Abstract:
The Cartoonization Project is an innovative image processing system that transforms real-world photographs into cartoon-like representations using advanced deep-learning techniques. The core of this project revolves around a U-Net architecture-based convolutional neural network (CNN), enhanced by residual blocks and guided filters, that processes input images and generates cartoonized outputs. By leveraging TensorFlow, along with various image manipulation techniques such as resizing, upsampling, and applying residual learning, the system ensures high-quality, visually appealing cartoon images. This project employs a client-server architecture, where users can upload images through a web interface (built using Flask) and obtain the cartoonized output. Designed with flexibility in mind, the system can be deployed locally or in cloud environments using services like Google Cloud, ensuring scalability and robustness. Through the integration of state-of-the-art image processing algorithms, the Cartoonization Project serves as a powerful tool for automating the transformation of real images into stylized cartoon representations, with potential applications in entertainment, digital art, and social media content creation.
