Abstract
This review paper presents a conceptual framework for optimizing front-end web performance, emphasizing the critical strategies of code splitting, lazy loading, caching, and other optimization techniques such as minification and image optimization. The paper explores the importance of front-end performance in enhancing user experience, reducing load times, and increasing user engagement, which is vital for driving the digital economy forward. Through a detailed analysis of key performance metrics and the challenges in optimizing front-end performance, the paper underscores how integrating multiple strategies can lead to comprehensive optimization. The discussion includes practical guidelines for prioritizing and implementing these strategies based on specific project needs, ensuring a holistic approach to performance. Furthermore, the paper examines the economic impact of optimized front-end performance, showcasing real-world examples and future trends, such as progressive web apps and machine learning, shaping the next generation of web development.
Published Version
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