Object Detection and Categorization in Complex Scenarios Using Deep Learning
Rayan Chowdhury, Vikas Upadhyaya · 2024
Images, which represent 2D depictions of 3D objects in our environment, are naturally decoded and categorized by the human neural network. In an effort to emulate this cognitive process, we employ machine learning algorithms, a subset of artificial intelligence focused on neural network training. This research work specifically explores the use of the YOLOv5 model in image identification and classification, aiming to enhance efficiency. Our investigation identifies key challenges such as intricate geometries, image resolution, real-time processing, environmental variations, and price considerations. Through phases involving data collection, model training, system integration, and assessment of performance, the research work successfully achieves proficient object categorization across diverse scenarios. These findings not only validate the approach's viability but also highlight areas for potential optimization and future exploration.