DESIGN AND IMPLEMENTATION OF HETEROGENEOUS FRAMEWORK FOR ORGANIC WEB PAGE RANKING

Abstract

Organic web page ranking plays a crucial role in enhancing website visibility, user engagement, and digital growth in the modern search-driven ecosystem. Despite the availability of numerous Search Engine Optimization (SEO) guidelines, a systematic and experimentally validated framework for organic web page ranking remains limited. This research presents the design and implementation of a heterogeneous framework for organic web page ranking, developed through a comprehensive study and analysis of Google search algorithms, official webmaster guidelines, and an extensive literature review. The study identifies and prioritizes the most effective on-page, off-page, and technical SEO parameters that significantly influence organic ranking performance. An experimental research methodology is adopted to evaluate the proposed framework. Five technically equivalent websites are selected for experimentation, where traditional SEO practices are applied to four websites, while the proposed heterogeneous framework is implemented on the fifth website. Performance metrics such as organic traffic growth, keyword ranking improvement, indexing behavior, and user engagement are systematically observed and analyzed over a defined evaluation period. The experimental results demonstrate that the website implementing the proposed framework achieves superior organic ranking performance compared to websites following conventional SEO techniques. The findings validate the effectiveness, reliability, and practical applicability of the proposed heterogeneous framework, offering a structured and evidence-based approach for achieving sustainable organic web page ranking.