Statistical analysis of design aspects of various YOLO-based Deep Learning models for object detection

Sirisha U., Phani Praveen S., Naga Srinivasu P., Barsocchi P., Bhoi A. K.

YOLO  Deep learning  Darknet  Computational Mathematics  Object detection  General Computer Science  Performance analysis 

Object detection is a critical and complex problem in computer vision, and deep neural networks have significantly enhanced their performance in the last decade. There are two primary types of object detectors: two stage and one stage. Two-stage detectors use a complex architecture to select regions for detection, while one-stage detectors can detect all potential regions in a single shot. When evaluating the effectiveness of an object detector, both detection accuracy and inference speed are essential considerations. Two-stage detectors usually outperform one-stage detectors in terms of detection accuracy. However, YOLO and its predecessor architectures have substantially improved detection accuracy. In some scenarios, the speed at which YOLO detectors produce inferences is more critical than detection accuracy. This study explores the performance metrics, regression formulations, and single-stage object detectors for YOLO detectors. Additionally, it briefly discusses various YOLO variations, including their design, performance, and use cases.

Source: International journal of computational intelligence systems (Online) 16 (2023). doi:10.1007/s44196-023-00302-w

Publisher: Atlantis, Amsterdam , Paesi Bassi

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