المجلة الدولية للعلوم والتقنية

From the last two decades, the trends in the computing industry are towards distributed networks, high performance, and efficiency, which are becoming more and more important in the data-driven world of today. The need for high-performance, increasingly scalable networks makes it crucial to comprehend how various routing protocols affect response time. This study investigates how various protocols impact the reaction speed of dispersed networks. The scalability and effectiveness of dispersed networks are greatly influenced by routed protocols, which make it easier for data to be forwarded across various network portions. The study investigates how routing strategies, including link-state and distance-vector protocols, affect reaction time, throughput, and latency in a dispersed network setting by examining different routing schemes and network topologies. The study highlights the trade-offs between reaction speed and protocol complexity and identifies important aspects affecting distributed systems performance. According to the results, more complex routing protocols may result in overheads that impact response times even while they can improve routing efficiency with implications for bettering the design and administration of large-scale, data-intensive systems. This study offers insights on how to optimize routed protocols for improved performance in dispersed networks................... Keywords:................Routed protocols, response Reaction time; distributed systems, response speed