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International Journal of Trend in Scientific Research and Development (IJTSRD) @ www.ijtsrd.com eISSN: 2456-6470
             automatically extracted logos from various online platforms,   brand  assets  and  assist  in  legal  actions  against
             including e-commerce websites and social media. Their tool   counterfeiters.  However,  they  also  raised  concerns  about
             was designed to filter out irrelevant images and focus on   privacy issues related to web scraping and the potential for
             logos, significantly speeding up the process of data collection.   misuse of collected data.
             However, they also pointed out that inconsistent website   In summary, the intersection of AI-based image recognition
             structures  and  CAPTCHA  mechanisms  posed  significant   and web scraping has made significant strides in addressing
             challenges in scraping data from certain sources.
                                                                the  issue  of  fake  logos  online.  Previous  studies  have
             In more recent years, the integration of AI models with web   demonstrated the potential of deep learning models and web
             scraping has gained momentum. A study by Li and Wong   scraping tools in detecting counterfeit logos, but challenges
             (2021)  combined  deep  learning  algorithms  with  web   remain in terms of model accuracy, data quality, and ethical
             scraping  techniques  to  identify  counterfeit  logos  across   considerations.  This  research  seeks  to  build  upon  these
             multiple websites. Their approach utilized a combination of   foundational  studies  by  further  exploring  the  combined
             pre-trained CNNs and a custom-built scraper to gather logo   effectiveness of AI models and web scraping techniques, with
             images  from  various  online  sources.  The  results   the goal of developing a more robust solution for fake logo
             demonstrated that combining AI with web scraping could   identification.
             enhance the accuracy of logo identification while overcoming   III.   PROPOSED WORK
             the limitations of standalone scraping or image classification   This  study  proposes  a  comprehensive  approach  to
             methods. However, the authors cautioned that there were
                                                                identifying fake logos on the internet by combining advanced
             still issues related to data quality, as scraped images were
                                                                AI models and web scraping techniques. The first part of the
             often noisy or contained multiple logos in a single frame.
                                                                proposed work involves the development and training of a
             Another significant contribution to the field was made by   Convolutional Neural Network (CNN) to effectively identify
             Kim  et  al.  (2020),  who  explored  the  use  of  Generative   fake logos across various online platforms. The model will be
             Adversarial Networks (GANs) to generate synthetic logos for   trained using a large and diverse dataset of logos, including
             training  AI  models.  By  creating  realistic  fake  logos  using   both authentic and counterfeit examples, to ensure it can
             GANs, their study aimed to augment the training dataset and   generalize well to different types of fake logos. Techniques
             improve the model’s ability to recognize counterfeits. While   such  as  data  augmentation  and  transfer  learning  will  be
             their approach showed promise in enhancing the diversity of   employed to enhance the model’s robustness, enabling it to
             the  training  data,  the  authors  noted  that  it  still  faced   handle variations in logo appearance, background noise, and
             challenges  in  distinguishing  between  real  and  fake  logos   occlusion.
             generated by sophisticated counterfeiters. This underscores
                                                                The second part of the proposed work focuses on optimizing
             the importance of continuously updating training datasets
                                                                the web scraping process for efficient logo data collection. A
             and refining AI models to stay ahead of evolving fraudulent
                                                                custom-built scraping framework will be designed to extract
             techniques.
                                                                logo images from a variety of websites, with a focus on e-
             Further research in this area has also focused on the ethical   commerce  platforms,  social  media,  and  other  high-risk
             and  legal  implications  of  detecting  fake  logos  online.   sources  for  counterfeit  logos.  The  scraping  tool  will  be
             Intellectual property laws  and digital rights management   optimized to handle the challenges of inconsistent website
             have become increasingly important as counterfeit goods   structures and CAPTCHA mechanisms. The collected data
             and fraudulent websites continue to proliferate. Studies by   will then be used to continuously update and refine the AI
             Sharma et al. (2022) emphasized the role of AI in enforcing   model, ensuring that it stays effective in detecting new and
             brand  protection  and  reducing  intellectual  property   evolving counterfeit logos. This integrated approach will aim
             infringement. Their work highlighted the potential for AI-  to provide a more scalable, accurate, and efficient solution
             based logo detection systems to automate the monitoring of   for identifying fake logos on the internet.























                                                Fig. 1. The flow of proposed work
             Data Collection
             For this study, the primary source of data will be logo images collected from various online platforms, including e-commerce
             websites, social media, and brand directories. The goal is to gather a diverse dataset of authentic logos and counterfeit logos


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