A Comparative Study of Generative Adversarial Networks for Image Recognition Algorithms Based on Deep Learning and Traditional Methods
Yihao Zhong, Yijing Wei, Yingbin Liang, Xiqing Liu, Rongwei Ji, Yiru Cang
Abstract
This paper delves into an innovative image recognition algorithm that merges deep learning techniques with Generative Adversarial Networks (GANs) and offers a comparative analysis against traditional image recognition methods. The primary objective of this study is to evaluate the benefits and future prospects of deep learning, with a particular focus on GANs, within the realm of image recognition. The paper begins by reviewing conventional image recognition approaches, highlighting classical algorithms such as SIFT and HOG, which are based on feature extraction, and their combination with classifiers like Support Vector Machines (SVM) and Random Forests. Following this, the paper outlines the fundamental principles, network architecture, and unique advantages of GANs in the context of image generation and recognition. To verify the effectiveness of GANs in image recognition tasks, a series of experiments were performed using several publicly available image datasets for both training and testing purposes. The findings reveal that GANs significantly outperform traditional methods, especially in the context of processing complex images, enhancing accuracy, and improving resistance to noise. GANs are particularly adept at capturing intricate, high-dimensional features and subtle details in images, leading to substantial improvements in recognition performance. Additionally, GANs demonstrate exceptional capabilities in addressing issues related to image noise, managing incomplete data, and generating high-quality visual content.