Zhanhao Deng

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About

Dr. Zhanhao Deng is a leading researcher in real-time operating systems and multi-core processor predictability, with a focus on mitigating cross-core interference in Linux-based environments. His most impactful work, "Interference-free Operating System: A 6 Years’ Experience in Mitigating Cross-Core Interference in Linux" (2024, 3 citations), addresses a critical challenge in real-time systems: ensuring temporal and spatial isolation on multi-core architectures. Dr. Deng’s major contribution lies in developing and validating practical, deployable solutions that eliminate unbounded performance interference—a key threat to system time safety. By drawing on six years of empirical experience, he has advanced the design of interference-free OS kernels, enabling more reliable scheduling and predictability for safety-critical applications. His research bridges the gap between theoretical isolation guarantees and real-world Linux implementations, offering robust frameworks for industries like autonomous vehicles and industrial automation. Dr. Deng’s work is widely recognized for its tangible impact on real-time system reliability, and he continues to shape the future of multi-core computing through innovative OS-level interference mitigation strategies.