Shalini Stalin

Papers

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About

Shalini Stalin is a prominent researcher in cybersecurity and ubiquitous computing, with a focus on chaos-based cryptography for secure data transmission. Her most-cited work, "Applied Cryptography Using Chaos Function for Fast Digital Logic-Based Systems in Ubiquitous Computing" (2015, 49 citations), pioneers the integration of chaotic dynamics into encryption algorithms for wired and wireless networks. This contribution addresses critical challenges in network security for robotic systems, communication, and digital logic-based platforms, offering faster and more robust cryptographic solutions. Stalin’s research bridges theoretical chaos theory with practical hardware implementation, enhancing the security of resource-constrained devices in the Internet of Things (IoT) and edge computing environments. Her work has been instrumental in advancing lightweight encryption methods that balance speed and protection, making her a key figure in the evolution of secure ubiquitous systems. With a growing citation impact, Stalin continues to influence both academic research and real-world applications in cybersecurity, inspiring students and engineers to explore the intersection of nonlinear dynamics and cryptographic engineering.