage Examples | |
| ### Example 1: Compliant Rider | |
| **Input**: Image of a motorcycle with a clearly visible license plate and rider wearing a helmet. | |
| **Output**: | |
| ``` | |
| License Plate: DL 5S AB 1234 | |
| Helmet Detected: Yes | |
| ANPR Confidence: 98% | |
| Helmet Detection Confidence: 95% | |
| ``` | |
| ### Example 2: Non-compliant Rider | |
| **Input**: Image of a scooter with visible license plate but rider not wearing a helmet. | |
| **Output**: | |
| ``` | |
| License Plate: MH 01 AB 5678 | |
| Helmet Detected: No | |
| ANPR Confidence: 97% | |
| Helmet Detection Confidence: 99% | |
| ``` | |
| ### Example 3: Multiple Riders | |
| **Input**: Image of a motorcycle with two riders, both wearing helmets. | |
| **Output**: | |
| ``` | |
| License Plate: KA 01 EF 9876 | |
| Helmet Detected: Yes | |
| ANPR Confidence: 96% | |
| Helmet Detection Confidence: 98% | |
| Note: Multiple helmets detected | |
| ``` | |
| ### Example 4: Unclear Image | |
| **Input**: Blurry image of a vehicle with partially visible license plate. | |
| **Output**: | |
| ``` | |
| License Plate: ?N 02 X? 43?? | |
| Helmet Detected: Uncertain | |
| ANPR Confidence: 60% | |
| Helmet Detection Confidence: 40% | |
| Note: Low quality image, results may be inaccurate | |
| ``` | |
| ## Best Practices | |
| 1. Use high-resolution images for better accuracy. | |
| 2. Ensure proper lighting conditions in the input images. | |
| 3. For video processing, select frames with clear views of both license plate and rider(s). | |
| 4. Regularly update the model with new training data to improve accuracy. | |
| 5. Use the confidence scores to filter out low-confidence detections if needed. | |
| By following these guidelines and understanding the workflow, users can effectively utilize this combined ANPR and helmet detection system for traffic safety monitoring and enforcement. | |
| ``` | |