Sana Yasin

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About

Sana Yasin is a researcher at the forefront of Internet of Things (IoT) and acoustic communication systems, with a focus on optimizing network performance in complex, resource-constrained environments. Her work centers on developing intelligent frameworks for priority-aware node ranking and routing, ensuring efficient data transmission in IoT-driven acoustic networks. In her highly cited 2025 paper, "Optimization and localization based framework for priority-aware node ranking and routing in IoT-driven acoustic systems," she introduces a novel approach that integrates localization and optimization techniques to enhance network reliability and energy efficiency—critical for applications like underwater monitoring and smart infrastructure. This contribution has already garnered 4 citations, reflecting its immediate relevance in the field. Yasin’s research addresses key challenges in acoustic IoT systems, such as signal degradation and node prioritization, offering scalable solutions that bridge theoretical algorithms with practical deployment. Her work is particularly notable for its emphasis on real-time adaptability, making it a valuable resource for students and engineers exploring next-generation IoT architectures. By advancing routing protocols and node ranking methods, Sana Yasin is shaping the future of acoustic sensor networks and their integration into broader IoT ecosystems.