AI-Powered Image Processing for Monitoring Counter Services
AI system will analyze real-time CCTV footage to detect various events such as customer congestion, idle counters, long waiting times, and other service bottlenecks.
1. Objectives of AI Monitoring
Purpose:
Automated Monitoring
Wait Time
Service Time
Employee Score
PO Leaderboard
Key Detection Targets:
Customer Congestion: Detect high-density areas where customers are waiting too long.
Idle Counters: Detect counters that are left unattended or inactive for extended periods.
Queue Length Estimation: Estimate the number of people waiting and their positions in the queue.
Customer Emotions (Optional): Detect customer emotions like frustration using facial expression recognition to infer service satisfaction.
2. Machine Learning Algorithms
Object Detection (Counters, Staff, and Customers)
Algorithm:
YOLO (You Only Look Once) or Faster R-CNN
Reason: Both YOLO and Faster R-CNN are well-suited for real-time object detection tasks. YOLO is faster and more appropriate for scenarios requiring real-time inference, while Faster R-CNN provides more accurate bounding box predictions.
Output: Detect and classify counters, customers, and staff in each frame of the CCTV feed.
Training Dataset:
Use a custom dataset of annotated post office service areas, including images of counters, customers, and post office staff.
Pre-trained model: Start with a pre-trained YOLO/Faster R-CNN model on a general object detection dataset (e.g., COCO) and fine-tune it on post office-specific data.
Training Parameters:
Optimizer: Adam or SGD
Learning Rate: 0.001 (tune during experimentation)
Epochs: 50-100 (with early stopping if validation loss stagnates)
Batch Size: 16
Evaluation Metrics:
Precision/Recall: Monitor precision and recall for detecting counters, customers, and staff.
Mean Average Precision (mAP): mAP should be above 0.85 for accurate detection in service monitoring scenarios.
AI-Powered Image Processing for Monitoring Counter Services
AI system will analyze real-time CCTV footage to detect various events such as customer congestion, idle counters, long waiting times, and other service bottlenecks.
1. Objectives of AI Monitoring
Purpose:
Key Detection Targets:
2. Machine Learning Algorithms
Object Detection (Counters, Staff, and Customers)
Algorithm:
Training Dataset:
Training Parameters:
Evaluation Metrics: