Introduction : Bullet Fault Detection Using Real-time image processing and Machine Learning is a system which can be implemented in final phases of the bullet manufacturing industries .This system can check and analyse the final output of the bullet manufacturing industry,
Bullet Fault Detection System using Real time image processing
Introduction :
Bullet Fault Detection Using Real-time image processing and Machine Learning is a system which can be implemented in final phases of the bullet manufacturing industries .This system can check and analyse the final output of the bullet manufacturing industry, as in this project the product which will be detected and analyzed are the cases of the bullets.
Abstract :
Real time monitoring of bullets on a conveyer belt and repair the known faults(water marks, scratch, perforation etc), through the two cameras attached on the top of the system, they will monitor the faulty bullets and separate them by using YOLO V3(You Only Look Once – Version 3) for image processing.
- Software & Libraries Installation ?
- Literature Review of Networks ( Like Neural , Coco Inception ) ?
- Training Files & Yolo Weights ?
- Bullet Samples ( By POF ) ?
- Bullet Images ( 2500 Images ) ?
- Image Annotation ( 700 ) ?
- Pre-Trained Model ( Detecting Real time objects like Book , Bottle , Person etc ) ?
- Real Time Detection of Playing Cards through image processing & Machine Learning ?
Detection of Bullet ?
Camera Integration & synchronization
Detecting Faults


Scope of the Project and Quantifiable Outcomes :
- To Reduce labor cost in industry thus increasing the level of profit.
To improve efficiency.
- Data training on yolo v3.
- Acquiring dataset for bullet fault detection
- Grey Scaled Data Training
- Training yolo model for bullet fault detection.
- Hardware Development
- Bounding Box Prediction
Following YOLOv3 our system predicts bounding boxes using dimension clusters as anchor boxes [15]. The network predicts 4 coordinates for each bounding box, tx, ty, tw, th. If the cell is offset from the top left corner of the image by (cx, cy) and the boundingbox prior has width and height pw, ph, then predicts .
The image Below shows the Real-time prediction of bullet not the pre-trained ( saved data comparison ) .



| Item Name | Type | No. of Units | Per Unit Cost (in Rs) | Total (in Rs) |
|---|---|---|---|---|
| High Resolution Camera | Equipment | 2 | 7000 | 14000 |
| High end Development Pc | Equipment | 1 | 55000 | 55000 |
| Spiral Rod Conveyer | Miscellaneous | 1 | 4000 | 4000 |
| Total in (Rs) | 73000 |
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